CMS5D21

Sumida Corporation

GENERAL PRODUCTS CATALOG 2011.09

Manufacturer: Sumida Corporation

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Scope of Sumida products, general stipulations for coil use Sumida components are manufactured and promoted for use in general electronics devices such as audio-video equipment,home electric appliance,office automation equipment,in-car equipment,communication equipment, measurement hardware,machine accessory and medical equipment. In case of using the product for the purpose other than general electronics devices, please do not fail to consult with our business headquarters, branch or business office. When the suggested recommendations are not heeded, Sumida Group shall not be held liable for any dysfunction in or damage to the equipment with which the product is used. In the event a problem occurs which may affect industrial property and any other rights of Sumida Group (or a third party) during the use of the product and information described in this catalog, Sumida Group shall not be held liable for any such problem, nor grant any license to the offending party. The specification is subject to change without prior notice as it deems necessary to reflect improvements or changes. Products should not be kept in unsuitable storage conditions, such as areas susceptible to high temperatures, high humidity, dust or corrosion. Don't use products in a place where dew condenses. Since dew condensation may be caused by temperature change, please pay special attention when using products in a sealed condition. Always handle products with care. Don't touch electrodes directly with bare hands as oil secretions may inhibit soldering. Always ensure optimum conditions for soldering. Don't bend the terminals or subject them to excessive stress. Please ensure that all terminals and case lugs are completely fixed with solder onto PCB. Ensure the tuning slug or cap is not fixed by solder flux during the production process. Refrain from rinsing coils. If necessary, please consult with our company. Avoid placing coils near the edge of the PCB. Our SMD coils are designed for automatic mounting. Please be careful if soldering by hand. Don't touch any exposed winding part and avoid coming into contact with the guide of electrode in automatic mounting. Our specification limits the quality of the component as a single unit. Please ensure the component is thoroughly evaluated in your application circuit. When using our high voltage inverter transformers, place 2mm away from the electric conductor. Products under development :

A product with "PROVISIONAL" mark is under development at the moment.
The specification is subject to change without prior notice as it deems necessary to reflect improvements or changes.
Please contact us for our mass production schedule. 10. 11. 12. 13. 14. 15. General stipulations for coil use Sumida products are RoHS compliance. Response to RoHS directive Scope of Sumida products εϛμ੡඼ͷద༻ൣғ ɺ ྩରԠ ͯ͠Լ͍͞ɻ ͛ͳ͍ͰԼ͍͞ɻ ͍க͠·͢ɻ Λͯ͠Լ͍͞ɻ ։ൃதͰ͢ɻ ͤԼ͍͞ɻ

Applications

It shows you that which Sumida products are used in each applications block diagram. Note PC AC common mode choke LF1290 AC common mode choke UUH10LFB AC common mode choke PFC2225B Switching transformer EE, EI, ERH, EEH series Normal mode choke PQ3221 Normal mode choke RCH series DC common mode choke CSLF4D25 SMD power inductor CDR series LPF CDEP series CDRH series CDMC series DC common mode chokeCDMC series CDEP series CDBH series CDEIR series Switching transformer EE, EI, ERH, EEH series CDRH series Power inductor CDH series Power inductor CDH series Normal mode choke RCH series CSLF4D17 DC Common mode choke LCD display LCD display LED Power circuit Power inductor Power circuit Backlight module for LED AC adaptor CSLF4D17 CPFC6D36 CPU CHIP-SET PCM/CIA USB RF LAN CLP8D23 LAN LAN transformer Modem transformer Internal modem CD-ROM CD-RW DVD-ROM driver CBM5D33B CBM4D19 CLK GENERATOR HDD Display Monitor USB Swithing power supply Audio AMP MEMORY Video AMP Video output Synchronous Division circuit Vertical deflection Horizontal drive Vertical deflection output Dynamic Focus OSD CEP series CDRH series ͠·ͨ͠ɻ ϊʔτύιίϯ σΟεϓϨΠϞχλʔ

CDRH, CDH series Power inductor Power inductor CDRH, CDH series AC common mode choke LF series Common mode choke RCH series CLQ series CLS series CDRH3D series Power inductor DC/DC converter transformers CLS series DC/DC converter transformer SEPIC convertor DC/DC converter transformers CLS series Power circuit Strobe area CCD camera area Shake reduction White LED backlight LCD driver DVC(D igital video camera) CPU BATT LCD AC adaptor Transformer for step up CMS series CDRH, CDH, CDMPIH series Power inductor CDRH, CDH, CDMPIH series CDRH3D series Power inductor Power inductor DC/DC converter transformer DC/DC converter transformer DC/DC converter transformer Power circuit Strobe area CCD camera area Shake reduction White LED backlight LCD driverCPU BATT DSC(Digital still camera) LCD CLQ series CLQ series SEPIC convertor CLS series CLS series CLQ series CLS series DC/DC converter transformer SEPIC convertor σδλϧϏσΦΧϝϥ σδλϧενϧΧϝϥ

PLC(HD-PLC, UPA, Home plug) Printer DC cable USB I/F Paper feed motor CPU AC common mode choke LF series CPFC11D60 DC Common mode choke DC common mode choke Switching transformer EE, EI, ERH, EEH series Swithing power supply Normal mode choke RCH series Power inductor CDRH series BM10D7 BM1007 CDRH5D** series CLP8D23 Coupler transformer LAN transformer PLC chip CRR32 CPFC6D36 Printing head Gate array Head cleaning timer Power inductor CDEP series EEH157 EEH116 EEH series LF2020 LF2628 Commutation CDBH series ϓϦϯλ

R2 V2 S-OUT Component video out MPEG2 DVD sound VCC CD-ROM CD LAN Internal modem DVD Recorder CSLF4D25 Power circuit Swithing power supply Optical pickup AC common mode choke LF2628 Switching transformer EE, EI, ERH, EEH series Normal mode choke PQ, EE, E series CSLF4D17 DC common mode choke CLP8D23CLP0612 CBM5D33B LAN transformer Modem transformer LC, CLQ series DC/DC converter transformer CDRH series ϋʔ υσΟεΫ υϥΠϒ %7%Ϩίʔμʔ

LF, PFC series Switching transformer EE, EI series PFC PQ, EE, E series CDRH series CDMC series SMD power inductor ϑϥοτςϨϏ

LAN transformer SMD power inductor CBM5D33B Modem transformer Game machine USB Terminal S RF output Line out connector Video outputAudio output-L Audio output-R CSLF4D25 CSLF4D17 CPU SMD power inductor Power circuitSwithing power supply CD-ROM MEMORY CD, DVD-ROM AC common mode choke LF series AC common mode choke PFC series Switching transformer EE, EI, ERH, EEH series Normal mode choke RCH series DC common mode choke Internal modem LAN ήʔϜϚγϯ

10 Power Inductors < High-reliability Metal Type >

Power Inductors < High-reliability Metal Type > Power Inductors Inductance Range CDMC80D50/AA 1.3µH - 47µH Measuring Freq.(L)100kHz About CDMC80D50/AA This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. OUTLINE Large current SMD power inductor with metal composite material. Compliance with AEC-Q200 reliability test condition & TS16949 quality management system. Operational temperature range : -40°C~+150°C (excluding self-heating) Application : Boost converter for idling stop system and large current filter. DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION BOTTOM VIEW CDMC80D50/AA NEW Max.8.9 Max.8.4 3.8 12.4 3.0 4.0 PROVISIONAL ߲ࣄهNOTE Please note that when using the product for automotive while applying current with audio-frequency (AF) signals may result in audible noises due to magnetostriction. Also, in order to avoid an audible noise problem, operating with Non-AF signals would be recommended.The noise may amplify depending on the coil mount area on the PCB. ஫ҙԼ͍͞ɻ ΠϯμΫλϯεൣғ ΠϯμΫλϯεଌఆप೾਺L)[ ཁ Ϛωʔδϝϯ τରԠɻ ·ͣʣ దɻ ཪ໘ਤ ͤԼ͍͞ɻ SMD Shielded Type CDMCD High-reliability Metal Type ৴པੑϝλϧλΠϓʣ

Power Inductors < For Automotive Application > Power Inductors < For Automotive Application > SMD Shielded Type CDRHD/AA Recommended Automotive Application Type Withstand up to 180˚C (including self-heating) OUTLINE BOTTOM VIEW Operational Ambient Temperature : -40°C~150°C(withstand up to 180°C including self-heating) Automotive reliability comply with AEC-Q200 standard. It is the power inductor for automotive DC/DC converter application with reinforced shock & vibration-proof construction. DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH10D48/AA Inductance Range CDRH10D48/AA 10µH - 680µH Measuring Freq.(L)100kHz CDRH80D38/AA 4.4µH - 150µH CDRH60D28/AA 4.4µH - 22µH ߲ࣄهNOTE 6.0 12.0 6.0 12.0 Max.10.5 Max.10.5Max.13.0 Max.5.0 1.57.01.5 Max.11.0 Max.13.0 3.0 Please note that when using the product for automotive while applying current with audio-frequency (AF) signals may result in audible noises due to magnetostriction. Also, in order to avoid an audible noise problem, operating with Non-AF signals would be recommended.The noise may amplify depending on the coil mount area on the PCB. About CDRH60D28/AA, CDRH80D38/AA, CDRH10D48/AA ͤԼ͍͞ɻ This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. PROVISIONAL PROVISIONAL PROVISIONAL DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION BOTTOM VIEW CDRH60D28/AA NEW DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION BOTTOM VIEW CDRH80D38/AA NEW 8.0 8.0 Max.8.0 Max.7.0 3.5 1.0 1.04.0 2.0 3.5 2.5 Max.7.0 Max.9.0 Max.6.5 Max.8.5 Max.6.5 Max.3.0 10.0 10.0 Max.11.0Max.9.0 4.6 1.2 1.2 5.6 2.5 4.6 3.54.0 Max.4.0 Max.8.5 ཪ໘ਤ ཪ໘ਤ ཁ ཪ໘ਤ ˆʣ ڌ దͰ͢ɻ ԹରԠΠϯμΫλʣ ΠϯμΫλϯεൣғ ΠϯμΫλϯεଌఆप೾਺L)[ ஫ҙԼ͍͞ɻ

12 Power Inductors < For Automotive Application >

Power InductorsSMD Shielded Type CDRHD/A Series OUTLINE The operating temperature range is a maximum of 125°C, and the inductance range is 2.4 - 560µH. It matches as power inductor for DC-DC converters corresponding high temperature. DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH40D18/A Inductance Range CDRH40D18/A CDRH50D23A CDRH60D28/A CDRCH60D45/A 4.7µH - 33µH 4.7µH - 22µH 4.7µH - 68µH 100µH - 2.2mH DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH50D23/A Measuring Freq.(L)100kHz DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH60D28/A Power Inductors < For Automotive Application > Recommended Automotive Application Type Withstand up to 125˚C (excluding self-heating) BOTTOM VIEW BOTTOM VIEW BOTTOM VIEW BOTTOM VIEW BOTTOM VIEW BOTTOM VIEW 6.2 1.1 6.0 1.4 7.2 7.0 5.2 0.8 5.0 1.2 3.8 3.0 Max.4.5 Max.4.5 Max.2.0 Max.2.5Max.5.5 Max.5.3 4.7 1.5 3.5 Max.6.5 Max.6.6 5.6 1.8 4.0 Max.3.0 ஫ҙԼ͍͞ɻ ߲ࣄهNOTE Please note that when using the product for automotive while applying current with audio-frequency (AF) signals may result in audible noises due to magnetostriction. Also, in order to avoid an audible noise problem, operating with Non-AF signals would be recommended.The noise may amplify depending on the coil mount area on the PCB. About CDRH40D18/A, CDRH50D23/A, CDRH60D28/A, CDRCH60D45/A ͤԼ͍͞ɻ This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. PROVISIONAL PROVISIONAL PROVISIONAL PROVISIONAL DIMENSIONS (mm) LAND PATTERNS (mm) CDRCH60D45/A CONNECTION BOTTOM VIEW ཪ໘ਤ ( 4.7µH - 68µH ) 1.5 3.0 6.0 2.4 2.9 5.5 Max.6.3 7.4 ཁ దͰ͢ɻ ΠϯμΫλϯεൣғ ΠϯμΫλϯεଌఆप೾਺L)[ NEW ཪ໘ਤ ཪ໘ਤ ཪ໘ਤ ԹରԠΠϯμΫλʣ

Power Inductors < For Automotive Application > Power Inductors < For Automotive Application > DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH10D48/A Inductance Range CDRH7D58R/A CDRH8D38/A CDRH8D48/A CDRH10D48/A 10µH - 220µH 10µH - 120µH 10µH - 150µH 2.4µH - 330µH Measuring Freq.(L)100kHz DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH8D48/A 8.9 8.9 2.3 2.33.0 2.5 Max. 5.0Max. 8.5 Max. 8.5 3.0 1.87.0 9.1 Max. 12.02 5.8 1.65 2.2 7.0 3.0 Please note that when using the product for automotive while applying current with audio-frequency (AF) signals may result in audible noises due to magnetostriction. Also, in order to avoid an audible noise problem, operating with Non-AF signals would be recommended. The noise may amplify depending on the coil mount area on the PCB. NOTE DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH8D38/A 11.0 3.2 3.23.4 3.3 1.89.0 11.97.5 Max.14.8 Max. 10.5 9.0 4.0 8.9 8.9 2.3 2.33.0 2.5 Max. 4.0Max. 8.5 Max. 8.5 3.0 1.87.0 9.1 Max. 12.02 5.8 1.65 7.0 3.0 BOTTOM VIEW BOTTOM VIEW BOTTOM VIEW BOTTOM VIEW DIMENSIONS (mm) LAND PATTERNS (mm) CDRH7D58R/A CONNECTION NEW 4.2 3.2 8.4 Max.7.2 1.21.2 4.6 PROVISIONAL About CDRH7D58R/A ͤԼ͍͞ɻ This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. ΠϯμΫλϯεൣғ ΠϯμΫλϯεଌఆप೾਺L)[ ͕͋Γ·͢ͷͰɺ ஫ҙԼ͍͞ɻ ߲ࣄه ཪ໘ਤ ཪ໘ਤ ཪ໘ਤ ཪ໘ਤ

14 Power Inductors < For Automotive Application >

Please note that when using the product for automotive while applying current with audio-frequency (AF) signals may result in audible noises due to magnetostriction. Also, in order to avoid an audible noise problem, operating with Non-AF signals would be recommended. The noise may amplify depending on the coil mount area on the PCB. NOTE DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH12D58/A DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH12D78/A Inductance Range CDRH10D58R/A CDRH10D68/A 10µH - 220µH 10µH - 560µH CDRH12D58/A CDRH12D78/A CDRH127C/A 10µH - 390µH 10µH - 390µH 10µH - 470µH Measuring Freq.(L)100kHz Power Inductors < For Automotive Application > 13.0 13.0 4.0 4.03.6 4.2 Max. 6.0Max. 12.5 Max. 12.5 Max. 17.6 4.8 2.3511.0 9.3 2.4 14.1 11.0 4.8 45° (10µ - 18µH) (22 µ - 390µH) 13.0 13.0 4.0 45° 4.03.6 4.2 Max. 8.0Max. 12.5 Max. 12.5 Max. 17.6 4.8 2.3511.0 9.3 2.4 14.1 11.0 4.8 DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH127C/A DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH10D68/A 2.2 11.0 3.2 3.23.4 3.3 1.89.0 11.97.5 9.0 4.0 Max.14.8 Max. 10.5 CDRH10D58R/A DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION BOTTOM VIEW BOTTOM VIEW BOTTOM VIEW BOTTOM VIEW BOTTOM VIEW 6.6 3.5 11.4 Max.10.5 1.51.5 7.0 NEW About CDRH10D58R/A PROVISIONAL 45°17.0 10.5 4.0 Max. 12.9 Max. 12.9 Max. 8.0 1.4 1.4 Max. 18.2 10.8 3.0 (18µH - 100µH) (10µH - 15µH) (120µH - 470µH) ͕͋Γ·͢ͷͰɺ ஫ҙԼ͍͞ɻ ߲ࣄه ΠϯμΫλϯεൣғ ΠϯμΫλϯεଌఆप೾਺L)[ ཪ໘ਤ ཪ໘ਤ ཪ໘ਤ ཪ໘ਤ ཪ໘ਤ ͤԼ͍͞ɻ This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding.

Power Inductors < Low Leakage Flux Type > *1 Saturation Current : This indicates the value of D.C. current when the inductance becomes 35% lower than its nominal value. *2 Saturation Current : This indicates the value of D.C. current when the inductance becomes 30% lower than its nominal value. *3 Temperature Rise Current : The actual current when temperature of coil becomes ∆T=40°C (Ta=20°C ). OUTLINEཁ About CDPH49D19/HP, CDMPIH58D28, CDMPIH60D48/T125, CDMPIH75D43/T125, CDMPIH10D48/T125 Power Inductors < Low Leakage Flux Type > Specifications CDPH49D19/HP CDMPIH58D28 CDMPIH60D48/T125 CDMPIH75D43/T125 CDMPIH10D48/T125 3.0µH - 10µH ± 20% 150µH - 2.2mH ± 20% 3.9µH - 6.2µH ± 25%, 10µH -100µH ± 20% 4.7µH - 6.8µH ± 25%, 10µH - 220µH ± 20% 4.3µH - 7.5µH ± 25%, 11µH -100µH ± 20% 90m - 220m 850m - 13.2 27m - 368m 22m - 805m 15m - 220m 1.75 - 3.1 85m - 330m 800m - 4.1 650m - 4.4 1.55 - 7.4 980m - 1.42 120m - 440m 850m - 3.5 500m - 3.6 1.25 - 5.5 Type Name D.C.R.(Ω) : Typ. Temperature Rise Current (A)Inductance Saturation Current (A) (at 20˚C) *1 CDMPIH60D48/T125 CDMPIH75D43/T125 CDMPIH10D48/T125 PROVISIONAL PROVISIONAL PROVISIONAL PROVISIONAL PROVISIONAL DIMENSIONS (mm) LAND PATTERNS (mm) DIMENSIONS (mm) LAND PATTERNS (mm) DIMENSIONS (mm) LAND PATTERNS (mm) This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. Power InductorsSMD Shielded Type Low Leakage Flux TypeଋλΠϓΠϯμΫλʣ This series of inductors succeed in much lower flux leakage than a traditional sheild structure. (It is suitable for using at a flux leakage impact) Application : Car navigation system, Digital camera. Max. 5.0Max. 10.3 Max. 10.7 3.4 1.67.2 3.6 6.8 2.22.2 Max. 6.6 1.04.3 2.2 1.83.61.8 Max. 8.1 5.0 1.4 2.4 2.0 4.6 2.0 CDMPIH58D28 NEW LAND PATTERNS (mm)DIMENSIONS (mm) 3.51.4 1.4 5.8 5.8±0.2 5.8 3.8 Max. 3.2 5.8±0.2 2.52.8 */T125 of operating temperature limit is to 125ˆ ɹ(JODMVEJOHTFMGIFBUJOH) Ή *3 ྗ஋ͱ͢Δɻʢ5B ˆʣ ਪ঑ϥϯ υੇ๏ ͤԼ͍͞ɻ ɻ దͰ͢ɻ ੇ๏ਤ CDPH49D19/HP DIMENSIONS (mm) Max. 5.1 Max. 2.0 1.4 Max. 5.1 5.0 3.6 7.7 3.5 2.1 1.8 ੇ๏ਤ NEW ਪ঑ϥϯ υੇ๏ LAND PATTERNS (mm)

16 Power Inductors < For Automotive Application >

Power Inductors < For Automotive Application > Power InductorsSMD Shielded Type CDRHD/T125 Series Recommended Automotive Application Type Withstand up to 125˚C (including self-heating) CDRH5D28R/H125 CDRH6D38/T125 CDRH8D43R/T125 OUTLINE DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION Operational Ambient Temperature : -40°C~125°C(including self-heating up to 125°C) Automotive reliability comply with AEC-Q200 standard. It is the power inductor for automotive DC/DC converter application with revised and restudied structure and material from existing products. Inductance Range NOTE CDRH5D28R/H125 CDRH6D38/T125 CDRH8D43R/T125 CDRH104R/T125 1.0µH - 100µH 3.0µH - 100µH 1.0µH - 330µH 1.5µH - 330µH Measuring Freq.(L)100kHz ߲ࣄه ஫ҙԼ͍͞ɻ (1.0µH - 10µH) (15 µH - 330µH) 3.4 1.81.8 5.3 Max.3.0Max.6.2 Max.6.3 2.2 3.7 1.41.4 2.0 4.1 0.90.9 Max.8.2 (1.0µH - 10µH) (15 µH - 100µH) 7.3 7.3 2.0 2.65 (3.0µH - 15µH) (22 µH - 100µH) Max.4.0Max.7.0 Max.7.0 6.5 Max.9.5 6.5 2.0 Max.8.3 Max.8.5 Max.4.5 Max.11.5 5.7 3.0 1.21.2 Please note that when using the product for automotive while applying current with audio-frequency (AF) signals may result in audible noises due to magnetostriction. Also, in order to avoid an audible noise problem, operating with Non-AF signals would be recommended.The noise may amplify depending on the coil mount area on the PCB. ཁ Ήʣ ڌ ʹରԠɻ ԹରԠΠϯμΫλʣ ΠϯμΫλϯεൣғ ΠϯμΫλϯεଌఆप೾਺L)[ CDRH104R/T125 DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION 3.2 1.61.6 7.3 (15µH - 33µH) (1.5µH - 10µH) (47µH - 330µH) Max.10.3 Max.10.5 Max.4.0 Max.13.5 3.0 1.21.2 7.7

Power Inductors < For Automotive Application > Power Inductors < For Automotive Application > CDRH10D68R/T125 DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH125/L125 DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRH127/L125 DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CDRR105 DIMENSIONS (mm) LAND PATTERNS (mm) Inductance Range CDRH104R/T125 CDRH10D68R/T125 CDRH125/L125 CDRH127/L125 1.5µH - 330µH 1.5µH - 1.0mH 1.2µH - 1.0mH 2.7µH - 1.0mH Measuring Freq.(L)100kHz Measuring Freq.(L)1kHz CDRR105 CDRR126 3.3µH - 1.5mH 7.0µH-330µH 4.4 7.0 (68µH - 1.0mH)(1.2µH - 47µH) 2.9 5.4 12.8 Solder Resist 7.0 2.9 5.4 12.8 (68µH - 150µH) (2.7µH - 47µH) (220µH - 1.0mH) Max.10.4 Max.10.4 Max. 7.0 Max. 13.5 4.0 1.51.5 7.0 Max.12.3 Max.6.0 Max12.3 0.2 12.0 7.6 5.0 Max.12.3 Max12.3 Max.8.0 0.2 12.0 7.6 5.0 NOTE߲ࣄه ஫ҙԼ͍͞ɻ Please note that when using the product for automotive while applying current with audio-frequency (AF) signals may result in audible noises due to magnetostriction. Also, in order to avoid an audible noise problem, operating with Non-AF signals would be recommended.The noise may amplify depending on the coil mount area on the PCB. *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ Solder Resist *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ CDRR126 DIMENSIONS (mm) LAND PATTERNS (mm) 0.1 3.2 5.6 2.52.5 Max.4.8 3.0 6.0 2.02.0 Max.10.4 Max.10.4 0.1 3.2 8.1 2.52.5 Max.6.8 3.0 8.5 2.0 Max.12.8 Max.12.8 ΠϯμΫλϯεൣғ ΠϯμΫλϯεଌఆप೾਺L)[ ΠϯμΫλϯεଌఆप೾਺L)[

Power Inductors < For Automotive application> Power Inductors < For Automotive application > Power Inductors SMD Shielded Type CDEP**ME ԹରԠΠϯμΫλʣ High-temp power inductor for automotive application OUTLINEཁ Large current SMD power inductor with dust core. Compliance with AEC-Q200 reliability test condition & TS16949 quality management system Operational temperature range: - 40°C~+125°C(excluding self-heating) Application : Boost converter for idling stop system and large current filter CDEP147ME DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION BOTTOM VIEW NEW BOTTOM VIEW CDEP125MEB DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION 2.6 Max. 5.5 2.6 4.0 4.6 2.1 7.0 2.3 3.8 13.5 4.4 3.3 2.0 4.0 10.0 Max.12.9 Max.12.9 ཪ໘ਤ Inductance Range CDEP125MEB CDEP147ME 0.3µH - 6.0µH 0.56µH - 10µH Measuring Freq.(L)100kHz PROVISIONAL PROVISIONAL About CDEP125MEB, CDEP147ME This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. NOTE߲ࣄه Please do not use a washing agent. * Please put the solder to all terminal whenever you use this coil. * Please pay attention to the suitability of the pattern for the current in design. * Please pay attention to safety distance between coil periphery and other parts or copper pattern, because dust core in used in the products. Max.14.9 Max.14.9 Max.8.0 15.5 10.2 6.0 12.0 2.4 10.5 9.0 2.6 2.1 2.6 ཁ ϚωʔδϝϯτରԠɻ ·ͣʣ దɻ ཪ໘ਤ ΠϯμΫλϯεൣғ ΠϯμΫλϯεଌఆप೾਺L)[ * ༻Լ͍͞ɻ * ༻Լ͍͞ɻ ͤԼ͍͞ɻ

Power Inductors for LED lighting Power Inductors for LED lighting Power Inductors DC/DC converter inductors & output filter chokes for LED lighting CDRH5D11 CDH50D48 OUTLINE About CDH50D48, CDH70D48 PROVISIONAL This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. Operational Ambient Temperature : -40°C~125°C(including self-heating) LED drive power inductors are applicable for input AC100V high withstand voltage needs & other inductors for high L values chokes used in output filter needs standrdized with small footprit, low profile and cost-competitive feature. Έʣ DIMENSIONS (mm) LAND PATTERNS (mm) DIMENSIONS (mm) LAND PATTERNS (mm) Inductance Range CDRH5D11 CDH50D48 CDH70D48 Measuring Freq.(L)100kHz 1.0µH - 22µH 100µH - 4.7mH 100µH - 4.7mH Max.5.3 Max.5.3 Max.1.2 5.8 3.8 1.0 3.56.6 1.4 CDH70D48 PROVISIONAL DIMENSIONS (mm) LAND PATTERNS (mm) Max.5.15 Max.5.9 1.0 2.3 5.6 5.4 1.2 4.2 4.0 Max.5.0 Max.7.15 Max.7.9 1.3 2.95 7.2 7.0 1.5 5.8Max.5.0 5.6 ཁ ͤԼ͍͞ɻ ΠϯμΫλϯεൣғ ΠϯμΫλϯεଌఆप೾਺L)[

20 Power Inductors for LED lighting

Power Inductors for LED lighting About CDH80D48, RPT109, RPT129 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. Inductance Range CDH80D48 RPT109 RPT129 Measuring Freq.(L)100kHz 100µH - 4.7mH 560µH - 2.0mH 560µH - 2.0mH RPT129 PROVISIONAL PROVISIONAL PROVISIONAL DIMENSIONS (mm) CONNECTION BOTTOM VIEW 6.8 ø0.7 Max.12.5 ཪ໘ਤ CDH80D48 NEW DIMENSIONS (mm) LAND PATTERNS (mm) NEW ੇ๏ਤ Max.8.15 Max.8.9 1.3 3.35 8.0 7.8 1.5 6.6 6.4 Max.5.0 ਪ঑ϥϯ υੇ๏ RPT109 DIMENSIONS (mm) BOTTOM VIEW ੇ๏ਤ ཪ໘ਤ NEW Max.10.0 3.5 ø0.6 5.6 5.6 Max.10.5 Max.10.5 CONNECTION ͤԼ͍͞ɻ ΠϯμΫλϯεൣғ ΠϯμΫλϯεଌఆप೾਺L)[

21 Chip Inductor

Winding type chip inductor of 4532 size. CSLF3226B DIMENSIONS (mm) SCHEMATICSLAND PATTERNS (mm) Specifications CSLF3226B-1R0MC CSLF3226B-1R2MC CSLF3226B-1R5MC CSLF3226B-1R8MC CSLF3226B-2R2MC CSLF3226B-2R7MC CSLF3226B-3R3MC CSLF3226B-3R9MC CSLF3226B-4R7KC CSLF3226B-5R6KC CSLF3226B-6R8KC CSLF3226B-8R2KC CSLF3226B-100KC CSLF3226B-120KC CSLF3226B-150KC CSLF3226B-180KC CSLF3226B-220KC CSLF3226B-270KC CSLF3226B-330KC CSLF3226B-390KC CSLF3226B-470KC CSLF3226B-560KC CSLF3226B-680KC CSLF3226B-820KC CSLF3226B-101KC CSLF3226B-121KC CSLF3226B-151KC CSLF3226B-181KC CSLF3226B-221KC CSLF3226B-271KC CSLF3226B-331KC CSLF3226B-391KC CSLF3226B-471KC CSLF3226B-561KC CSLF3226B-681KC CSLF3226B-821KC CSLF3226B-102KC CSLF3226B-122KC CSLF3226B-152KC CSLF3226B-182KC CSLF3226B-222KC Part No. 1.0µH ± 20% 1.2µH ± 20% 1.5µH ± 20% 1.8µH ± 20% 2.2µH ± 20% 2.7µH ± 20% 3.3µH ± 20% 3.9µH ± 20% 4.7µH ± 10% 5.6µH ± 10% 6.8µH ± 10% 8.2µH ± 10% 10µH ± 10% 12µH ± 10% 15µH ± 10% 18µH ± 10% 22µH ± 10% 27µH ± 10% 33µH ± 10% 39µH ± 10% 47µH ± 10% 56µH ± 10% 68µH ± 10% 82µH ± 10% 100µH ± 10% 120µH ± 10% 150µH ± 10% 180µH ± 10% 220µH ± 10% 270µH ± 10% 330µH ± 10% 390µH ± 10% 470µH ± 10% 560µH ± 10% 680µH ± 10% 820µH ± 10% 1000µH ± 10% 1200µH ± 10% 1500µH ± 10% 1800µH ± 10% 2200µH ± 10% Inductance Max. 0.20Ω Max. 0.20Ω Max. 0.30Ω Max. 0.30Ω Max. 0.30Ω Max. 0.32Ω Max. 0.35Ω Max. 0.38Ω Max. 0.40Ω Max. 0.48Ω Max. 0.50Ω Max. 0.56Ω Max. 0.56Ω Max. 0.62Ω Max. 0.73Ω Max. 0.82Ω Max. 0.94Ω Max. 1.10Ω Max. 1.20Ω Max. 1.40Ω Max. 1.50Ω Max. 1.70Ω Max. 1.90Ω Max. 2.20Ω Max. 2.50Ω Max. 3.00Ω Max. 3.70Ω Max. 4.50Ω Max. 5.40Ω Max. 6.80Ω Max. 8.20Ω Max. 9.70Ω Max. 11.8Ω Max. 14.5Ω Max. 17.0Ω Max. 20.5Ω Max. 25.0Ω Max. 30.0Ω Max. 37.0Ω Max. 45.0Ω Max. 50.0Ω D.C.R Min. 20 Min. 20 Min. 20 Min. 20 Min. 20 Min. 20 Min. 20 Min. 20 Min. 30 Min. 30 Min. 30 Min. 30 Min. 35 Min. 35 Min. 35 Min. 35 Min. 35 Min. 35 Min. 35 Min. 35 Min. 35 Min. 35 Min. 35 Min. 35 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Min. 40 Unloaded Q Min. 120MHz Min. 100MHz Min. 85MHz Min. 75MHz Min. 62MHz Min. 53MHz Min. 47MHz Min. 41MHz Min. 38MHz Min. 36MHz Min. 31MHz Min. 27MHz Min. 23MHz Min. 21MHz Min. 19MHz Min. 17MHz Min. 15MHz Min. 14MHz Min. 12MHz Min. 11MHz Min. 10MHz Min. 9.3MHz Min. 8.4MHz Min. 7.5MHz Min. 6.8MHz Min. 6.2MHz Min. 5.5MHz Min. 5.0MHz Min. 4.5MHz Min. 4.0MHz Min. 3.6MHz Min. 3.3MHz Min. 3.0MHz Min. 2.7MHz Min. 2.5MHz Min. 2.2MHz Min. 2.0MHz Min. 1.8MHz Min. 1.6MHz Min. 1.5MHz Min. 1.3MHz Self Resonance Frequency 500mA 500mA 500mA 500mA 500mA 500mA 500mA 500mA 500mA 500mA 450mA 450mA 400mA 380mA 360mA 340mA 320mA 300mA 270mA 240mA 220mA 200mA 180mA 170mA 160mA 150mA 130mA 120mA 110mA 100mA 95mA 90mA 80mA 70mA 65mA 60mA 50mA 45mA 40mA 35mA 30mA Rated Current Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition A Condition B Condition B Condition B Condition B Condition B Condition B Condition B Condition B Condition B Condition B Condition B Condition B Condition C Condition C Condition C Condition C Condition C Measuring Condition

Features
The chip inductor CSLF3226B series consists of miniature chip inductors wound on a special ferrite core.
It has a high Q value at high frequencies and low DCR.
Apply for mini-type power circuit and signal circuit.
Low THD for signal circuit. Notes : * In order to prevent short-circuiting, a solder resist is recommended. BOTTOM VIEW 1. Measuring condition A : Inductance measuring at 1MHz, 0.1Vrms, Qu measuring at 1MHz, 0.1Vrms, 1.0µH ~ 82µH 2. Measuring condition B : Inductance measuring at 1MHz, 0.1Vrms, Qu measuring at 796kHz, 0.1Vrms, 100µH ~ 820µH 3. Measuring condition C : Inductance measuring at 1kHz, 0.1Vrms, Qu measuring at 252kHz, 0.1Vrms, 1000µH ~ 2200µH 4. Rating current : this indicates the value of current when the inductance is 10% lower than its initial value at DC superposition of DC current when ∆T=40°C whichever is lower.(Ta=20°C) 5. Operating temperature range : -25°C ~ 85°C. Chip Inductor Chip Inductor Max. 3.5 Max. 4.8 Max. 3.0 Min. 1.0 Min. 1.0 Min. 1.0 1.0 4.0 5.0 Solder Resist R1.0 S F ཁ νοϓΠϯμΫλɻ ઢਤਪ঑ϥϯυੇ๏ ɾಛघίΞʹઢͨ͠νοϓΠϯμΫλͰ͢ɻ ɾϋΠ2Ͱ͢ɻ ɾճ࿏࠷దͰ͢ɻ ͷҝɺιϧμϨδετਪ঑ ཪ໘ਤ Power Inductors for LED lighting Power Inductors for LED lighting About CDH80D48, RPT109, RPT129 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. Inductance Range CDH80D48 RPT109 RPT129 Measuring Freq.(L)100kHz 100µH - 4.7mH 560µH - 2.0mH 560µH - 2.0mH RPT129 PROVISIONAL PROVISIONAL PROVISIONAL DIMENSIONS (mm) CONNECTION BOTTOM VIEW 6.8 ø0.7 Max.12.5 ཪ໘ਤ CDH80D48 NEW DIMENSIONS (mm) LAND PATTERNS (mm) NEW ੇ๏ਤ Max.8.15 Max.8.9 1.3 3.35 8.0 7.8 1.5 6.6 6.4 Max.5.0 ਪ঑ϥϯυੇ๏ RPT109 DIMENSIONS (mm) BOTTOM VIEW ੇ๏ਤ ཪ໘ਤ NEW Max.10.0 3.5 ø0.6 5.6 5.6 Max.10.5 Max.10.5 CONNECTION ΠϯμΫλϯεൣғ ΠϯμΫλϯεଌఆप೾਺L)[ ੇ๏ਤ઀ଓ

DC-DC Converter Transformer DC-DC Converter Transformer EE core Drum + Ring core 18. 18. RL PWM %$%$ίϯόʔλ ʹ෼͔Ε·͢ɻ ͕ՄೳͰ͢ɻ Mn-Zn ʙ1MHzՁ ௿͍ Ni-Zn ʙ300MHz ྿Ձ ཰ ίετ EE Mn-Zn ˓ ˓ ˚ Drum+Ring Ni-Zn ˚ ˚ ˓ ྉ "ϑΣϥΠτ #ిઢ Λѻ͏ίΞ͸ ཰ʹ༏ΕΔͨΊͰ͢ɻ ʹ ͕ՄೳͰ͢ɻ ᶃछઢ ͕ελϯμʔυλΠϓͰ͢ɻ ༻͞Ε·͢ɻ ༻͞Ε·͢ɻ ࡎ ౼͕ඞཁͰ͢ɻ ʹͳΓ·͢ɻ ୠ͕͠ՄೳͰ͢ɻ ͖ઢ͕ՄೳͰ͢ɻ ·ͨՄೳͰ͢ɻ ɿ ˆ ɿ ˆ ɿ ˆ ɿ ˆ ʢϑϥΠόοΫʣ 18.ʢύϧε෯มௐ͕ࣜҰൠతͰ͢ɻ ༻ ͕Մࣜ͸ ʣͰ͢ɻ ཰༷ѹซ༻λΠϓɺઈԑλΠϓ͸ ग़དྷ·ͤΜɻ ˙୯ग़ྗ $୯ग़ྗɾଟग़ྗ ˙ଟग़ྗ ؆୯Ͱ͢ɻ ίϯόʔλͷ෼ྨ తಛੑ ೖྗిѹɹ%$ʶɹɹ7ʙɹɹ7 5ZQ7 &Լ͍͞ɻ ग़ͨ͠΋ͷͰ͢ɻ ʢ3$$ʣ ಈํ๏ V1 (AC, ʴ. ʵ) V2 (AC, ʴ. ʵ) V3 (AC, ʴ. ʵ) V4 (AC, ʴ. ʵ) ݯ ༻൒ಋମ ཰ɿˋ ʹΑΓҟͳΓ·͢ɻ େग़ྗిྗ ग़ྗిྗ ຊճ࿏ਤ DC-DC Converter Transformer DC-DC Converter Transformer DC-DC Converter Transformer 1. Classification of DC-DC Converter Transformer A. Oscillation Configuration ˙Flyback Configuration (On-Off type) ˙R. C. C. Transformer can be configured to have multiple outputs. Fewer components are needed and design is easier to implement. Frequency is dependent on the input voltage and load fluctuation. Circuit design is easier and inexpensive, but noise radiation is larger. ˙IC controlled type PWM (Pulse Width Modulation) is one common method. PFM (Pulse Frequency Modulation) is an excellent method to improve efficiency and prevents the discontinuous oscillation under the condition of light load. The output voltage stability is very good. ˙Single output It can be designed the chopper circuit with inductor. It is inexpensive, high efficiency and a smaller footprint. However, it is not suitable for the application for large voltage gap between primary and secondary, step up & step (hybrid) type, and isolation type. ˙Multiple outputs You have an option of designing our transformers with multiple outputs. When considered feedback (From Secondary output to Primary Input), it's recommended that you select the output that has the largest wattage. ˙Forward Configuration (On-On type) Forward Configuration will perform twice as much of wattage output when compared to Flyback. B. Driving C. Single output/Multiple outputs Ringing choke method Forward method Chopper method (fry back) E. Please show us items below when ordering 1. Operating conditions. 2. Type of request. 3. Electrical specifications. Input voltage DC ʶ Vʙ V (Typ. V) V1 (AC, ʴ. ʵ) Output V2 (AC, ʴ. ʵ) voltage V3 (AC, ʴ. ʵ) V4 (AC, ʴ. ʵ) ɾKinds of power supply. ɾMethod of circuit. ɾSemiconductor of use. F. Maximum power in this catalog works out the method below. Flyback method Vin :ʴ12V Maximum power is different depending on conditions. Vout :ʴ12VɹEfficiency :75% D. DC-DC CONVERTER BASIC CIRCUIT 2. Construction Materials A. Ferrite Advantages for using Manganese Versus Nickel Ferrite Core B. Wire The polyurethane copper wire has traditionally been used for transformers.The reason why we prefer to use the polyurethane copper wire is that it efficiently works better because of the ability to melt down the polyurethane by solder temperature. Please be advised that we may use various polyurethane copper wire that are classified by the thickness of the wire.They are classified as wire class 0, 1, 2, and 3. class 0 is the thinnest wire, while our class 3 is the thickest. When using thinner wire, higher inductance will be achieved by winding many turns in the same winding space. Additionally, when using a thicker wire, you will get the higher isolation voltage. ᶃWire class 2 is a standard type. ᶄWire class 3 is normally used in signal filter application. ᶅWire class 1 is normally used in power supply transformer application. If a higher reliability is required, we recommend you to use the wire class 0 or the polyamide covered copper wire. The temperature grades of the wire are also classified as follows; Wire Class A :105˚C Wire Class E :120˚C Wire Class B :130˚C Wire Class F :155˚C C. Glue 3. Core structure EE core type is completely shielded magnetically Drum and ring core type have the magnetic flux due to the having core gap. Core structure Core material Dimensions Efficiency Price EE Mn-Zn ˓ ˓ ˚ Drum+Ring Ni-Zn ˚ ˚ ˓ Ferrite Material Frequency Range Power Density Price Resistivity Mn-Zn ʙ1MHz Large Expensive Low Ni-Zn ʙ300MHz Small Imexpensive High We classify the ferrite core into two types, one is manganese and the other is nickel types. Manganese core for DC-DC can operate up to 1MHz. Nickel core for DC-DC can operate from 2MHz to 3MHz. The suitable frequency for nickel core type is 2MHz,3MHz. The maximum frequency in which the nickel core can operate is 300MHz. The nickel core type has a lower cost and is suitable for the chopper circuit. The types of glue that we use on our products are Epoxy and UV hard type glues. UV type is superior for using in higher heat environments. Due to the different heating points of contraction and expansion rates between ferrite core and base (bobbin), cracks may occur within the glue. To ensure not to occur this situation, it's important that our products don't exceed our specifications for operating and storage temperature. We use manganese core (EE type) and nickel core (drum & ring type). As manganese core is better efficiency, so we can design a transformer using a smaller platform to achieve an overall smaller footprint. The manganese core can achieve good characteristics of DC-DC converter. Due to the manganese conductivity, we can't wind directly around the core. Thus the plastic bobbin is required. It will increase cost, but we are able to design the magnetically shielded type for noise reduction. Regarding drum and ring type, we can directly wind to the drum core. It is inexpensive for transformer design because the core is a lower cost. Winding space EE core Drum + Ring core 18. 18. RL PWM %$%$ίϯόʔλ

23 DC-DC Converter Transformer

DC-DC Converter Transformer EE core Drum + Ring core 18. 18. RL PWM %$%$ίϯόʔλ ʹ෼͔Ε·͢ɻ ͕ՄೳͰ͢ɻ Mn-Zn ʙ1MHzՁ ௿͍ Ni-Zn ʙ300MHz ྿Ձ ཰ ίετ EE Mn-Zn ˓ ˓ ˚ Drum+Ring Ni-Zn ˚ ˚ ˓ ྉ "ϑΣϥΠτ #ిઢ Λѻ͏ίΞ͸ ཰ʹ༏ΕΔͨΊͰ͢ɻ ʹ ͕ՄೳͰ͢ɻ ᶃछઢ ͕ελϯμʔυλΠϓͰ͢ɻ ༻͞Ε·͢ɻ ༻͞Ε·͢ɻ ࡎ ౼͕ඞཁͰ͢ɻ ʹͳΓ·͢ɻ ୠ͕͠ՄೳͰ͢ɻ ͖ઢ͕ՄೳͰ͢ɻ ·ͨՄೳͰ͢ɻ ɿ ˆ ɿ ˆ ɿ ˆ ɿ ˆ ʢϑϥΠόοΫʣ 18.ʢύϧε෯มௐ͕ࣜҰൠతͰ͢ɻ ༻ ͕Մࣜ͸ ʣͰ͢ɻ ཰༷ѹซ༻λΠϓɺઈԑλΠϓ͸ ग़དྷ·ͤΜɻ ˙୯ग़ྗ $୯ग़ྗɾଟग़ྗ ˙ଟग़ྗ ؆୯Ͱ͢ɻ ίϯόʔλͷ෼ྨ తಛੑ ೖྗిѹɹ%$ʶɹɹ7ʙɹɹ7 5ZQ7 &Լ͍͞ɻ ग़ͨ͠΋ͷͰ͢ɻ ʢ3$$ʣ ಈํ๏ V1 (AC, ʴ. ʵ) V2 (AC, ʴ. ʵ) V3 (AC, ʴ. ʵ) V4 (AC, ʴ. ʵ) ݯ ༻൒ಋମ ཰ɿˋ ʹΑΓҟͳΓ·͢ɻ େग़ྗిྗ ग़ྗిྗ ຊճ࿏ਤ DC-DC Converter Transformer DC-DC Converter Transformer DC-DC Converter Transformer 1. Classification of DC-DC Converter Transformer A. Oscillation Configuration ˙Flyback Configuration (On-Off type) ˙R. C. C. Transformer can be configured to have multiple outputs. Fewer components are needed and design is easier to implement. Frequency is dependent on the input voltage and load fluctuation. Circuit design is easier and inexpensive, but noise radiation is larger. ˙IC controlled type PWM (Pulse Width Modulation) is one common method. PFM (Pulse Frequency Modulation) is an excellent method to improve efficiency and prevents the discontinuous oscillation under the condition of light load. The output voltage stability is very good. ˙Single output It can be designed the chopper circuit with inductor. It is inexpensive, high efficiency and a smaller footprint. However, it is not suitable for the application for large voltage gap between primary and secondary, step up & step (hybrid) type, and isolation type. ˙Multiple outputs You have an option of designing our transformers with multiple outputs. When considered feedback (From Secondary output to Primary Input), it's recommended that you select the output that has the largest wattage. ˙Forward Configuration (On-On type) Forward Configuration will perform twice as much of wattage output when compared to Flyback. B. Driving C. Single output/Multiple outputs Ringing choke method Forward method Chopper method (fry back) E. Please show us items below when ordering 1. Operating conditions. 2. Type of request. 3. Electrical specifications. Input voltage DC ʶ Vʙ V (Typ. V) V1 (AC, ʴ. ʵ) Output V2 (AC, ʴ. ʵ) voltage V3 (AC, ʴ. ʵ) V4 (AC, ʴ. ʵ) ɾKinds of power supply. ɾMethod of circuit. ɾSemiconductor of use. F. Maximum power in this catalog works out the method below. Flyback method Vin :ʴ12V Maximum power is different depending on conditions. Vout :ʴ12VɹEfficiency :75% D. DC-DC CONVERTER BASIC CIRCUIT 2. Construction Materials A. Ferrite Advantages for using Manganese Versus Nickel Ferrite Core B. Wire The polyurethane copper wire has traditionally been used for transformers.The reason why we prefer to use the polyurethane copper wire is that it efficiently works better because of the ability to melt down the polyurethane by solder temperature. Please be advised that we may use various polyurethane copper wire that are classified by the thickness of the wire.They are classified as wire class 0, 1, 2, and 3. class 0 is the thinnest wire, while our class 3 is the thickest. When using thinner wire, higher inductance will be achieved by winding many turns in the same winding space. Additionally, when using a thicker wire, you will get the higher isolation voltage. ᶃWire class 2 is a standard type. ᶄWire class 3 is normally used in signal filter application. ᶅWire class 1 is normally used in power supply transformer application. If a higher reliability is required, we recommend you to use the wire class 0 or the polyamide covered copper wire. The temperature grades of the wire are also classified as follows; Wire Class A :105˚C Wire Class E :120˚C Wire Class B :130˚C Wire Class F :155˚C C. Glue 3. Core structure EE core type is completely shielded magnetically Drum and ring core type have the magnetic flux due to the having core gap. Core structure Core material Dimensions Efficiency Price EE Mn-Zn ˓ ˓ ˚ Drum+Ring Ni-Zn ˚ ˚ ˓ Ferrite Material Frequency Range Power Density Price Resistivity Mn-Zn ʙ1MHz Large Expensive Low Ni-Zn ʙ300MHz Small Imexpensive High We classify the ferrite core into two types, one is manganese and the other is nickel types. Manganese core for DC-DC can operate up to 1MHz. Nickel core for DC-DC can operate from 2MHz to 3MHz. The suitable frequency for nickel core type is 2MHz,3MHz. The maximum frequency in which the nickel core can operate is 300MHz. The nickel core type has a lower cost and is suitable for the chopper circuit. The types of glue that we use on our products are Epoxy and UV hard type glues. UV type is superior for using in higher heat environments. Due to the different heating points of contraction and expansion rates between ferrite core and base (bobbin), cracks may occur within the glue. To ensure not to occur this situation, it's important that our products don't exceed our specifications for operating and storage temperature. We use manganese core (EE type) and nickel core (drum & ring type). As manganese core is better efficiency, so we can design a transformer using a smaller platform to achieve an overall smaller footprint. The manganese core can achieve good characteristics of DC-DC converter. Due to the manganese conductivity, we can't wind directly around the core. Thus the plastic bobbin is required. It will increase cost, but we are able to design the magnetically shielded type for noise reduction. Regarding drum and ring type, we can directly wind to the drum core. It is inexpensive for transformer design because the core is a lower cost. Winding space EE core Drum + Ring core 18. 18. RL PWM %$%$ίϯόʔλ

DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > DC-DC Converter Transformers Transformers for UP-Down or Up Converter OUTLINE This is small size and high efficient up-down converter transformer which is 2 in 1 construction. (ex. SEPIC converter) It is possible to output the high voltage which is hard to obtain with an ordinary inductor with sufficient accuracy. It is available for a white LED back light drive. CLS4D18 About CLS6D18 BOTTOM VIEW BOTTOM VIEW BOTTOM VIEW DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > Application 1. The power supply for DSC, Note PC and DVC CLS4D23B Application 1. The power supply for DSC, Note PC and DVC CLS4D28B Application 1. The power supply for DSC, Note PC and DVC CLS6D18 Application 1. The power supply for DSC, Note PC and DVC PROVISIONAL BOTTOM VIEW This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. Max. 3.0 1 4 2 3 1 4 2 3 1 4 Max. 4.8 Max. 5.0 Max. 4.8 Max. 5.0 Max. 2.5 4.6 1.8 1.6 4.9 MAX.6.0 4.6 1.8 1.6 4.9 MAX.6.0 0.9 1.22.4 2.0 0.9 1.22.4 2.0 Max. 5.0 Max. 2.0 0.50 Max. 5.0 5.3 Max. 5.1 2.8 0.7 0.73.4 3.1 2.00.9 1.5 1.9 2.82.3 2.1 1 4 2 3 Max. 7.0 Max. 7.0 Max. 2.0 5.5 2.5 3.6 6.6 Max. 8.3 DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONNECTION CONSTRUCTION ཁ %4$ɻന৭-&% όοΫϥΠదͰ͢ɻ ཪ໘ਤ ཪ໘ਤ ཪ໘ਤ 1. %4$ɺϊʔτύιίϯݯ 1. %4$ɺϊʔτύιίϯݯ 1. %4$ɺϊʔτύιίϯݯ 1. %4$ɺϊʔτύιίϯݯ ཪ໘ਤ DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > *A Saturation Current 1,3 : This indicates the value of D.C. current when the inductance decreases to 90% of its initial value.(Ta=20°C) *B Saturation Current 2,4 : This indicates the value of D.C. current when the inductance decreases to 90% of its initial value.(Ta=100°C) *C Temperature Rise Current 5,6 : The actual current when temperature of coil becomes Max.∆T=40°C.(Ta=20°C) Other TYPE : CLS4D18, CLS4D23B Parts No. L (H) CLS4D18 CLS4D23B Saturation Current (A) Temperature Rise Current (A)*C Temperature Rise Current (A)*C Temperature Rise Current (A)*C Temperature Rise Current (A)*CSaturation Current (A) Condition1*A Condition2*B Condition3*A Condition4*B Condition5 Condition6 Condition1*A Condition2*B Condition3*A Condition4*B Condition5 Condition6 3R3 3.3µ 1.2 880m 630m 470m 2.3 900m 5R0 5.0µ 1.2 770m 500m 360m 1.8 700m 5R3 5.3µ 1.5 1.1 720m 600m 2.0 850m 6R8 6.8µ 860m 650m 430m 310m 1.6 650m 7R3 7.3µ 1.3 1.1 540m 450m 1.8 750m 100 1 0µ 680m 520m 330m 260m 1.2 470m 110 1 1µ 900m 700m 470m 410m 1.6 620m 170 1 7µ 720m 650m 400m 300m 1.1 450m 220 2 2µ 570m 550m 270m 220m 1.1 430m Measuring Freq: (L)/ CLS4D18 100kHz CLS4D23B 100kHz T olerance of Inductance/ CLS4D18 1.0µH-10.0µH±30%(N) CLS4D23B 2.2µH-22.0µH±30%(N) TYPE : CLS4D28B, CLS6D18 Parts No. L (H) CLS4D28B CLS6D18 Saturation Current (A) Saturation Current (A) Condition1*A Condition2*B Condition3*A Condition4*B Condition5 Condition6 Condition1*A Condition2*B Condition3*A Condition4*B Condition5 Condition6 1R3 1.3µ 1R9 1.9µ 2R2 2.2µ 2R6 2.6µ 3R5 3.5µ 4R7 4.7µ 5R2 5.2µ 6R8 6.8µ Measuring Freq: (L)/ z CLS6D18 100kHz T olerance of Inductance/ 1.80 1.35 900m 700m 2.40 1.20 1.40 1.10 700m 540m 2.10 1.00 1.20 900m 600m 450m 1.80 880m 1.00 800m 500m 400m 1.50 720m 100 1 0µ 850m 600m 420m 320m 1.30 630m 150 1 5µ 650m 500m 340m 250m 1.10 520m 220 22µ 550m 420m 280m 200m 950m 430m 330 33µ 450m 320m 220m 160m 800m 360m 470 47µ 400m 280m 180m 140m 750m 320m CLS4D28B CLS6D18 CLS4D28B 100kH 2.2µH-47.0µH±30%(N) 2.69 2.02 1.34 1.01 2.20 1.65 1.17 880m 1.96 1.46 970m 730m 1.72 1.29 770m 580m 1.43 1.07 700m 530m 1.20 900m 580m 440m 980m 740m 490m 370m 900m 680m 380m 290m 630m 470m 300m 230m 810m 750m 690m 570m 500m 380m 360m 260m 170m 1.70 1.58 1.45 1.20 1.05 810m 750m 550m 350m 1.3µH-22.0µH±30%(N) ͦͷଞ *A ༰ిྲྀ *B ༰ిྲྀ *C ྗిྲྀ ΠϯμΫλϯεଌఆप೾਺ࠩެ ΠϯμΫλϯεଌఆप೾਺ࠩެ

DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > *A Saturation Current 1,3 : This indicates the value of D.C. current when the inductance decreases to 90% of its initial value.(Ta=20°C) *B Saturation Current 2,4 : This indicates the value of D.C. current when the inductance decreases to 90% of its initial value.(Ta=100°C) *C Saturation Current : This indicates the value of D.C. current when the inductance decreases to 65% of its nominal value.(Ta=20°C) *D Temperature Rise Current 5,6 : The actual current when temperature of coil increases up to Max.∆T=40°C.(Ta=20°C) Other TYPE : CLS6D23, CLS6D28 Parts No. L (H) 1R0 1.0µ 1R2 1.2µ 1R5 1.5µ 1R8 1.8µ 2R0 2.0µ 2R5 2.5µ 3R0 3.0µ 3R3 3.3µ 4R6 4.6 4R7 4.7 µ µ 121 120µ 6R8 6.8µ 100 10µ 150 15µ 220 22µ 330 33µ 470 47µ 680 68µ 101 100µ CLS6D23 Saturation Current (A) Temperature Rise Current (A)*D Condition1*A Condition2*B Condition3*A Condition4*B Condition5 Condition6 4.10 3.36 3.04 2.40 1.87 1.56 1.26 1.00 860m 730m 580m 450m 390m 3.08 2.52 2.28 1.80 1.40 1.17 950m 750m 650m 550m 440m 340m 290m 2.05 1.73 1.52 1.22 920m 780m 650m 500m 420m 350m 260m 220m 200m 1.54 1.30 1.14 920m 690m 590m 490m 380m 320m 260m 200m 170m 150m 1.00 930m 850m 760m 580m 430m 380m 290m 260m 210m 170m 130m 110m 2.10 1.95 1.78 1.60 1.23 910m 800m 600m 550m 450m 350m 280m 240m Measuring Freq: (L)/ΠϯμΫλϯεଌఆप೾਺ CLS6D23 100kHz CLS6D28 100kHz T olerance of Inductance/ࠩެ CLS6D23 1.0µH-100µH±30%(N) CLS6D28 TYPE : CLS8D28, CLS104 Parts No. L (H) CLS8D28 CLS104 Saturation Current (A) Temperature Rise Current (A)*D Saturation Current (A) Temperature Rise Current (A)*D Condition1*A Condition2*B Condition3*A Condition4*B Condition5 Condition6 Condition1*A Condition2*B Condition3*A Condition4*B Condition5 Condition6 Measuring Freq: (L)/ΠϯμΫλϯεଌఆप೾਺ CLS8D28 100kHz CLS104 100kHz T olerance of Inductance/ࠩެ CLS8D28 1.2µH-120µH±30%(N) CLS6D28 Saturation Current (A) Temperature Rise Current (A)*D Condition1*A Condition2*B Condition3*A Condition4*B Condition5 Condition6 2.00 1.40 4.40 2.40 1.60 1.20 4.00 2.20 1.35 1.00 3.60 2.00 1.20 900m 3.20 1.60 1.05 800m 2.40 1.20 850m 700m 2.00 950m 720m 550m 1.80 850m 580m 450m 1.40 700m 450m 360m 1.10 520m 380m 280m 950m 420m 320m 240m 800m 360m 270m 200m 720m 320m 220m 180m 600m 270m 4.00 3.30 2.70 2.40 2.10 1.70 1.44 1.15 920m 750m 630m 530m 440m 400m 3.00 2.50 2.10 1.80 1.60 1.30 1.05 900m 650m 540m 440m 380m 320m 280m 190m 150m 540m 240m TYPE : CLS7D14 Parts No. L (H) 150 15µ CLS7D14 Saturation Current (A) 2-1, 4-3 Measuring Freq: (L)/ΠϯμΫλϯεଌఆप೾਺ CLS7D14 100kHz, 1V T olerance of Inductance/ࠩެ CLS7D14 15µH±30%(N) 1R0 1.0µ 6.7 1.0 1R2 1.2µ 3R3 3.3µ 2R2 2.2µ 2R9 2.9µ 4R5 4.5µ 4R1 4.1µ 150 15µ 1.5 1.3 770m 640m 2.4 1.1 220 22µ 210 21µ 1.3 1.1 630m 540m 1.9 900m 330 33µ 1.2 950m 530m 440m 1.5 800m 470 47µ 1.0 840m 470m 390m 1.4 600m 680 68µ 720m 610m 410m 330m 1.1 500m 101 100µ 580m 510m 310m 280m 920m 400m 151 150µ 470m 400m 240m 220m 760m 320m 221 220µ 410m 350m 190m 170m 560m 280m 1.0µH-220µH±30%(N) CLS104 1.2µH-21.0µH±30%(N) 1.4 1.0 800m 600m 1.8 900m ͦͷଞ *A ༰ిྲྀ *B ༰ిྲྀ ˆҎԼͱͳΔྗ஋ͱ͢Δɻ 5Bʹˆ DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > CLS6D23 Application 1. The power supply for DSC, Note PC and DVC CLS6D28 Application 1. The power supply for DSC, Note PC and DVC 1. The power supply for DSC, Note PC and DVC BOTTOM VIEW CLS8D28 Application 1. The power supply for DSC, Note PC and DVC BOTTOM VIEW CLS7D14 Application BOTTOM VIEW Application 1. The power supply for LCD TV and Car navigation CLS104 BOTTOM VIEW BOTTOM VIEW Max. 2.5Max. 7.0 Max. 7.0 5.5 2.45 Max. 8.3 6.6 3.6 1.9 2.82.3 2.1 1.9 2.82.3 2.1 1 4 2 3 ཪ໘ਤ Max. 7.0 Max. 3.0 2.5 Max. 8.3 6.6 Max. 7.0 5.5 3.6 1 4 2 3 1 4 2 3 Max. 9.0 Max. 3.0 6.7 2.45 Max. 10.5 8.6 4.7 Max. 9.0 2.0 2.7 3.3 4.0 1 4 2 3 1.8 Max. 12.0 10.2 6.0 1.3 3.6 5.54.0 1 4 2 3 Max. 10.2 Max. 7.3 Max. 1.5 5.57.4 2.1 Max. 7.3 7.0 2.0 2.5 2.8 1.7 7.3 1. %4$ɺϊʔτύιίϯݯ DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯυੇ๏ CONNECTION CONSTRUCTION 1. %4$ɺϊʔτύιίϯݯ 1. %4$ɺϊʔτύιίϯݯ DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯυੇ๏ CONNECTION CONSTRUCTION ཪ໘ਤ 1. %4$ɺϊʔτύιίϯݯ DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯυੇ๏ CONNECTION CONSTRUCTION ཪ໘ਤ DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯυੇ๏ CONNECTION CONSTRUCTION ཪ໘ਤ 1. ݯ DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯυੇ๏ CONNECTION CONSTRUCTION ཪ໘ਤ

SEPIC converter characteristic Efficiency Comparison (CLS6D28) Power comparison by SEPIC Circuit 6 2.52 3 43.5 5 5.54.5 Vin (V) 2.52 3 43.5 5 5.54.5 Vin (V) CLS4D18 CLS4D23B CLS4D28B CLS6D18 CLS6D23 CLS6D28 CLS8D23 CLS8D28
SEPIC converter schematic Vin(2.5~6V) Vo(3.3V) L1 C1 L2 C2 C1ɺC2:10 µF(ceramic capacitor) D 4&1*$ίϯόʔλͷճ࿏ਤ Бvs.Io (Vin=3V/Vo=3.3V) Б(%) Io(A) Б(%) Бvs.Io (Vin=5V/Vo=3.3V) Io(A) SEPIC zeta Flyback (CLS6D28) (CLS6D28) (CLQ7D27) (L1,L2 : 5µH) (L1,L2 : 10µH) Po(W) Po(W) Temperature Rise Current (A)*C Temperature Rise Current (A)*C ͦͷଞ *A ༰ిྲྀ *B ༰ిྲྀ *C ྗిྲྀ ಛੑྫ DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > 1. The power supply for LCD TV and Car navigation 1. The power supply for LCD TV and Car navigation Application Application BOTTOM VIEW CLS125 CLS127 PROVISIONAL BOTTOM VIEW 1 4 2 3 ཪ໘ਤ 1 4 2 3 Max. 10.0 3.0 5.0 6.84.3 3.0 5.0 6.84.3 Max. 6.0 12.0 3.2 7.6 12.7 Max. 12.7 Max. 16.0 Max. 8.0 12.0 3.2 7.6 12.7 Max. 12.7 LAND PATTERNS (mm) LAND PATTERNS (mm) DIMENSIONS (mm) CONNECTION CONSTRUCTION DIMENSIONS (mm) CONNECTION CONSTRUCTION About CLS127 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. 1. ݯ 1. ݯ ཪ໘ਤ

SEPIC converter characteristic Efficiency Comparison (CLS6D28) Power comparison by SEPIC Circuit 6 2.52 3 43.5 5 5.54.5 Vin (V) 2.52 3 43.5 5 5.54.5 Vin (V) CLS4D18 CLS4D23B CLS4D28B CLS6D18 CLS6D23 CLS6D28 CLS8D23 CLS8D28
SEPIC converter schematic Vin(2.5~6V) Vo(3.3V) L1 C1 L2 C2 C1ɺC2:10 µF(ceramic capacitor) D 4&1*$ίϯόʔλͷճ࿏ਤ Бvs.Io (Vin=3V/Vo=3.3V) Б(%) Io(A) Б(%) Бvs.Io (Vin=5V/Vo=3.3V) Io(A) SEPIC zeta Flyback (CLS6D28) (CLS6D28) (CLQ7D27) (L1,L2 : 5µH) (L1,L2 : 10µH) Po(W) Po(W) Temperature Rise Current (A)*C Temperature Rise Current (A)*C ͦͷଞ *A ༰ిྲྀ *B ༰ిྲྀ *C ྗిྲྀ ಛੑྫ DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > DC-DC Converter Transformers < Transformers for UP-Down or Up Converter > 1. The power supply for LCD TV and Car navigation 1. The power supply for LCD TV and Car navigation Application Application BOTTOM VIEW CLS125 CLS127 PROVISIONAL BOTTOM VIEW 1 4 2 3 ཪ໘ਤ 1 4 2 3 Max. 10.0 3.0 5.0 6.84.3 3.0 5.0 6.84.3 Max. 6.0 12.0 3.2 7.6 12.7 Max. 12.7 Max. 16.0 Max. 8.0 12.0 3.2 7.6 12.7 Max. 12.7 LAND PATTERNS (mm) LAND PATTERNS (mm) DIMENSIONS (mm) CONNECTION CONSTRUCTION DIMENSIONS (mm) CONNECTION CONSTRUCTION About CLS127 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. 1. ݯ 1. ݯ ཪ໘ਤ

30 DC-DC Converter Transformers < High-temp coil for SEPIC converter >

This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. TYPE : CDRCH12D78B 100kHz, 0.1V 4.7µH – 6.8µH ± 30% (N), 10µH – 470µH ± 20% (M) Measuring Freq. (L) CDRCH12D78B Tolerance of Inductance Parts No. L (H) 4R7 6R8 100 150 220 330 470 680 101 151 221 331 471 4.7µ 6.8µ 10µ 15µ 22µ 33µ 47µ 68µ 100µ 150µ 220µ 330µ 470µ 40m(30m) 46m(36m) 54m(42m) 72m(58m) 96m(80m) 144m(120m) 186m(155m) 266m(222m) 384m(320m) 684m(540m) 936m(780m) 1.35(1.17) 2.01(1.75) Leads connected in series(Pin1 to pin4, pin2 and pin3 short) Leads connected in parallel(Pin1,2 to pin3,4, pin1 and pin2, pin3 and pin4 short)Single winding(Pin1 to pin3 or pin2 to pin4) Single winding Leads connected in series Leads connected in parallel 3.9(4.4) 3.6(4.1) 3.2(3.6) 2.8(3.2) 2.3(2.6) 1.8(2.1) 1.5(1.7) 1.3(1.5) 1.10(1.25) 830m(950m) 680m(780m) 560m(640m) 450m(520m) 80m(60m) 92m(72m) 108m(84m) 144m(116m) 192m(160m) 290m(240m) 372m(310m) 532m(444m) 768m(640m) 1.29(1.08) 1.87(1.56) 2.7(2.34) 4.02(3.50) 6.6(7.8) 6.0(7.1) 5.0(5.9) 4.1(4.8) 3.5(4.1) 2.75(3.25) 2.3(2.75) 1.95(2.3) 1.55(1.85) 1.25(1.50) 1.05(1.25) 0.85(1.05) 0.75(0.88) 2.8(3.1) 2.6(3.0) 2.3(2.6) 2.0(2.3) 1.6(1.8) 1.3(1.5) 1.1(1.3) 0.94(1.05) 0.78(0.88) 0.60(0.68) 0.48(0.55) 0.40(0.45) 0.31(0.35) 20m(16m) 23m(18m) 27m(21m) 36m(29m) 48m(40m) 72m(60m) 93m(77m) 133m(111m) 192m(160m) 324m(270m) 468m(390m) 675m(585m) 1005m(875m) 13.2(15.6) 12.0(14.2) 10.0(11.8) 8.2(9.7) 7.0(8.2) 5.5(6.5) 4.6(5.5) 3.9(4.6) 3.1(3.7) 2.5(3.0) 2.1(2.5) 1.7(2.1) 1.5(1.75) 5.4(6.1) 5.0(5.6) 4.4(5.0) 4.0(4.6) 3.3(3.7) 2.7(3.0) 2.4(2.6) 2.0(2.3) 1.6(1.8) 1.2(1.4) 1.0(1.15) 0.83(0.94) 0.67(0.76) D.C.R.(Ω) : Max.(Typ.) Temperature Rise Current(A) D.C.R.(Ω) : Max.(Typ.) Saturation Current (A) *A 13.2(15.6) 12.0(14.2) 10.0(11.8) 8.2(9.7) 7.0(8.2) 5.5(6.5) 4.6(5.5) 3.9(4.6) 3.1(3.7) 2.5(3.0) 2.1(2.5) 1.7(2.1) 1.5(1.75) Saturation Current (A) Temperature Rise Current(A)*B D.C.R.(Ω) : Max.(Typ.) Saturation Current (A) *A Temperature Rise Current(A)*B Other *A Saturation Current : This indicates the value of D.C. current when the inductance becomes 30% lower than its initial value. *B Temperature rise current : The value of D.C. current when the temperature rise is ∆T=40°C. (Ta=20°C) OUTLINEཁ 2 in 1 package coil (Dual structure) and it can be used as normal two-terminal inductor. Operational temperature range : - 40°C~+125°C (including self-heating) Application : SEPIC converter (power supply for driving LED.etc) CDRCH12D78B NEW PROVISIONAL DIMENSIONS (mm) WIRE CONSTRUCTION ੇ๏ਤ ઢछ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ Max.12.5 Max.12.5 Max.8.0 5.0 6.5 1.6 1.7 2.752.75 L1 L2 5.5 2.0 13.0 4.6 4.2 CONNECTION CDRCHD High-temp coil for SEPIC converter ԹରԠίΠϧʣ ཁ ༻Մೳɻ Ήʣ దɻ ͤԼ͍͞ɻ About CDRCH12D78B A ΠϯμΫλϯεͷͱͳΔిྲྀ஋ͱ͢Δɻ *B ४ͱ͢Δʣ ͦͷଞ DC-DC Converter Transformers < High-temp coil for SEPIC converter >

DC-DC Converter Transformers < Step Up DC-DC Converter Transformers for Strobe > DC-DC Converter Transformers < Step Up DC-DC Converter Transformers for Strobe > DC-DC Converter Transformers Step Up DC-DC Converter Transformers for Strobe OUTLINE These are coils for small size DSC strobe circuit. CMS5D28 Selection Guide TPS65560 BD4215 A8724 R2A20070NS LT3485-3 LT3468 CMS5D28 S-1009-0016 A719-SZK-017 A719-SZK-018 A719-SZK-016 S-1099-0016 PS-OAK-001 A836-OAK-005 A719-SZK-028 300 300 300 320 330 330 330 330 47,70,100 100 100 IC used Sumida type name Sumida sample number Input voltage Output voltage Charging capacitor CMS5D28D CMS5D28 CMS5D21 CMS5D21 CMS5D28D CMS5D28D Application 1. Step up transformer for strobe of Digital still camera ɿMax. 7.5mH ɿMax. 1MHz Inductance Max. Operating frequency Specifications CMS5D28D Application 1. Step up transformer for strobe of Digital still camera Specifications ɿMax. 2.0mH ɿ1MHz Inductance Max. Operating frequency Max. 6.0 3.5 0.4 Max. 5.8 3.7 3.7 1.4 5.0Max. 3.0 2.90.7 Max. 5.2 5.0 3.6 (0.3) 3.0 5.8 Max. 3.0 (TYP . 2.8) Max. 5.2 5.0 3.1 0.7 0.7 0.7 0.7 0.3 0.15 0.15 0.3 2.4 0.2 DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION CMS5D23B Application 1. Step up transformer for strobe of Digital still camera Specifications ɿMax. 5.4mH ɿ1MHz Inductance Max. Operating frequency Max. 5.0 5.0 (3.6) Max. 2.5 Max. 5.0 0.4 2.4 2.4 0.2 0.2 0.7 3.1 0.7 0.7 0.7 0.15 0.15 0.3 3.0 5.8 DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION 0.40.2 ཁ ͷσδλϧΧϝϥε τϩϘճ࿏༻ίΠϧͰ͢ɻ ηϨΫγϣϯΨΠυ P ೖྗిѹ ʢ7ʣ ग़ྗిѹʢ7ʣॆ ి ί ϯ σ ϯ α ʢЖ'ʣ

DC-DC Converter Transformers < Step Up DC-DC Converter Transformers for Strobe > DC-DC Converter Transformers < Step Up DC-DC Converter Transformers for Strobe > About CMS5D21 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. CMS5D21 Application 1. Step up transformer for strobe of Digital still camera Specifications ɿMax. 2mH ɿ1MHz Inductance Max. Operating frequency PROVISIONAL Max. 5.2 5.0 (3.3) Max. 5.2 0.4 2.4 Max. 2.3 0.7 1.7 3.1 3.0 5.8 DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION CEEH54 Application 1. Step up transformer for strobe of Digital still camera Application 1. Step up transformer for strobe of Digital still camera CEEH64 ɿMax. 24.4mH ɿ500kHz Inductance Max. Operating frequency Specifications ɿMax. 31.3mH ɿ500kHz Inductance Max. Operating frequency Specifications Max. 6.8 Max. 5.1 Max. 8.2 0.2 3.8 1.9 5.2 Max. 6.0 5-0.51.9 6.8 5-0.5 0.8 1.91.9 5.6 9.2 1.6 0.2 1.6 0.7 1.51.9 0.3 7.0 11.0 Max. 8.0 Max. 4.8 Max. 10.0 8.40.6 0.6 Max. 6.8 1.61.6 0.2 6-0.35 1.50.3 3.4 DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION Application 1. Trigger coil for strobe of Digital still camera TC56 ɿ 1kHz Inductance Max. Operating frequency Specifications Max. 8.54.0 7.0 5.3 3.0 Ø0.5 HV.IN 250V PULSE ( Vpp:3V ) GND OUT 5kVpp5 CR02AM-8 5.3 3.0 Ø0.5 DIMENSIONS (mm) CIRCUIT CONSTRUCTION ͤԼ͍͞ɻ ༻ճ࿏

DC-DC Converter Transformers < Gate Driver Transformers > DC-DC Converter Transformers < Gate Driver Transformers > CGDT76 GDT1310 PROVISIONAL PROVISIONAL About CGDT76, GDT1310 DC-DC Converter Transformers Gate Driver Transformers OUTLINE Switching regulator. Specifications CGDT76 GDT1310 P05NZ-198 PS05-128 1:1 1:1:1 1500Vdc/1min 3000Vac/1min Min. 1.7mH 850µH±35% Max. 8.0µH Max. 3.0µH 264mΩ 252mΩ 30.24 63.36 222mΩ D.C.R.(Max) Pri Sec E-T(V*Ω µS) This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. Max. 7.0Max. 13.5 5.0±0.3 2.5 ±0.3 15.0 8.6 Ref. 10.8±0.3 6-2.0 9.98 Max. 7.9 2.5 Ø1.0 square0.65mm Max. 6.3 4-2. 54 6-0.7 ʷ0.25 6-1.4 2.54 321 456 ཁ DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONNECTION CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONNECTION CONSTRUCTION εΠονϯάϨΪϡϨʔλɻ ਺ൺ ઈԑ଱ѹ ΠϯμΫλϯε ϦʔέʔδΠϯμΫλϯε ͤԼ͍͞ɻ

34 DC-DC Converter Transformers < Current sensor for Switching Power Supply and other circuit >

DC-DC Converter Transformers Current sensor for Switching Power Supply and other circuit OUTLINE Current sensor. CEEH1310B DC-DC Converter Transformers < Current sensor for Switching Power Supply and other circuit > ɿ500kHz ɿ9.0W @ 500kHz Max. Operating frequency Max. Operating Power Specifications CEEH55 PROVISIONAL SCR1021 ( A ) ( B ) PROVISIONAL About CEE4D30, CEEH55, SCR1021, CS1420 CEE4D30 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION CONSTRUCTIONDIMENSIONS (mm) SCHEMATICS DIMENSIONS (mm) LAND PATTERNS (mm) LAND PATTERNS (mm) SCHEMATICS DIMENSIONS (mm) SCHEMATICS DIMENSIONS (mm) SCHEMATICS Max. 8.38 Max. 17.5 6.35±0.3 ø0.8 Max. 7.8 Max. 5.45 Max. 18.0 1.8 4.7 6.5 Max. 17.5 15.3 Max. 13.5 Max. 10.3 2.54 21.0 2.2 2.5 2.5 1.3 4.7 18.2 10.16 6.6 0.610.25 1.85 3.05 1.27 2.692.7 1.27 1.52 7 3 ø5.1 PROVISIONAL CS1420 PROVISIONAL 4.0±0.5 9±0.5 Max. 20.0 Max. 22.0 0.64ʷ0.64 Max. 17.5 17.95 ±0.5 5.25± 0.3 CONSTRUCTION Max.4.6 Max.3.7 Max.4.2 4.2 ± 0.2 (3.0) 2.65 0.50.4 4.8 0.951.05 2.3 1.91.9 Max.3.2 (0.1) 4 3 S ཁ ΧϨϯτηϯαʔɻ ઢਤ ਪ঑ϥϯ υੇ๏ ઢਤ ઢਤ ઢਤ ͤԼ͍͞ɻ

DC-DC Converter Transformers < Current sensor for Switching Power Supply and other circuit > DC-DC Converter Transformers < Current sensor for Switching Power Supply and other circuit > CEEH55 Type Name S020A S030A S040A S050A S060A S070A S100A S125A S150A S200A Parts No. Inductance(1-3) Min. Turns Ratio 0.08mH 0.18mH 0.32mH 0.50mH 0.72mH 0.98mH 2.00mH 3.00mH 4.32mH 8.00mH 1:20 1:30 1:40 1:50 1:60 1:70 1:100 1:125 1:150 1:200 6mΩ 6mΩ 6mΩ 6mΩ 6mΩ 6mΩ 6mΩ 6mΩ 6mΩ 6mΩ 8-7 1-3 HI-POT 1,3 to 7,8 550mΩ 870mΩ 1140mΩ 1500mΩ 1750mΩ 4750mΩ 5500mΩ 6500mΩ 15400mΩ 32700mΩ 10A 10A 10A 10A 10A 10A 10A 10A 10A 10A 500Vrms 500Vrms 500Vrms 500Vrms 500Vrms 500Vrms 500Vrms 500Vrms 500Vrms 500Vrms Specifications D.C.R. @20°C Max. Rated current SCR1021 Type Name PS05-163 PS05-164 PS05-165 PS05-166 PS05-167 PS05-168 PS05-169 PS05-170 PS05-171 PS05-172 PS05-173 Parts No. Secondary L 10kHz/0.1V (Within) Turns Ratio 7.70mH±35% 30.9mH±35% 69.5mH±35% 123.6mH±35% 193.0mH±35% 278.0mH±35% 494.5mH±35% 1.93mH±35% 7.70mH±35% 30.9mH±35% 69.5mH±35% 1:50 1:100 1:150 1:200 1:250 1:300 1:400 1:25:25 1:50:50 1:100:100 1:150:150 0.72Ω 1.50Ω 2.80Ω 4.80Ω 7.50Ω 11.0Ω 18.6Ω 0.40Ω 0.75Ω 2.50Ω 5.50Ω Schematic 20A 20A 20A 20A 20A 20A 20A 20A 20A 20A 20A AC4000Vrms AC4000Vrms AC4000Vrms AC4000Vrms AC4000Vrms AC4000Vrms AC4000Vrms AC4000Vrms AC4000Vrms AC4000Vrms AC4000Vrms A A A A A A A B B B B Current 1 turn Pri HI-POT(Pri.-Sec.) (50/60Hz) CS1420 Type Name PS05-174 PS05-175 PS05-176 PS05-177 PS05-178 PS05-179 PS05-180 PS05-181 PS05-182 PS05-183 PS05-184 PS05-185 Parts No. Secondary L 10kHz/0.1V (Within) Turns Ratio 0.31mH±35% 1.93mH±35% 77.2mH±35% 30.9mH±35% 30.9mH±35% 69.5mH±35% 123.6mH±35% 193.1mH±35% 2780mH±35% 2.75mH±35% 11.0mH±35% 44.0mH±35% 1:1:10 1:1:25 1:1:50 1:1:100 2:2:100 1:1:150 1:1:200 1:1:250 1:1:300 1:1:50 1:1:100 1:1:200 0.26Ω 0.40Ω 0.74Ω 1.50Ω 2.00Ω 2.90Ω 4.80Ω 74.50Ω 10.70Ω 0.74Ω 1.50Ω 4.80Ω 30Amps 30Amps 30Amps 30Amps 30Amps 30Amps 30Amps 30Amps 30Amps 30Amps 30Amps 30Amps AC3000Vrms AC3000Vrms AC3000Vrms AC3000Vrms AC3000Vrms AC3000Vrms AC3000Vrms AC3000Vrms AC3000Vrms AC3000Vrms AC3000Vrms AC3000Vrms Reference Current Pri. lpk HI-POT(Pri.-Sec.) (50/60Hz) TYPE : CEEH55 TYPE : SCR1021 TYPE : CS1420 D.C.R. Sec. (Max.) D.C.R. Sec. (Max.) CEEH4D30 Type Name A903-YMC-002 A903-YMC-003 Parts No. Inductance(3-4) Min. Turns Ratio 2.0mH 1.3mH 1:160 1:130 3.0mΩ 3.0mΩ 1-2 3-4 HI-POT 36.2Ω 26.0Ω 7.0A 5.5A 500Vrms 500Vrms D.C.R. (Max.) Rated current TYPE : CEE4D30 ΠϯμΫλϯεʢʣ ిྲྀ஋ ઈԑ଱ѹ ઈԑ଱ѹ ిྲྀ ઈԑ଱ѹ ઢਤ ిྲྀ஋ ΠϯμΫλϯεʢʣ ిྲྀ ઈԑ଱ѹ

36 DC-DC Converter Transformers < SMD Type Transformer for Automotive applications >

DC-DC Converter Transformers SMD Type Transformer for Automotive applications OUTLINE High-reliability DC-DC converter transformers.The operating temperature range is from ʵ40 degrees C to 125 degrees C. CEEH137 DC-DC Converter Transformers < SMD Type Transformer for Automotive applications > Specifications CEER1510 ɿMax. 28mH ɿ500kHz ɿ2.5W (100kHz), 6.5W (300kHz) Inductance Max. Operating frequency Max. Operating power Specifications ɿMax. 3.7mH ɿ500kHz ɿ17.5W (300kHz) Inductance Max. Operating frequency Max. Operating power (15.3) Max. 14.0 Max. 0.8Max. 3.0 2.0 2.0 14.0 8-2.8 10-1.1 12.3 CEEH158 CEEH178 CEER1612 Specifications ɿMax. 50mH ɿ500kHz ɿ4.0W (100kHz) Inductance Max. Operating frequency Max. Operating power Specifications ɿMax. 50mH ɿ500kHz ɿ3.5W (100kHz) Inductance Max. Operating frequency Max. Operating power Specifications ɿ16µH ɿ500kHz Inductance Max. Operating frequency 17.0 Max. 16.0 4 - 2.5 0.8 18.4 24.0 1.0 2.52.52.52.5 14.3 24.5 1.6 3.755.03.75 19.0 Max. 18.0 0.8 5 - 2.5 19.6 25.5 1.0 3 - 3.75 15.10.4 Max. 16.5 Max. 18.5 5.0 7 - 1.0 NEW Max.13.8 Max.15.5 Max.10.0 0.4 1.3 18.2 0.7 3.7 3.7 3.77.4 12.8 10.9 12.0 19.5 3.7 3.72.65 1.1 3.73.7 2– ø1.5 ཁ ৴པੑτϥϯεɻʔʙˆରԠɻ DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION

DC-DC Converter Transformers < SMD Type Transformer for Automotive applications > DC-DC Converter Transformers < SMD Type Transformer for Automotive applications > About CEIR199, CEIR1910, CEIR1911 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. CEIR199 PROVISIONAL CEIR1910 Specifications ɿ130µH ɿ5.4W(100kHz), 13W(300kHz), 19W(500kHz) Inductance Max. Operating frequency

Features

SMD type DC-DC converter is using the flat wire
SMD type DC-DC converter is using the flat wire
SMD type DC-DC converter is using the flat wire NEW PROVISIONAL 3 - 3.8 15.0 3.83.83.8 25.2 Max. 20.0 20.6 23.6 2.0 Max. 11.2 0.3 2.2 15.0 3.83.83.8 25.2 2.2 15.0 3.83.83.8 25.2 2.2 CEIR1911 NEW PROVISIONAL CER2012 NEW Specifications ɿ70µH ɿ500kHz ɿ4.3W (100kHz), 10W (300kHz), 15W (500kHz) Inductance Max. Operating frequency Max. Operating power Specifications ɿ200µH ɿ500kHz ɿ6.2W (100kHz), 15W (300kHz), 22W (500kHz) Inductance Max. Operating frequency Max. Operating power Specifications ɿMax. 12mH ɿ500kHz ɿ35W (300kHz) Inductance Max. Operating frequency Max. Operating power Max.20.0 20.6 Max.10.3 2.0 3 - 3.8 23.6 0.3 Max.20.0 20.6 Max.12.3 0.3 2.0 3-3.8 23.6 Max.23.0 Max.22.0 Max.12.6 0.4 22.9 17.2 5.3 1.0 3-4.5 4-4.5 1.3 4.5 2.4 6.8 20.0 5.0 4.5 5.34.54.5 4.5 4.5 4.54.5 2–ø1.8 DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION ͤԼ͍͞ɻ

DC-DC Converter Transformers < PIN Type Transformer for Automotive applications > DC-DC Converter Transformers PIN Type Transformer for Automotive applications OUTLINE High-reliability DC-DC converter transformers.The operating temperature range is from ʵ40 degrees C to 125 degrees C. DC-DC Converter Transformers < PIN Type Transformer for Automotive applications > EPH1911 Specifications ɿ500kHz ɿ10W (100kHz), 22W (500kHz) Max. Operating frequency Max. Operating power Application 1. Switching regulator 2. Gate Bias isolation for automotive 3. Portable equipment NEW Max.20.1 Max.20.4 Max.11.5 3.8 3.8 ø0.6 2.5 2.5 4.4 2.8 16.0 DIMENSIONS (mm) ੇ๏ਤ CONSTRUCTION ཁ ৴པੑτϥϯεɻʔʙˆରԠɻ About EPH2711 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. ͤԼ͍͞ɻ 1. Switching regulator 2. Gate bias isolation for automotive Application ɿMax. 500kHz ɿ10.0W (100kHz), 23.0W (300kHz) Operating Freq Max. Operating Power Specifications EPH2711 DIMENSIONS (mm) CONSTRUCTION 1. Switching regulator 2. Gate bias isolation for automotive Application ɿMax. 300kHz ɿ14.0W (100kHz), 32.0W (300kHz) Operating Freq Max. Operating Power Specifications EPH2815 Max. 29.0 ø0.6 24.0 20.0 DIMENSIONS (mm) CONSTRUCTION PROVISIONAL ø0.7 Max.28.0 23.0 ੇ๏ਤ ੇ๏ਤ 1. Switching regulator 2. Gate bias isolation for automotive Application ɿMax. 300kHz ɿ14.0W (100kHz), 32.0W (300kHz) Operating Freq Max. Operating Power Specifications EPH2815B DIMENSIONS (mm) CONSTRUCTION ੇ๏ਤ Max. 30.0 Max. 30.0 ø0.8 9–2.8 Max. 17.0 4.0 23.0 8–3.2

DC-DC Converter Transformers PIN Type PFC Choke Coils OUTLINE Low profile and power factor improvement type. It's avairable for large-size flat TV power. EER359 Specifications EER3812 ɿMin. 65kHz ɿ85~264V (AC) ɿ4.8A(@200µH) ˞Saturation current depends on wingding turuns and AL value. 'SFRVFODZSBOHF *OQVUWPMUBHF 4BUVSBUJPODVSSFOU ɿMin. 65kHz ɿ85~264V (AC) ɿ6.2A(@200µH) ˞Saturation current depends on wingding turuns and AL value. 'SFRVFODZSBOHF *OQVUWPMUBHF 4BUVSBUJPODVSSFOU Specifications NEW NEW Max.40.0 7.5 6.06.0 7.5 0.8 Max.36.5 2-8.0 2-9.5 DC-DC Converter Transformers < PIN Type PFC Choke Coils > DC-DC Converter Transformers < PIN Type PFC Choke Coils > ཁ దɻ DIMENSIONS (mm) ੇ๏ਤ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ CONSTRUCTION

0.6 1.0 1.0 3.7 0.4 Max. 2.5 Max. 4.9 Max. 4.7 4.8 CLQ4D18 Application 1. Digital still camera 2. Digital video camera 3. LCD TV ɿMax. 500µH ɿMax. 1MHz ɿ100mW (300kHz), 175mW (500kHz), 350mW (1MHz) Inductance Operating Freq Max. Operating Power Specifications Application 1. Digital still camera 2. Digital video camera 3. Portable equipment ɿMax. 500µH ɿMax. 1MHz ɿ120mW (300kHz), 200mW (500kHz), 410mW (1MHz) Inductance Operating Freq Max. Operating Power Specifications CLQ4D22 DC-DC Converter Transformers SMD type & Multiple Output Transformers OUTLINE SMD type & multiple output Transformers Application 1. Digital still camera 2. Digital video camera 3. LCD TV ɿMax. 500µH ɿMax. 1MHz ɿ160mW (300kHz), 270mW (500kHz), 540mW (1MHz) Inductance Operating Freq Max. Operating Power Specifications CLQ4D27 Application 1. LCD TV 2. Digital camera 3. Portable equipment ɿMax. 500µH ɿMax. 1MHz ɿ130mW (300kHz), 220mW (500kHz), 440mW (1MHz) Inductance Operating Freq Max. Operating Power Specifications CLQ5D16 *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ DC-DC Converter Transformers < SMD type & Multiple Output Transformers > DC-DC Converter Transformers < SMD type & Multiple Output Transformers > 0.6 1.0 1.0 4.8 3.7 Max. 2.0 0.05 Max. 4.9 0.4 Max. 4.6 0.55 3.2 1.4 1.01.0 5.0 Solder Resist 0.55 3.2 1.4 1.01.0 5.0 Solder Resist 0.55 3.2 1.4 1.01.0 5.0 Solder Resist 0.6 1.0 1.0 3.7 0.4 Max. 3.0 Max. 4.9 Max. 4.7 4.8 Max. 5.6 Max. 5.6 Max. 1.8 6.0 4.3 0.4 1.01.0 1.0 0.55 7.3 3.6 Solder Resist DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION ཁ ૷ଟग़ྗτϥϯεɻ

LCD TV 2. Digital camera 3. Portable equipment 1. LCD TV 2. Digital camera 3. Portable equipment 1. LCD TV 2. Digital camera 3. Portable equipment 1. LCD TV 2. Digital camera 3. Portable equipment ɿMax. 1.1mH ɿMax. 1MHz ɿ270mW (300kHz), 450mW (500kHz), 900mW (1MHz) Inductance Operating Freq Max. Operating Power Specifications Application ɿ800µH ɿMax. 1MHz ɿ350mW (300kHz), 580mW (500kHz), 1100mW (1MHz) Inductance Operating Freq Max. Operating Power Specifications CLQ5D22 Application ɿMax. 800µH ɿMax. 1MHz ɿ290mW (300kHz), 480mW (500kHz), 930mW (1MHz) Inductance Operating Freq Max. Operating Power Specifications CLQ52 Application ɿMax. 2.0mH ɿMax. 1MHz ɿ350mW (300kHz), 580mW (500kHz), 1.1W (1MHz) Inductance Operating Freq Max. Operating Power Specifications CLQ5D27 1. LCD TV 2. Digital camera Application ɿMax. 2.0mH ɿMax. 1MHz ɿ220mW (300kHz), 380mW (500kHz), 780mW (1MHz) Inductance Operating Freq Max. Operating Power Specifications CLQ72B *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ DC-DC Converter Transformers < SMD type & Multiple Output Transformers > Max. 5.8 6.0 4.5 Max. 2.0 Max. 5.9 1.0 1.0 0.4 Max. 5.8 6.0 4.5 Max. 2.5 Max. 5.9 1.0 1.0 0.4 4.5 Max. 6.4 Max. 2.55.6 0.4 3-1.0 Max. 6.1 1.4 4.0 (5.8) 1.01.01.0 0.55 Solder Resist 1.4 4.0 (5.8) 1.01.01.0 0.55 Solder Resist 4.5 Max. 6.4 Max. 3.05.6 0.4 3-1.0 Max. 6.1 Max. 2.5 3-1.27 0.4Max. 7.0 Max. 7.9 6.1 6.7 5.5 1.4 (6.9) 1.271.271.27 0.7 Solder Resist 1.0 0.55 7.3 3.6 Solder Resist 1.0 0.55 7.3 3.6 Solder Resist DC-DC Converter Transformers < SMD type & Multiple Output Transformers > DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION

Pager 2. P .D.A. 3. Digital still camera 1. Isolation transformer 2. Notebook PC 1. Digital still camera 2. Digital video camera 3. LCD TV 1. Digital still camera 2. Digital video camera 3. LCD TV 1. Digital still camera 2. Digital video camera 3. LCD TV ɿMax. 3.0mH ɿMax. 1MHz ɿ240mW (300kHz), 400mW (500kHz), 800mW (1MHz) Inductance Operating Freq Max. Operating Power Specifications Application ɿMax. 1mH ɿMax. 1MHz ɿ700mW (500kHz) Inductance Operating Freq Max. Operating Power Specifications 1. Less leakage magnetic flux because of use of toroidal core

ɿMax. 5.0mH ɿMax. 1MHz ɿ450mW (300kHz), 700mW (500kHz), 1.4W (1MHz) Inductance Operating Freq Max. Operating Power Specifications CLQ7D23 Application ɿMax. 4.0mH ɿMax. 1MHz ɿ640mW (300kHz), 1.0W (500kHz), 2.0W (1MHz) Inductance Operating Freq Max. Operating Power Specifications CLQ7D27 CLQ7D37 Application ɿMax. 5.2mH ɿMax. 1MHz ɿ1.0W (300kHz), 1.8W (500kHz), 3.0W (1MHz) Inductance Operating Freq Max. Operating Power Specifications *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ DC-DC Converter Transformers < SMD type & Multiple Output Transformers > Max. 7.0 Max. 3.0 3-1.27 0.4 6.1 Max. 7.9 6.7 0.8 Max. 4.5Max. 7.8 3-1.27 0.6 Max. 7.8 3-1.27 7.3 8.3 5.7 8.3 5.7 0.75 Max. 2.5 3-1.27 0.4 6.0 Max. 8.0 7.7 Max. 9.8 Max. 3.0 3-1.27 0.4 6.0 Max. 8.0 7.7 Max. 9.8 0.4 3-1.27 6.0 Max. 9.8 Max. 4.0 Max. 8.0 7.7 5.5 1.4 (6.9) 1.271.271.27 0.7 Solder Resist 5.5 2.5 7.9 1.271.271.27 0.7 Solder Resist 5.5 2.5 7.9 1.271.271.27 0.7 Solder Resist 5.5 2.5 (7.9) 1.271.271.27 0.7 Solder Resist DC-DC Converter Transformers < SMD type & Multiple Output Transformers > DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION

Digital video camera 1. Multiple Output 2. Power choke 1. Multiple Output 2. Power choke 1. Multiple Output 2. Power choke 1. Multiple Output 2. Power choke ɿMax. 8.2mH ɿMax. 500kHz ɿ600mW (100kHz), 1.4W (300kHz), 2.2W (500kHz) Inductance Operating Freq Max. Operating Power Specifications Application ɿMax. 4.3mH ɿMax. 500kHz ɿ650mW (100kHz), 1.5W (300kHz), 2.2W (500kHz) Inductance Operating Freq Max. Operating Power Specifications CLS-10 Application ɿMax. 500µH ɿMax. 1MHz ɿ4.0W (300kHz) Inductance Operating Freq Max. Operating Power Specifications CLS10D45 Application ɿMax. 22mH ɿMax. 500kHz ɿ1.2W (100kHz), 2.9W (300kHz), 4.3W (500kHz) Inductance Operating Freq Max. Operating Power Specifications CLS-12 Application ɿMax. 500kHz ɿ1.1W (100kHz), 2.5W (300kHz), 3.7W (500kHz) Operating Freq Max. Operating Power Specifications CLS126 *OPSEFSUPQSFWFOUTIPSUDJSDVJUJOH BTPMEFSSFTJTUJTSFDPNNFOEFE ͷҝɺιϧμϨδετਪ঑ DC-DC Converter Transformers < SMD type & Multiple Output Transformers > 8.0 Max. 5.2 10.8 (9.9) Max. 10.9 8.0Max. 3.0 0.5 3-1.7 10.7 Max. 11.9 0.53-2.0 9.2 4-2.0 0.6 Max. 11.3 Max. 5.09.6 Max. 11.3 Max. 11.3 0.5 9.6 10.02.0 8.0 2.0 10.0 2.02.02.02.0 1.0 2.0 1.0 4-2.5 0.6 Max. 14.5 12.2Max. 6.012.0 Max. 13.9 12.0 13.1 2.0 1.5 2.5 2.52.52.5 13.1 2.0 1.5 2.5 2.52.52.5 0.6 4-2.5 Max. 13.7 12.0 12.0 Max. 7.5 Max. 14.5 12.2 DC-DC Converter Transformers < SMD type & Multiple Output Transformers > Solder Resist 1.2 2.5 12.0 9.0 6.0 2.0 6.8 7.0 DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION

Bias Osc. 2. Power choke 3. Hybrid-IC inductor 1. Portable equipment 2. Pulse transformer (ISDN) ɿMax. 500kHz ɿ300mW (100kHz), 910mW (300kHz), 1.5W (500kHz) Operating Freq Max. Operating Power Specifications Application 1. Portable equipment 2. Pulse transformer 1. Portable equipment 2. Pulse transformer 1. Portable equipment ɿMax. 300mH ɿMax. 500kHz ɿ700mW (100kHz), 1.6W (300kHz), 2.4W (500kHz) Inductance Operating Freq Max. Operating Power Specifications CEE-78 CEE-98 Application ɿMax. 40mH ɿMax. 500kHz ɿ400mW (100kHz), 900mW (300kHz), 1.8W (500kHz) Inductance Operating Freq Max. Operating Power Specifications CEE93 CEE94 Application ɿMax. 300mH ɿMax. 500kHz ɿ870mW (100kHz), 2.0W (300kHz), 3.0W (500kHz) Inductance Operating Freq Max. Operating Power Specifications Application ɿMax. 1.1H ɿMax. 500kHz ɿ1.1W (100kHz), 2.8W (300kHz), 4.2W (500kHz) Inductance Operating Freq Max. Operating Power Specifications DC-DC Converter Transformers < SMD type & Multiple Output Transformers > 6.0 Max. 8.7 7.0 0.5 6.2 1.5 2.02.0 1.0 6.6 Max. 9.5 7.6Max. 6.2 Max. 8.0 7.0 3-1.75 0.5 2.0 2.0 10.0 2.0 2.0 2.0 2.0 2.0 10.0 2.0 2.0 2.0 2.0 2.0 10.0 2.0 2.0 2.0 Max. 3.9 3-2.0 0.6 Max. 10.0 8.0 Max. 11.3 9.28.2 1.75 1.75 8.3 1.75 1.2 1.8 Max. 4.58.2 Max. 11.3 9.2 Max. 10.0 8.0 0.6 3-2.03-2.0 Max. 6.0 Max. 10.0 8.0 0.6 8.2 Max. 11.3 9.2 DC-DC Converter Transformers < SMD type & Multiple Output Transformers > DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION

DC-DC Converter Transformers < SMD type & Multiple Output Transformers > CEER115 Application 1. Portable equipment 2. Drive for fluorescent display tube 1. Drive for fluorescent display tube 1. Portable equipment ɿMax. 500kHz ɿ6.0W (500kHz) Operating Freq Max. Operating Power Specifications Application ɿMax. 2.0H ɿMax. 500kHz ɿ1.2W (100kHz), 3.8W (300kHz), 6.3W (500kHz) Inductance Operating Freq Max. Operating Power Specifications CEI-120 Application ɿMax. 125mH ɿMax. 500kHz ɿ2.5W (100kHz), 6.0W (300kHz), 8.8W (500kHz) Inductance Operating Freq Max. Operating Power Specifications CEE156 CEE158 1. LCD TV 2. Note PC 3. Portable equipment Application ɿMax. 500kHz ɿ2.6W (100kHz), 6.2W (300kHz), 9.3W (500kHz) Operating Freq Max. Operating Power Specifications PROVISIONAL CEEH96 Application 1. Portable equipment 2. IP Phone ɿMax. 50mH ɿMax. 1MHz ɿ3.0W (300kHz) Inductance Operating Freq Max. Operating Power Specifications About CEER115 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. DC-DC Converter Transformers < SMD type & Multiple Output Transformers > Max. 12.0 0.70 11.0 Max.13.5 8-2.0 Max. 6.5 12.9 9.5 1.7 1.1 1.1 12.2 4-2.0 Max. 14.5 0.6 Max. 6.0 Max. 13.0 9.6 11.0 13.1 2.0 2.0 1.0 8.0 Max. 7.5 4-2.5 Max. 16.5 0.5 14.5 Max. 17.0 12.0 2.52.52.52.5 18.0 12.5 0.9 2.52.52.52.5 18.0 12.5 0.9 Max. 9.0 Max. 15.0 0.5 4-2.5 14.5 Max. 17.0 12.8 2.54 1.2 10.8 1.9 8-0.6 6-2.54 Max. 8.7 Max. 9.8 5.5 Max. 6.9 10.5 12.2 DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION ͤԼ͍͞ɻ

Portable equipment 2. IP Phone Application 1. Portable equipment 1. Portable equipment ɿMax. 500kHz ɿ9.0W (500kHz) Operating Freq Max. Operating Power Specifications CEEH1305 Application ɿMax. 550mH ɿMax. 500kHz ɿ7.0W (100kHz) ɿMax. 1.35mH ɿMax. 500kHz ɿ1.0W (100kHz), 2.7W (300kHz), 3.6W (500kHz) Inductance Operating Freq Max. Operating Power Specifications CEFD1608 Application Inductance Operating Freq Max. Operating Power Specifications CEPC105/MS PROVISIONAL PROVISIONAL PROVISIONAL About CEPC105/MS, CEE116, CEP79B This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. 1. Portable equipment 2. IP Phone ɿMax. 22mH ɿMax. 500kHz ɿ2.0W (100kHz), 4.0W (300kHz), 6.2W (500kHz) Application Inductance Operating Freq Max. Operating Power Specifications CEE116 1. Portable equipment 2. IP Phone ɿ500µH ɿMax. 500kHz ɿ3.0W (500kHz) Application Inductance Operating Freq Max. Operating Power Specifications CEP79B DC-DC Converter Transformers < SMD type & Multiple Output Transformers > DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION Max. 13.2 Max. 14.3 Max. 5.3 Max. 16.9 0.64 10-0.6 8-2010-0.3 2.0 17.2 0.8 Max. 22.8 Max. 19.5 16.0 17.6 2.5 1.2 3.75 10.5 Max. 6.3 12.2 Max. 10.0 Max. 11.5 0.5 6-2.54 1.9 11.0 2.54 1.2 6-2.5 0.6 Max. 11.6 2.6 9.0 2.54 1.0 Max. 13.3 80.6 1.27 9.14 13.72 7.5 2.5 DC-DC Converter Transformers < SMD type & Multiple Output Transformers > ͤԼ͍͞ɻ

DC-DC Converter Transformers < SMD type & Multiple Output Transformers > 1. Telecommunication (PoE) CEEH157B Application ɿMax. 500kHz ɿ18.0W (500kHz) Operating Freq Max. Operating Power Specifications PROVISIONAL About CEEH157B This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. CEEH157 Application ɿMax. 500kHz ɿ2.5W (100kHz), 7.6W (300kHz) Operating Freq Max. Operating Power Specifications 1. Portable equipment 1. Telecommunication (PoE) 1. Switching regulator 2. High frequency DC-DC converter transformer ɿMax. 1mH ɿ500kHz ɿ12W (500kHz) Inductance Operating Freq Max. Operating Power Application Specifications CEP1311D Application ɿMax. 100µH ɿMax. 500kHz ɿ44W (300kHz) Inductance Operating Freq Max. Operating Power Specifications CEER209 Application ɿMax. 700mH ɿMax. 500kHz ɿ4.0W (100kHz), 10.0W (300kHz), 14.0W (500kHz) Inductance Operating Freq Max. Operating Power Specifications CEPH1710 1. Portable equipment DC-DC Converter Transformers < SMD type & Multiple Output Transformers > Max. 17.5 Max. 8.4 Max. 22.3 0.7 10-2.5 17.0 0.9 2.5 22.9 17.5 1.2 2.52.52.52.5 23.0 17.315.1 15.1 0.8 4-2.5 Max. 16.1 Max. 13.5 Max. 20.0 Max.12.5 10.0 10-0.7 x 0.4 1.3 10.0 2.54 8-2.5 16.5 MAX. 20.7 MAX. 22.4 MAX. 9.7 0.5 4.04.04.0 2.0 19.5 24.5 4.04.04.0 2.8 25.7 18.3 Max. 24.0 20.6 0.7 17.1 Max. 10.8 17.6 Max. 18.6 3-5.0 4-3.5 18.6 25.0 3.53.53.53.5 5.05.05.0 1.1 DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION ͤԼ͍͞ɻ

48 DC-DC Converter Transformers < SMD type & Multiple Output Transformers >

Telecommunication (PoE) 1. Telecommunication (PoE) ɿMax. 130mH ɿMax. 500kHz ɿ3.2W (100kHz), 7.5W (300kHz), 11.0W (500kHz) Inductance Operating Freq Max. Operating Power Application 1. Portable equipment 2. Automotive 1. Portable equipment Specifications CEPH199 CEPH205 Application ɿMax. 3.0H ɿMax. 500kHz ɿ800mW (100kHz), 2.5W (300kHz), 4.2W (500kHz) Inductance Operating Freq Max. Operating Power Specifications Application ɿMax. 500kHz ɿ30.0W (500kHz) Operating Freq Max. Operating Power Specifications CEFD2513 CEFD2010B Application ɿMax. 500kHz ɿ43.0W (500kHz) Operating Freq Max. Operating Power Specifications PROVISIONAL PROVISIONAL About CEPH1910, CEFD2010B, CEFD2513 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. Application 1. Telecommunication (PoE) ɿMax. 500kHz ɿ5.4W (100kHz), 14.5W (300kHz), 22.0W (500kHz) Operating Freq Max. Operating Power Specifications CEPH1910 PROVISIONAL DC-DC Converter Transformers < SMD type & Multiple Output Transformers > Max. 10.2 Max. 25.9 18.0 22.0Max. 29.9 26.6 14.0 23.0 1.0 4-3.5 24.0 Max. 5.8 17.4 7.5 5-2.5 Max. 22.0 20.0 Max. 21.0 20.0 21.0 0.8 Max.26.5 Max.32.0 20.0 29.0 34.5 20.0 5.0 10-1.9 Max. 26.2 Max. 22.0 10-1.0 8-3.76Max. 11.0 15.04 10-2.0 3.76 21.5 27.0 22.0 14.0 18.0 25.6 31.0 1.5 1.0 22.0 27.0 13.0±0.1 15.0 2.5 1.2 7.5 18.0 23.5 2.52.5 2.52.52.52.5 0.8 3.5 5.2 Max. 21.0 20.0 2.0 5.0 3.5 27.0 DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION ͤԼ͍͞ɻ DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ CONSTRUCTION

DC-DC Converter Transformers < SMD type & Multiple Output Transformers > CEFD2513B Application Specifications 1. Telecommunication (PoE) ɿMax. 500kHz ɿ43.0W (500kHz) Operating Freq Max. Operating Power Maximum power of DC-DC converter transformers in this catalog works out the method below. Flyback method Maximum power is different depending on conditions. Vin Vout Efficiency : +12V : +12V : 75% RL PWM ग़ͨ͠΋ͷͰ͢ɻ ೖྗిѹ ग़ྗిѹ ʹΑΓҟͳΓ·͢ɻ DC-DC Converter Transformers < SMD type & Multiple Output Transformers > Max. 26.5 Max. 32.5 Max. 14.0 10-3.75 1.0 3.75 2.85 2.50 21.5 33.5 DIMENSIONS (mm) LAND PATTERNS (mm) CONSTRUCTION

Portable equipment ɿMax. 500µH ɿ360mW (100kHz), 1.1W (300kHz), 1.8W (500kHz) Operating Freq Max. Operating Power Specifications DC-DC Converter Transformers PIN type & Multiple Output Transformers OUTLINE PIN type & multiple output Transformers Application 1. Security camera 2. Drive for fluorescent display tube 1. Drive for fluorescent display tube 2. Portable equipment ɿMax. 500kHz ɿ960mW (100kHz), 2.2W (300kHz), 3.4W (500kHz) Operating Freq Max. Operating Power ɿMax. 500kHz ɿ420mW (100kHz), 1.2W (300kHz), 2.1W (500kHz) Operating Freq Max. Operating Power Specifications Application 1. Drive for fluorescent display tube Specifications MC-100C MC-100U ɿMax. 500kHz ɿ300mW (100kHz), 1.0W (300kHz), 1.7W (500kHz) Operating Freq Max. Operating Power Application Specifications(LC-12) ɿMax. 500kHz ɿ540mW (100kHz), 1.6W (300kHz), 2.6W (500kHz) Operating Freq Max. Operating Power Specifications(LC-12U) LC-12˞LC-12U DC-DC Converter Transformers < PIN type & Multiple Output Transformers > Max. 5.0 36˚ Ø 8.0 Ø 0.5 2.0Max. Ø11.0 36˚Max. Ø11.0 Ø 0.5 3.0Max. 7.3 Ø 8.0 36˚ Ø 8.0 Ø 0.5 Ø10.0 36˚ Ø0.5 2.5 H H:Max. 5.5mm H:Max. 4.5mmMax. Ø13.0 DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION DC-DC Converter Transformers < PIN type & Multiple Output Transformers > ཁ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ϐϯλΠϓଟग़ྗτϥϯεɻ

Portable equipment ɿMax. 500kHz ɿ1.5W (100kHz), 3.6W (300kHz), 5.0W (500kHz) Operating Freq Max. Operating Power Specifications LC-14 Application 1. Drive for fluorescent display tube 2. Portable equipment ɿMax. 300kHz ɿ1.3W (100kHz), 3.8W (300kHz) Operating Freq Max. Operating Power Specifications EE808 Application 1. Switching regulator 2. Transfomer for heat regulator 3. Portable equipment ɿMax. 300kHz ɿ2.5W (300kHz) Operating Freq Max. Operating Power Specifications LC-15 Application 1. Drive for fluorescent display tube 2. Portable equipment ɿMax. 300kHz ɿ2.7W (100kHz), 6.5W (300kHz) Operating Freq Max. Operating Power Specifications DC-DC Converter Transformers < PIN type & Multiple Output Transformers > 36˚ Ø8.0 Max. Ø15.0 Ø0.5 3.5 Max. 10.0 Ø10.0 36˚ Ø0.5 36˚ Ø8.0 Max. Ø14.5 Ø0.5 3.5 Max. 6.6 DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION EE1011PS Application 1. Camera ɿMax. 500kHz ɿ2.5W (100kHz), 6.0W (300kHz), 8.9W (500kHz) Operating Freq Max. Operating Power Specifications 8.02.9 2.52.52.5 Max. 12.5 Max. 10.8 Max. 10.8 Ø0.5 DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION NEW Max.9.5 Max. 8.7 Max.9.0 3.5 Ø0.5 6.0 2.5 DC-DC Converter Transformers < PIN type & Multiple Output Transformers > ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ

ɿMax. 6.5mH ɿMax. 300kHz ɿ2.5W (100kHz), 7.6W (300kHz) Inductance Operating Freq Max. Operating Power ɿMax. 300kHz ɿ2.0W (100kHz), 6.1W (300kHz) Operating Freq Max. Operating Power Application 1. Drive for fluorescent display tube Specifications EER-137 ɿMax. 300kHz ɿ3.1W (100kHz), 9.2W (300kHz) Operating Freq Max. Operating Power Application 1. Portable equipment 2. Switching regulator Specifications EE-13 Application 1. AC adapter for cellular phone Specifications EEH157 DC-DC Converter Transformers < PIN type & Multiple Output Transformers > 10.0 2.52.5 2.52.5 7.3 ø0.5 Max. 11.5Max. 13.0 4-2.5 8.5 ø0.6 5-2.5 12.5 ø0.6 3.2Max. 8.8 Max. 15.6 Max. 15.8 DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION EER1512 Application 1. DC-DC converter for automotives ɿMax. 300kHz ɿ17W (150kHz) Operating Freq Max. Operating Power Specifications Max. 13.9 ø0.6 3.7 7.4 12.2 1.11.3 3.5 11.1 DIMENSIONS (mm) CONSTRUCTION EEH116 Application 1. AC adapter for cellular phone ɿMax. 5.4mH ɿMax. 500kHz ɿ2.5W (100kHz), 5.8W (300kHz), 8.6W (500kHz) Inductance Operating Freq Max. Operating Power Specifications 10.0 4-2.5 9.0 10.62.8Max. 6.9 ø0.5 Max. 12.6 Max. 12.6 DIMENSIONS (mm) CONSTRUCTION DC-DC Converter Transformers < PIN type & Multiple Output Transformers > ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ

Switching regulator 2. Portable equipment 1. Switching regulator 2. Portable equipment SEE-16 Application ɿMax. 300kHz ɿ4.0W (100kHz), 12.0W (300kHz) Operating Freq Max. Operating Power Specifications EI-191 Application ɿMax. 300kHz ɿ8.7W (100kHz), 20.0W (300kHz) Operating Freq Max. Operating Power Specifications DC-DC Converter Transformers < PIN type & Multiple Output Transformers > 11.0 4-3.3 ø0.6 4.0Max. 16.0 Max. 15.0 Max. 17.0 3.5 6.0 5.0 4.04.0 4.0 4.0 4.0 Max. 18.0 Max. 21.0 Max. 15.5 DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION Application 1. AC/DC adapter ɿMax. 500kHz ɿ10.0W (500kHz) Operating Freq Max. Operating Power Specifications EEH1713 PROVISIONAL 3.25 Min 0.4 Min 0.4 Min 3.9 0.8 15.5 ±0.3 Max. 20.5 DIMENSIONS (mm) CONSTRUCTION About EEH1713 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. EI-16 Application 1. Switching regulator 2. Portable equipment ɿMax. 300kHz ɿ6.0W (100kHz), 14.0W (300kHz) Operating Freq Max. Operating Power Specifications Max. 14.0 Max. 17.0 5.0 5.5 ø0.6 3.5 3.53.5 3.5 3.5 4.5Max. 16.5 DIMENSIONS (mm) CONSTRUCTION EE1616B Application 1. Switching regulator 2. Transformer for heat regulator 3. AC/DC adapter ɿMax. 300kHz ɿ12.0W (300kHz) Operating Freq Max. Operating Power Specifications DIMENSIONS (mm) CONSTRUCTION NEW Max.18.0 ø0.6 11.0 3.3 DC-DC Converter Transformers < PIN type & Multiple Output Transformers > ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ

ɿMax. 500kHz ɿ36.0W (300kHz) Operating Freq Max. Operating Power ɿMax. 500kHz ɿ60.0W (300kHz) Operating Freq Max. Operating Power Application Specifications Application Specifications EF2017B EF2520 1. Switching regulator 2. Portable equipment 1. Switching regulator 2. Portable equipment DC-DC Converter Transformers < PIN type & Multiple Output Transformers > DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION EF2017 Application ɿMax. 500kHz ɿ3.3W (100kHz),10.0W (300kHz), 16.5W (500kHz) Operating Freq Max. Operating Power Specifications 1. Switching regulator 2. Portable equipment DIMENSIONS (mm) CONSTRUCTION Max. 22.3 4-3.81 ø0.80 1. Switching regulator 2. Portable equipment EI-20H Application ɿMax. 300kHz ɿ4.8W (100kHz), 11.0W (300kHz) Operating Freq Max. Operating Power Specifications 17.5 Max. 22.0 6-2.5 ø0.6 Max. 18.8 ø0.6 13.0 DIMENSIONS (mm) CONSTRUCTION 1. Switching regulator 2. Portable equipment EEH1913 Application ɿMax. 500kHz ɿ8.0W (100kHz), 14.0W (300kHz), 18.0W(500kHz) Operating Freq Max. Operating Power Specifications DIMENSIONS (mm) CONSTRUCTION DC-DC Converter Transformers < PIN type & Multiple Output Transformers > Max. 27.0 Max. 21.5 20.0 Max. 28.0 Max. 25.0 5.0 Ø0.8 Ø0.7 3.5 6-5.0 ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ

Switching regulator 2. Portable equipment 1. Switching regulator ɿMax. 300kHz ɿ16.0W (100kHz), 38.0W (300kHz) Operating Freq Max. Operating Power Specifications EI-28 Application ɿMax. 300kHz ɿ22.0W (100kHz), 51.0W (300kHz) Operating Freq Max. Operating Power Specifications DC-DC Converter Transformers < PIN type & Multiple Output Transformers > DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION EI-22 Application ɿMax. 300kHz ɿ7.8W (100kHz), 18.0W (300kHz) Operating Freq Max. Operating Power Specifications 1. Switching regulator 2. Portable equipment DIMENSIONS (mm) CONSTRUCTION ੇ๏ਤ Max. 21.0Max. 21.0 Max. 28.0 15.5 5-4.5 4-5.5 ø0.8 3.0 Max. 25.0 7.5Max. 23.0 17.5 4-5.0Max. 29.5 ø0.8 12.0 ø0.8 Max. 17.5 ɿMax. 500kHz ɿ4.0W (100kHz), 10.0W (300kHz), 14.0W (500kHz) Operating Freq Max. Operating Power Application 1. AC/DC adapter (charger) Specifications EEH2017 ɿ500kHz ɿ18.0W (300kHz) Operating Freq Max. Operating Power Application 1. Telecommunication Specifications RM5 PROVISIONAL About RM5 DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION 4 - 3.81 Max. 23.0 ø1.0 Max. 16.5 Max. 11.0 Max. 17.0 14.4 14.4 3.5 3.6 1.8 6-ø0.5 10.8 DC-DC Converter Transformers < PIN type & Multiple Output Transformers > ੇ๏ਤ ੇ๏ਤ This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. ͤԼ͍͞ɻ ੇ๏ਤ ੇ๏ਤ

DC-DC Converter Transformers < PIN type & Multiple Output Transformers > EIR2818 Application 1. Switching regulator ɿMax. 500kHz ɿ12.0W (100kHz), 28.0W (300kHz), 43.0W (500kHz) Operating Freq Max. Operating Power Specifications Max. 29.0 Max. 30.0 ø0.8 Max. 20.0 3.5 17.5 5.0 DIMENSIONS (mm) CONSTRUCTION 1. Switching regulator 1. Switching regulator EI2820 Application ɿMax. 300kHz ɿ22.0W (100kHz), 51.0W (300kHz) Operating Freq Max. Operating Power Specifications EI2520 Application ɿMax. 300kHz ɿ15.0W (100kHz) Operating Freq Max. Operating Power Specifications DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION Max. 19.5 Max. 26.5 Max. 21.5 3.5 ø0.8 5.05.05.0 12.5 Max.30.0 3.5 Max.21.5 Max. 26.0 ø0.8 17.5 4-5.0 DC-DC Converter Transformers < PIN type & Multiple Output Transformers > ɿMax. 500kHz ɿ54.0W (500kHz) Operating Freq Max. Operating Power Application Specifications EFD3012 ɿMax. 500kHz ɿ11.0W (100kHz), 27.0W (300kHz), 40.0W (500kHz) Operating Freq Max. Operating Power Application 1. Switching regulator Specifications ERH2826 1. Telecommunication Max. 32.0 Max. 35.0 Max. 13.0 10-5.0 27.5 4.0 ø0.7 30.0 5-5.0 ø0.8 5.0Max. 26.0 Max. 38.0 Max. 31.0 DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ

ɿMax. 100kHz ɿ38.0W (100kHz) Operating Freq Max. Operating Power Specifications 1. Switching regulator DC-DC Converter Transformers < PIN type & Multiple Output Transformers > 20.0 4-5.0 ø1.0 Max. 26.5 ɿMax. 300kHz ɿ29.0W (100kHz), 67.0W (300kHz) Operating Freq Max. Operating Power Application 1. Switching regulator Specifications EI-30 20.0 4-5.0 ø0.8 Max. 27.0 DIMENSIONS (mm) CONSTRUCTION ɿMax. 32mH ɿMax. 300kHz ɿ60W (100kHz), 96W (300kHz) Inductance Operating Freq Max. Operating Power Application Specifications ERH3526 1. Switching regulatorPROVISIONAL About ERH3526 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. 4.0 Max. 36.0 ø0.8 5.0 DIMENSIONS (mm) CONSTRUCTION ͤԼ͍͞ɻ DC-DC Converter Transformers < PIN type & Multiple Output Transformers > ER3023 Application 1. Switching regulator 2. Gate bias isolation for automotive 1. Switching regulator 2. Gate bias isolation for FA ɿMax. 500kHz ɿ20W (500kHz) Operating Freq Max. Operating Power Specifications ER3925 Application ɿMax. 500kHz ɿ40.0W (500kHz) Operating Freq Max. Operating Power Specifications ø0.6 3.5 12-2.54 17.5Max. 26.0 Max. 35.0 Max. 31.0 Max. 25.0 Max. 26.0 23.5 13-2.5 3.5 Max. 30.0 Max. 41.0 ø0.6 DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION ੇ๏ਤ ੇ๏ਤ DIMENSIONS (mm) ੇ๏ਤ CONSTRUCTION ੇ๏ਤ ੇ๏ਤ

Switching regulator 2. PFC choke ɿMax. 500kHz ɿ117W (100kHz), 152W (300kHz), 182W (500kHz) Operating Freq Max. Operating Power Specifications DC-DC Converter Transformers < PIN type & Multiple Output Transformers > Max. 30.5 Max. 28.0 Max. 22.0 3.5 Ø0.6 25.4 7.62 2-3. 812-3. 81 DIMENSIONS (mm) CONSTRUCTION 1. Switching regulator 2. Gate bias isolation for FA ER4831 Application ɿMax. 56mH ɿMax. 500kHz ɿ60.0W (500kHz) Inductance Operating Freq Max. Operating Power Specifications 17- 2.5 25.0 36-ø0.6 3.5Max. 33.0 Max. 49.0 Max. 33.0 DIMENSIONS (mm) CONSTRUCTION ੇ๏ਤ 1. Switching regulator 2. Gate bias isolation for FA ER4029 Application ɿMax. 500kHz ɿ50.0W (500kHz) Operating Freq Max. Operating Power Specifications ø0.6 Max. 30.0 22.5 14ʵ2.54 3.5 Max. 41.0 Max. 29.0 DIMENSIONS (mm) CONSTRUCTION DC-DC Converter Transformers < PIN type & Multiple Output Transformers > 1. Switching regulator Application ɿMax. 500kHz ɿ135W (100kHz), 175W (300kHz), 210W (500kHz) Operating Freq Max. Operating Power ɿMax. 500kHz ɿ160W (100kHz), 210W (300kHz), 250W (500kHz) Operating Freq Max. Operating Power Specifications Application Specifications PQ2629 PQ3221 1. Switching regulator 2. PFC choke (with Push-Pull circuit) 2-7.62 30.5 8-5.08 Max.35.0 Max.33.0 ø1.0 Max.22.0 5 Max. 30.0 Max. 28.0 Max. 30.0 4.0 Ø0.8 25.4 2-7. 62 8-3. 81 DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ

DC-DC Converter Transformers < PIN type & Multiple Output Transformers > Max. 29.0 Max. 22.0 ø0.8 CPW Max. 23.0 4.5 15.0 6-4.0 Application Specifications EI1926/EW DIMENSIONS (mm) CONSTRUCTION Application Specifications EEH2220/EW DIMENSIONS (mm) CONSTRUCTION 19.0 Max. 23.6 ø0.8 CPW 5-4.0 4-4.0 12.0 Max. 24.5 Max. 26.0 Max. 20.0 4.5 ø0.8 CPW 15.0 4-5.0 ੇ๏ਤ ੇ๏ਤ 1. Switching regulator ɿ6.5W(100kHz)Max. Operating Power 1. Switching regulator ɿ10.5W(100kHz)Max. Operating Power Application Specifications 1. Switching regulator ɿ13W(100kHz)Max. Operating Power DC-DC Converter Transformers < PIN type & Multiple Output Transformers > EI2824/EW EE2828/EW Application Specifications DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION Max. 30.0 ø0.8 CPW 17.5 5-5.0 7-3.5 Max. 30.0 Max. 28.0 4.5 ø0.8 CPW Max. 25.0 18.0 5-5.0 Application Specifications 1. Switching regulator ɿ27W(100kHz)Max. Operating Power 1. Switching regulator ɿ31W(100kHz)Max. Operating Power ੇ๏ਤ ੇ๏ਤ DIMENSIONS (mm) ੇ๏ਤ CONSTRUCTION

Application Specifications DC-DC Converter Transformers < PIN type & Multiple Output Transformers > DIMENSIONS (mm) CONSTRUCTION Max. 40.0 ø0.8 CPW 7-5.0 EE2836/EW EI3028/EW Application Specifications DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION Max. 30.0 ø0.8 CPW 4-5.5 Max. 28.5 4.5 ø0.8 CPW Max. 31.0 Max. 26.0 20.0 5-5.0 ੇ๏ਤ ੇ๏ਤ ɿ41W(100kHz) 1. Switching regulator ɿ41W(100kHz)Max. Operating Power Application Specifications 1. Switching regulator Max. Operating Power 1. Switching regulator ɿ44W(100kHz) Max. Operating Power DC-DC Converter Transformers < PIN type & Multiple Output Transformers > ੇ๏ਤ Application Application Specifications EE3350/EW EI4036/EW DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION Max. 35.5 ø0.8 CPW 6-5.0 Max. 42.0 ø1.0 CPW 7-5.0 1. Switching regulator 1. Switching regulator ɿ58W(100kHz)Max. Operating Power ੇ๏ਤ ੇ๏ਤ

DC-DC Converter Transformers < PIN type & Multiple Output Transformers > 35.0Max. 57.5 5.0 ø1.0 CPW 6-7.5 Max. 43.0 Max. 56.5 EE4249/EW DIMENSIONS (mm) CONSTRUCTION EE4439/EW DIMENSIONS (mm) CONSTRUCTION Max. 45.6 ø1.0 CPW 8-5.0 27.5Max. 39.5 5.5 ø1.0 CPW Max. 35.5 Max. 45.0 7-5.0 ੇ๏ਤ ੇ๏ਤ Application Specifications Application Specifications 1. Switching regulator ɿ87W(100kHz)Max. Operating Power Application 1. Switching regulator 1. Switching regulator ɿ190W(100kHz) Max. Operating Power DC-DC Converter Transformers < PIN type & Multiple Output Transformers > DIMENSIONS (mm) ੇ๏ਤ CONSTRUCTION EER2535/EW EER2831/EW DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION Max. 23.0 Max. 27.0 Max. 35.0 4.0 ø0.8 CPW 15.0 4-5.0 Max. 25.0 Max. 32.5 ø0.8 CPW Max. 31.3 4.5 17.5 5-5.0 Application Application Specifications Specifications ɿ20W(100kHz) Max. Operating Power1. Switching regulator 1. Switching regulator ɿ32W(100kHz)Max. Operating Power ੇ๏ਤ ੇ๏ਤ

DC-DC Converter Transformers < PIN type & Multiple Output Transformers > DC-DC Converter Transformers < PIN type & Multiple Output Transformers > DIMENSIONS (mm) CONSTRUCTION Max. 30.0 Max. 35.5 Max. 23.0 3.9 ø0.8 CPW 30.0 5-5.0 Specifications ɿ34W(100kHz)Max. Operating Power1. Switching regulator Application Specifications ɿ33W(100kHz)Max. Operating Power1. Switching regulator Application Specifications ɿ36W(100kHz)Max. Operating Power1. Switching regulator EER2837/EW ERH2827/EW DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION Max. 25.0 Max. 32.5 ø0.8 CPW Max. 37.5 4.5 17.5 5-5.0 Max. 31.0 Max. 39.0 Max. 27.0 4.5ø0.8 CPW 30.0 5-5.0 ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ Application Specifications Application Specifications EER3339/EW EER3549/EW DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION Max. 33.0 Max. 35.0 ø1.0 CPW Max. 39.0 25.04.5 6-5.0 Max. 30.0 Max. 40.0 ø1.0 CPW Max. 49.0 4.0 22.5 7-5.0 1. Switching regulator ɿ500W(100kHz)Max. Operating Power Max. Operating Power1. Switching regulator ɿ50W(100kHz) ੇ๏ਤ ੇ๏ਤ

DC-DC Converter Transformers < PIN type & Multiple Output Transformers > Max. 37.5 Max. 47.0 ø1.0 CPW Max. 49.0 4.5 30.0 8-5.0 ɿ100W(100kHz)Max. Operating Power Application Specifications EER4048/EW DIMENSIONS (mm) CONSTRUCTION Application Specifications EER4249/EW DIMENSIONS (mm) CONSTRUCTION Max. 31.0 Max. 42.0 ø1.0 CPW Max. 48.0 4.5 25.0 6-5.0 ø1.0 CPW Max. 47.5 25.0 8-5.0 ɿ70W(100kHz) Max. Operating Power1. Switching regulator 1. Switching regulator Application 1. Switching regulator ɿ85W(100kHz)Max. Operating Power DC-DC Converter Transformers < PIN type & Multiple Output Transformers > DIMENSIONS (mm) ੇ๏ਤ CONSTRUCTION ੇ๏ਤ ੇ๏ਤ ERH4941/EW Application Specifications ER4959/EW Specifications DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION Max. 54.0 Max. 53.0 Max. 41.0 5.0ø1.0 CPW 42.0 9-5.0 28.0 8-5.0 Max. 59.0 4.0 ø1.0 CPW Max. 37.5 Max. 52.0 1. Switching regulator ɿ120W(100kHz)Max. Operating Power ɿ130W(100kHz)Max. Operating Power Application 1. Switching regulator ੇ๏ਤ ੇ๏ਤ

DC-DC Converter Transformers < PIN type & Multiple Output Transformers > DIMENSIONS (mm) CONSTRUCTION Max. 35.0 Max. 33.0 Max. 21.2 3.5 ø1.0 CPW 30.48 5.08 5.08 5.085.08 5.08 7.62 10.165.08 1. Switching regulator ER5454/EW Application Specifications EIR9060/EW Application Specifications DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION 59.0 64.0 6.5 Max. 75.5 4.5 Max. 93.0 Max. 60.0 Max. 41.2 Max. 56.0 Max. 54.5 Min. 4.0 ø1.0 CPW 33.0 10-5.0 1. Switching regulator ɿ150W(100kHz)Max. Operating Power 1. Switching regulator ɿ390W(100kHz)Max. Operating Power ੇ๏ਤ ੇ๏ਤ DC-DC Converter Transformers < PIN type & Multiple Output Transformers > ੇ๏ਤ Application Specifications PQ5052/EW EPCH1912/EW DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION 6.0Max. 58.0 ø1.2 CPW Max. 54.5 Max. 52.5 45.72 7.62 7.62 7.62 7.62 12.7 Max. 21.0 0.49 5-2.5 16.25 4-3. 75 ɿ6.5W(100kHz)Max. Operating Power 1. Switching regulator Application 1. Switching regulator ੇ๏ਤ ੇ๏ਤ

DC-DC Converter Transformers < PIN type & Multiple Output Transformers > Specifications EPCH2513/EW DIMENSIONS (mm) CONSTRUCTION Specifications EPCH2716/EW DIMENSIONS (mm) CONSTRUCTION 27.0 ø0.8 CPW 22.5 Max. 34.5 Max. 28.5 ø0.8 CPW Max. 16.0 4.5 27.5 5-3. 75 4-5.0 ɿ15W(100kHz)Max. Operating Power ɿ26W(100kHz)Max. Operating Power Application 1. Switching regulator Application 1. Switching regulator DC-DC Converter Transformers < PIN type & Multiple Output Transformers > ੇ๏ਤ ੇ๏ਤ

DC-DC Converter Transformers < Leakage transformers for power supply > Application DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION Max. 21.0 3.5 ø1.0 CPW Max. 53.0 Max.53.0 39.6 7-6.0 Max. 34.0 Max. 3.5 ø1.0 CPW Max. 31.0 (Case) Max. 34.0 (Core) Max. 37.0 2-5.0 2-7.5 5-5.0 27.5 1. Switching regulator 1. Switching regulator ERH4239/EW Application Max. 48.5 35_0 5.0 7.57.52-5.0 2-5.0 8-5.0 ø1.0 CPW 1. Switching regulator DIMENSIONS (mm) CONSTRUCTION EEH2520/EW Application EEH2830/EW DIMENSIONS (mm) CONSTRUCTION DIMENSIONS (mm) CONSTRUCTION Max. 26.5 19.0 Max. 27.0 Max. 20.0 4.0 6.02-4.0 4.0 ø0.8 CPW 2-4.02-4.0 6.0 Max. 30.0 4.3 ø0.8 CPW Max. 32.0 22.5 2-7.5 5-5.0 2-5.0 Max. 31.0 1. Switching regulator Application 1. Switching regulator Specifications Operating Power Specifications Operating Power Specifications Operating Power Specifications Operating Power Specifications Operating Power DC-DC Converter Transformers < Leakage transformers for power supply> ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ੇ๏ਤ ɿ100W(80kHz) ɿ75W(80kHz) ɿ100W(80kHz) ɿ150W(80kHz) ɿ150W(80kHz) DC-DC Converter Transformers Leakage transformers for power supply

Reactor for harmonic current of input line Reactor for harmonic current of input line IBH series Specifications Parts No. DIMENSIOS(Reference Value)/mm Example of Electrical Characteristic L(mH) I(Adc) ઀ଓ IBH 707645 70 IBH 707055 70 IBH 708370 70 IBH 8513260 85 IBH 8513270 85 132 158 153 180 4.3 3.5 0.85 2.8 0.7 3.7 2.3 4.6 ᶗ ᶘ ᶗ ᶘ ᶗ ᶘ ᶗ ᶘ ᶗ ᶘ ᶗ ᶘ 4.5ʷ9 4.5ʷ9 4.5ʷ9 4.5ʷ9 5ʷ10 6ʷ12 П4.5 П4.5 П4.5 П4.5 AB CD E F G OUTLINE To electric voltage is AC100V~AC480Vrms 50/60Hz. For harmonic current of input line. DIMENSIONS (mm) CONNECTION Schematics Reactor for harmonic current of input line 1. Variety of sized products can be designed by core combinations ɹfor each specifications. 2. Products have simple structures and imexpencive prices. 3. Products can be downsized to promote heat loss of winding ɹthat are produced heat efficiently. 4. Products can be produced to the temperature class H(180°C). 5. Products can be mounted different ways as the dimensions(examples). ɹPlease ask us on your requests. Ͱ͖·͢ɻ Ͱ͢ɻ Խ͞Ε·͢ɻ ̝छʢˆʣ·ͰରԠՄೳͰ͢ɻ ૬ஊԼ͍͞ɻ A C FE 1 2 3 4 4 3 1 2 D B G ᶗʢ4USBJHIU௚ྻʣ ᶘʢ1BSBMMFMฒྻʣ ཁ ༻ϦΞΫ τϧ ੇ๏ਤ ઀ଓਤ ઢਤ ஋ʣNN The demensions which above figure shows are rough standards. These dementions might be changed due to electrical characteristics and others. ͕͋Γ·͢ɻ

INVERTER < Notes on FL inverter transformer use > Notes on FL inverter transformer use Since FL Inverters transformers uses ultra thin wire in a small form factor and given the conditions that the FL inverters will be exposed to Hi Voltage and High Frequency conditions. It is important to adhere to all of guidelines and recommendations that ar e given in the following statements. 1. Terminal Polarity Connectivity Please ensure that the correct polarity is applied to the Hi-Voltage (Secondary) and Low Voltage (GND) terminals. If floating o r reverse polarity is applied to either Hi-Voltage or Low Voltage, the result will be degradation in the isolation and in the worst case it could cause a short. Every FL Inverter type has its own specification for maximum operating voltage. It's important that the output voltage doesn't exceed the specification. Operating beyond the specified voltage will result in poor isolation, self-generation of heat will increase, thus breaking the isolation. Please be aware when selecting a transformer on voltage output performance, that extreme environmental condition s will affect the transformer output voltage. An inverter transformer, switching transistor, and CCFL all generate some level of self-generation of heat. Please prevent the transformer from going over the limits of operating temperature. We also recommend the use of placing heat sinks near any parts that dissipate high level of heat. 1) Capacitor for Primary resonance Due to Hi-frequency and resonance current, we recommend using the metalized polypropylene for high frequency (P . P), and a P .P . S film capacitor. 2) Secondary Ballast Capacitor High Voltage rating for capacitor should be used; especially since the ballast capacitor will have a high voltage and current l evel. Also, recommend using a capacitor with the characteristic that are specified with high Q, low temperature coefficient (ie: SL Classif ication) or better. 1) We recommend punching a hole in the PCB between the Hi-Voltage termination. This will increase the distance between the Hi- Voltage and GND (termination).This w ill improve ensure safety distance between the Hi-Voltage and GND. 2) Please avoid mounting transformer on the edge of PCB. Ensure that there is at least 2mm distance from Transformer to other components. This will help to prevent any type of leak current. Also, the top of transformer has a very high voltage potential. 3) When using multi-layer PCB's, please avoid placing a ground plane directly behind the Hi-Voltage side of the transformer. 4) When running traces from the transformer to connectors or from connector to CCFL, please use the shortest distance between these points. Keeping the traces shorter will reduce the stray capacitance (pF). The stray capacitance can contribute towards l ower output voltage. 5) When running traces from the transformer, please avoid laying out traces in an angle direction. If the traces are running in an angle direction there is a possibility of causing leak current or corona electric discharge. 6) We recommend that resisting be used between the Hi-Voltage side. 7) Recommendations for Breaking Away FL Inverter boards from Panel 2. Output voltage (the maximum opening voltage) 3. Operating temperature 4. Use circuit parts 5. Printed circuit board If using a Pulse to control the brightness, please be aware that a pulse signal can generate an audible noise. We recommend usi ng current or voltage signal for controlling the brightness. Since the FL inverter transformer is operating in the Hi-Voltage and Hi- frequency, we recommend incorporating a fuse on the in put side or using a thermal fuse. Please consider this recommendation due to the fact that if there was ever a short circuit there could be a potential of part igniting. 1) Please ensure to follow the specifications for terminal stress. 2) Please avoid bending the terminals. 3) When mounting onto printed circuit board, it's recommended to handle one piece at one time when taking out from the packaging. 4) Please avoid applying shock on top of the FL transformer and prevent any others part from coming into contact with the transformer. 5) After mounting part onto P .C.B. please avoid any parts from coming into contact with the transformer. 6) Please avoid using the product if a large level of shock is to be applied to the part. Please review our specifications for shock. 7) Please avoid cutting any part of the coil terminal. 8) Our packing boxes have indications as to which side of the box should face up. Please adhere to these markings on our packaging. 9) During transportation, each must withstand 20kg or less, and sufficient packing is recommended to protect the parts. 10) During transportation, please avoid placing packaging in a horizontal position. We have taken many precautions to ensure the reliability of our FL transformers. However, depending on the usage of our FL transformers, it is possible that a disconnection may occur. This is why we strongly recommend that our guidelines be followed. We also recommend checking for DCR measurements on the Secondary Side. Other option would be to perform aging test. Measure the DCR after a pre-determined period of time. If any quality issue should occur, it should be noted that the root cause of the failure might not have been contributed from disconnection. Discussion with the customer to identify the root cause of quality issues will be immediately entered into. 6. Brightness Circuit 7. Protection circuit 8. Recommendations for Manufacture when handling our parts. - Because of the low profile structure of the transformer, these parts are more susceptible to stress. We recommend that a slit or break away tabs for easier removal of the inverter unit from the panel. - When breaking away the inverter units from the panel, if using a V cut or perforated method. It's important that caution is used when breaking away the inverter units from the panel. Please ensure that the amount of stress is not exceeded over the specifications. INVERTER < Notes on FL inverter transformer use > INVERTER

INVERTER < Notes on FL inverter transformer use > INVERTER < Notes on FL inverter transformer use > Λਪ঑க͠·͢ɻ ͕ඞཁͰ͢ɻ ͍͠·͢ɻ ͷҝʣ ༻Լ͍͞ɻ େ։์ిѹʣ ༻Թ౓ ༻ճ࿏෦඼ ༻Լ͍͞ɻ ҼʹͳΓ·͢ɻ ͕͋Γ·͢ɻ ͬͯԼ͍͞ɻ ৼ༻ίϯσϯα प೾༻ϝλϥΠζ ଆόϥε τίϯσϯα Λਪ঑க͠·͢ɻ Ε͕͋Γ·͢ɻ ҼʹͳΓ·͢ɻ ͯ͠Լ͍͞ɻ Ε͕͋Γ·͢ɻ Λਪ঑க͠·͢ɻ

Inverter Transformers < Application > CPUDL294 CLQ122 ˓ ˓ ˓ CPU9D25 ˓ ˓ ˓ CIOH175 CIU107 ˓ ˓ ˓ CIUH94 ˓ ˓ ˓ ˓ CEPH209 ˓ ˓ ˓ ˓ CEPH249 ˓ ˓ ˓ CEPH198 ˓ ˓ CPUL236 ˓ ˓ ˓ ˓ CPUDL328 ˓ ˓ ˓ CEIDL369 CERH338 ERH268 ˓ ˓ CEIDL377 ˓ ˓ ˓ CIHI247 ˓ ˓ ˓ ˓ CIUH11D66 ˓ ˓ ˓ ˓ CPIL94 ˓ ˓ ˓ LC158 ˓ ˓ ˓ EP208B ˘Specifications in this catalog are subject to change without notice. It is requested you confirm the specifications when ordering. ˘Any dimensions without tolerance are typical values. ˘Sumida declares that no ozone depleting substances are used in the coil manufacturing process. ˓ ˓ SEP-16 ˓ ˓ ˓ EEH158 ˓ ˓ ˓ ˓ EEH2513 ˓ ˓ ˓ Digital Still Cam era Digital Video Car Navigation System PDA Note PC LCD LCD TV Scanner Copy M achine Air Cleaner Portable Electronic Games Digital Telephone/w LCD Security System s Application Type Inverter Transformers Application Inverter Transformers < Application > σ δ λ ϧ Χ ϝ ϥ σ δ λ ϧ Ϗ σ Φ Χ ʔ φ Ϗ 1%" ϊ ʔ τ ӷ থ Ϟ χ λ ӷ থ ς Ϩ Ϗ ε Ω ϟ φ ʔ ί ϐ ʔ ػ ؾ ਗ਼ ড় ػ Ξ ϛ ϡ ʔ ζ ϝ ϯ τ ػ ث ଟ ػ Ϟ χ λ ͍͠·͢ɻ

High Reliability Inverter Transformers OUTLINE The leakage transformer has a special core that allows for co-axial winding. Suitable for large LCD panel, and complies to customer needs of high open voltage and high lamp wattage. Inverter transformer corresponding to multiple CCFL lamps driving for large LCD TV application. It is possible to drive 2 CCFLs in 1 transformer. No ballast capacitor is required. DIMENSIONS (mm) LAND PATTERNS (mm) DIMENSIONS (mm) LAND PATTERNS (mm) DIMENSIONS (mm) LAND PATTERNS (mm) Specifications CPUDL294 CEIDL377 CEIDL369 3.0W x 2 7.5W x 2 10W x 2 35kHz - 70kHz 35kHz - 65kHz 40kHz - 65kHz 1,500Vrms 1,500Vrms (1,800Vrms, 3sec) 1,600Vrms (1,800Vrms, 3sec) Type Name Frequency Range Max. Open Voltage Max. Lamp Wattage Inverter Transformers < High Reliability Inverter Transformers > Inverter Transformers < High Reliability Inverter Transformers > 1.6 3.53.5 22.0 1.6 6-3.0 9.3 9.3 4.6 24.1 2.52.5 5-3.0 14-0.9 5-3.0 4.2 5.3 9.99.9 20.8 Max. 25.4 Max. 5.7 7-0.8 6-3.0 4-0.7 Max. 37.8 21.0 Max. 29.5 Max. 7.5 0.35 10.3 4-1.0 4.2 10.3 3.7 3.53.5 23.5 30.5 10.3 10.3 1.6 1.6 2.82.8 3.7 4.2 Max.30.8 Max.10.5 4-3.04-3.0 4.2 Max. 36.0 9.9 7.3 9.9 4-2.8 4-2.8 10-1.0 ཁ Πϯόʔλτϥϯεɻ ిྗʹରԠɻ ͷଟ౮఺౮ʹରԠͨ͠Πϯόʔλτϥϯεɻ ɻ

IC-controlled type circuit35kHz - 100kHz 1,800Vrms (3sec) The inverter transformer is low profile and high power type, which is coped with many lights lighting for LCD-TV backlight power. Characteristics 1. Low profile / High Power 2. Winding terminals and user terminals are separated to prevent the wire from breaking. 3. High temperature reflow soldering is permitted. (Pb free) Application 1. Large size LCD-TV. Type Name Frequency Range Max. Open Voltage Max. Lamp Wattage CERH338 DIMENSIONS (mm) LAND PATTERNS (mm) OUTLINE 64.0 46.04.0 2.326.05 2.22.2 3.0 5.95 3.0 2.7 2.7 1.058.0 20.2 Max.9.0 0.7 3.5 5.2 5.25.3 Max. 34.4 8.15 3.5Max. 53.6 3.5 4-1.5 3.0 12.0 3.5 2-ø2.5 3.03.1 4.0 2.22.2 12.0 18.0 27.80.55 0.50.5 2.2 2.2 2.2 2-ø1.8 2.2 2.2 Inverter Transformers < High Reliability Inverter Transformers > Inverter Transformers < High Reliability Inverter Transformers > ௿എɾେ༰ྔ ɻ ԹϦϑϩʔ͸ΜͩʢԖϑϦʔʣରԠՄɻ 57ɻ ʣ ཁ

Designed secondary winding for out put voltage check. High efficiency suitable for IC controlled type circuit. 2-Output CCFlL driving inverter transformer that does not require ballast capacitor. About ERH268 OUTLINE 1. Low profile. (CIHI247) 2. 2-Output type, capable of driving 2 CCFL. 3. Cross-phase drive only(ERH268) 4. Suitable for large size LCD panel. (Max. Lamp Wattage / CIHI247:7.5W x 2) 5. Low cost. 6. High temperature reflow soldering is permitted. (Pb free) ERH268 DIMENSIONS (mm) CIHI247 DIMENSIONS (mm) LAND PATTERNS (mm) LAND PATTERNS (mm) SCHEMATICS Specifications ERH268 7.0W x2 (IC -controlled type circuit)30kHz - 100kHz 3,400Vrms(3sec) CIHI247 7.5W x2 (IC -controlled type circuit)35kHz - 80kHz 1,500Vrms / 1,600Vrms(3sec) 2,000Vrms(3sec) 2,500Vrms / 2,800Vrms(3sec) Type Name Frequency Range Max. Open Voltage Same-phase drive Cross-phase drive Max. Lamp Wattage One lamp specifications ( Cross-phase drive ) Two lamp specifications ( Same-phase drive )

Large size LCD-TV. Inverter Transformers < High Reliability Inverter Transformers > Inverter Transformers < High Reliability Inverter Transformers > This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. 2.0 1.2 3-2.4 8-1.1 3-2.4 7.7 1.2 1.21.21.2 1.2 2.04.6 4.66.6 3.7 38.8 3.7 Max. 25.0 Max. 45.2 43.4 15.1 19.119.1 15.1 4.04.0 Max. 7.6 Max. 8.8 3.4 6-ø0.5 6-ø1.0 29.0 26.0 11.5 11.5 11.5 11.5 19.1 19.1 15.14.04.015.1 1.2 0.3 3-2.4 2.0 1.2 2.0 0.8 0.7 7.7 3-2.4 4.6 4.66.6 ཰Ͱ͢ɻ όϥετϨεΠϯόʔλτϥϯεɻ ཁ ಈग़དྷ·͢ɻ ༷ઐ༻ &3) ӷথύωϧʹରԠՄೳͰ͢ɻ ༰ྔ$*)*8Yʣ ྿ՁλΠϓͰ͢ɻ ԹϦϑϩʔ͸ΜͩʢԖϑϦʔʣରԠՄɻ ੇ๏ਤ ਪ঑ϥϯ υੇ๏ ઢਤ ໊ దԠप೾਺ େ։์ిѹ ʣ ʣ 57ɻ ͤԼ͍͞ɻ

4.0W IC-controlled type circuit40kHz - 100kHz 1,200Vrms / 1,500Vrms (3sec) Magnetic shield type inverter transformer, which is coped with large size LCD monitor for car navigation system. Optimization design is possible for leakage inductance by original magnetic structure.

Low profile (H=5.0mm Max.) 2. There is a little noise emissions by magnetic shielded structure. (our ratio) 3. This is coped with use at a high temperature. (110˚C at the maximum, including transformer self temperature rise) 4. Insulation resistance of this product is high and it is superior to safety by adopting high nickel core. Application RADIANT CHARACTERISTICS 1. Car navigation. Type Name Frequency Range Max. Open Voltage Max. Lamp Wattage CPIL94 DIMENSIONS (mm) LAND PATTERNS (mm) PROVISIONAL OUTLINE About CPIL94 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. 1.80 4.80 3-1.60 7.10 Max. 10.0 2-0.60 Max. 34.8 30.7 Max. 5.0 7.101.10 1.80 1.60 4.80 0.90 3.00 31.00 3.00 Radiant spectrum (Frequency range : 10kHz - 500kHz) Radiant spectrum (Frequency range : 10kHz - 5MHz) Sumida existing type (Non-shielded type) CPIL94 (Shielded type) Sumida existing type (Non-shielded type) CPIL94 (Shielded type) Start 10kHz VBW 3kHz Stop 500kHz Ref 0dBm Atten 10dB Mkr1 51.7kHz 4.701dBm Start 10kHz VBW 3kHz Stop 500kHz Ref 0dBm Atten 10dB Mkr1 51.6kHz -21.33dBm Start 10kHz VBW 30kHz Stop 5MHz Ref 0dBm Atten 10dB Mkr1 72kHz 4.166dBm Start 10kHz VBW 30kHz Stop 5MHz Ref 0dBm Atten 10dB Mkr1 85kHz -21.7dBm Inverter Transformers < High Reliability Inverter Transformers > Inverter Transformers < High Reliability Inverter Transformers > Πϯόʔλτϥϯεɻ ͕ՄೳͰ͢ɻ ௿എͰ͢ɻʢ) NN.BYʣ ൺʣ Έ˚$ʣ ΧʔφϏήʔγϣϯɻ ʣ ཁ ͤԼ͍͞ɻ ʣ ʣ εϖΫτϥϜʢप೾਺ൣғL)[L)[ʣ εϖΫτϥϜʢप೾਺ൣғL)[.)[ʣ

DIMENSIONS (mm)TYPE SPECIFICATIONSCONSTRUCTION Inverter Transformers Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 140kHz : 750Vrms : 1.5W CPU9D25 Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 140kHz : 750Vrms : 1.2W CLQ122 CIUH94 Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 100kHz : 1,400Vrms (3sec) : 4.0W CIOH175 Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 150kHz : 1,800Vrms : 5.0W Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 300kHz : 1,800Vrms : 7.5W CIU107 Inverter Transformers Inverter Transformers Max. 2.8 Max. 13.8 10.1 4-1.5Max. 10.2 6.0 2.80.5 0.5 8.0 4-2.0 Max. 3.0 0.6 0.6 7.4Max. 10.8 Max. 12.3 0.825Max. 37.8 Max. 9.8 Max. 5.0 0.5 3-1.7 35.9 5.20.50.3 0.875 Max. 29.6 Max. 10.7 Max. 8.5 32.0 33.6 9.0 0.6 3-2.2 0.4 1.9 5.2 5-2.5Max. 17.8 31.4 Max. 34.6 31.6 6.8 7.9 0.55 0.8 Max. 6.4

DIMENSIONS (mm)TYPE SPECIFICATIONSCONSTRUCTION Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 65kHz : 1,500Vrms : 6.0W x2 CPUDL328 Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 100kHz : 2,000Vrms : 10.0W CEPH209 CIUH11D66 Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 300kHz : 1,600Vrms : 8.0W Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 100kHz : 1,500Vrms : 7.5W CPUL236 3.8 0.8 4.8 0.3 0.73-2.1 0.9 Max. 11.8 Max. 6.95 38.2 Max. 40.8 Max. 32.9 24.2 Max. 29.8 0.8 Max. 8.5 4-1.0 7-1.2 6-3.0 10.9 10.95.0 30.0 Max. 33.0 Max. 9.5 29.0 1.95 7.8 6.6 Max. 22.0 4-3.52.1 1.0 Max. 24.5 Max. 32.0 Max. 26.5 Max. 7.0 1.0 1.0 6-2.75 16.5 Inverter Transformers Inverter Transformers

DIMENSIONS (mm)TYPE SPECIFICATIONSCONSTRUCTION Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 100kHz : 2,000Vrms : 15.0W CEPH249 Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 100kHz : 2,000Vrms : 5.0W CEPH198 EEH2513 EP208B Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 300kHz : 1,600Vrms : 4.0W Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 500kHz : 2,200Vrms : 15.0W Inverter Transformers Inverter Transformers Max. 23.1 10.0 5-2.5 Max. 8.9 23.2 25.1 Max. 20.5 1.0 0.8 30.5 Max. 26.0 4-1.0 4-3.5 2.52.5 5.9 12.1 2.25 3-1.0 3-0.7 Max. 9.3 Max. 33.5 4.0 4.0 ø0.6 Max. 14.0 3.5 12.0 5-4.0 25.5Max. 35.0 Max. 26.3 5-2.5 ø0.5 3.0 Max. 10.0 15.5 Max. 24.5 Max. 22.5

Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 100kHz : 900Vrms : 2.5W Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 300kHz : 1,200Vrms : 4.0W DIMENSIONS (mm)TYPE SPECIFICATIONSCONSTRUCTION LC158 SEP-16 Operating Freq. Max. Open Voltage Max. Lamp Wattage : Max. 100kHz : 1,800Vrms (3sec) : 7.0W EEH158 PROVISIONAL About EEH158 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. ø0.5 Max. ø15.5 3.0 45°30° ø11.0 Max. 9.0 5-2.5 12.5 ø0.5 3.011.6 Max. 16.5 Max. 17.0 Max.38.0 Max.15.8 30.0 Max.8.5 3.4 7.4 2.8 2.6 2.6 6-0.5ʶ0.1 Inverter Transformers Inverter Transformers ͤԼ͍͞ɻ

DIMENSIONS (mm) DIMENSIONS (mm) Inverter Units Inverter unit for powering CCFL in various sizes of panels. ಈ༻ΠϯόʔλϢχοτɻ Input Voltage Input Current Output Current Oscillation Frequency Light Adjustment Voltage Output Open Voltage Vin Iin Iout Fosc Vpwm Vopen Vin = 12.0V, Ta = 25°C, BRT= 3.3V 10.4 5.3 1.5 V A mArms kHz V KVrms Parameter UnitSymbol Condition Specifications min. 0.4 6.0 TBD typ. 13.2 6.7 3.3 ~ 5.0 max. Input Voltage Input Current Output Current Oscillation Frequency Light Adjustment Voltage Output Open Voltage Vin Iin Iout Fosc Vpwm Vopen Vin = 12.0V, Ta = 25°C, BRT= 3.3V 10.4 5.0 1.03 V A mArms kHz V KVrms Parameter UnitSymbol Condition Specifications min. (0.9) 5.5 TBD typ. 13.2 6.0 3.3 ~ 5.0 max. IV30180 Inverter Units Inverter Units 1.6 115.0 180.0 80.0 155.0 5.0 20.0 120.0 5.0 26.0Max.8.0 30.0Max.8.5 1.6 2-Ø 2.2 3-Ø 3.5 ཁ ੇ๏ਤ ੇ๏ਤ

Electrical characteristic example / తಛੑྫ ɿJODIɹ$$'-UZQF ೖྗిѹ ೖྗిྲྀ ग़ྗిྲྀ ൃৼप೾਺ ग़ྗ։์ిѹ
Electrical characteristic example / తಛੑྫ ɿ$$'-UZQF ೖྗిѹ ೖྗిྲྀ ग़ྗిྲྀ ൃৼप೾਺ ग़ྗ։์ిѹ +45ग़ྗ4. ##)45#ʢ-'ʣ 4/ +45

DIMENSIONS (mm) Input Voltage Input Current Output Current Oscilation Frequency Light Adjustment Voltage Output Open Voltage Vin Iin Iout Fosc Vpwm Vopen Vin = 12.0V, Ta = 25°C, BRT= 3.3V 10.4 1.03 V A mArms kHz V KVrms Parameter UnitSymbol Condition Specifications min. (0.9) TBD typ. 13.2 3.3 ~ 5.0 max. IV36125 DIMENSIONS (mm) Input Voltage Input Current Output Current Oscilation Frequency Light Adjustment Voltage Output Open Voltage Vin Iin Iout Fosc Vpwm Vopen Vin = 12.0V, Ta = 25°C, BRT= 3.3V 10.4 1.7 V A mArms kHz V KVrms Parameter UnitSymbol Condition Specifications min. 2.0 7.5 TBD typ. 13.2 3.3 ~ 5.0 max. IV45200 200.0 100.0 100.0 100.0 125.0 105.0 4.0 100.0 40.0 8.0 0.5 1.6 28.0 4.0 36.0 (13.5) 5.0 5.0 3-П3.5 П3.5-2 5.0 5.0 Max.9.0 Inverter Units Inverter Units ੇ๏ਤ

Electrical characteristic example / తಛੑྫ ɿ$$'-UZQF ೖྗిѹ ೖྗిྲྀ ग़ྗిྲྀ ൃৼप೾਺ ग़ྗ։์ిѹ +45ग़ྗ4. % ##)45# -' +45 ੇ๏ਤ
Electrical characteristic example / తಛੑྫ ɿ$$'-UZQF ೖྗిѹ ೖྗిྲྀ ग़ྗిྲྀ ൃৼप೾਺ ग़ྗ։์ిѹ

Custom Specifications of inverter unit & Sample order form ˔CUSTOM SPECIFICATIONS OF INVERTER UNIT ˔Evaluation circuit Inverter Transformers < Custom Specifications of inverter unit & Sample order form > Inverter Transformers < Custom Specifications of inverter unit & Sample order form > We develop electric units to customer's specifications. Please refer to the procedure for ordering below and contact our offices for further details. ˔Sample order form The following information is needed in order to design samples for your evaluation. ̍ʣVin ʢɹɹɹʣVʙʢɹɹɹʣVɹʢTyp.ɹɹVʣ ̎ʣV openɹ MAX.ʢɹɹɹɹʣVrmsɹorʢɹɹɹɹʣVoʵp ̏ʣFrequency range ʢɹɹɹɹʣkHzɹʙɹʢɹɹɹɹʣkHz ̐ʣIout ʢɹɹɹɹʣmArmsʢVinɿatɹɹVʣ ̑ʣVout ʢɹɹɹɹʣVrmsʢVinɿatɹɹVʣ ̒ʣProvide us the CCFL sample which you may use. ̓ʣSemiconductor materials (Specified or Any Material) ˎIf " Specified, please supply us the materials. ̔ʣLight adjustment method (For reference) ˘No light adjustment ˘With light adjustmentɹɹɹˎMethod ɹ˘Analog adjustmentɹ ˘Duty adjustment Preliminary Meeting Outline Examination Circuit Examination Quotation Specification Sample Customer Examination Final Examination Final Approval Mass Production + B ༷ʹ͍ͭͯ ϩΠϠʔճ࿏ ΘͤԼ͍͞ɻ ̍ʣೖྗిѹ ʢɹɹɹʣ 7ʙʢɹɹɹʣ7ɹʢ5ZQɹɹ7ʣ େग़ྗ։์ిѹɹ."9ʢɹɹɹɹʣ7SNTɹPSʢɹɹɹɹʣ7PʵQ ̏ʣൃৼप೾਺ ʢɹɹɹɹʣ L)[ɹʙɹʢɹɹɹɹʣL)[ ిྲྀ ʢɹɹɹɹʣ ̼"SNTʢ7JOɿBUɹɹ7ʣ ిѹ ʢɹɹɹɹʣ 7SNTʢ7JOɿBUɹɹ7ʣ ͍க͠·͢ɻ ͍͠·͢ɻ ʣ Θͤ౼౼࡞ αϯϓϧ ࣔಘҙઌධՁ౼ ঝɹɹೝ࢈ ˔αϯϓϧΦʔμʔϑΥʔϜ

EMC < Measurement condition, Product list > Measurement condition EMC Product list Rated current Impedance Characteristics Under the condition of ∆T=40°C D.C.R. Under the condition of Ta=20°C HP4291A Common mode HP4291A Normal mode Noise mode Type Name Core shape Core direction Base SMD Note Normal Mode CSLF3228 CPFC43 CPFC74B CPFC86 CPFC11D60 CSFC5D33 CPFC6D36 CPFC805 CSLF4D17 CSLF4D25 CPFC46 CBM42 CBM64B CBM6068 CBM96 CRR32 CLP42B CPFC54 CPFC74 CPFC85 CPFC8D55/MS CSFC86 CSLF1205 SFC68 SFC1015 SFC99 BM1012LF UU9TF UU9TFH BM27 SLF0912 PFN0716 PFN0818 PFN1318 PFN1025 PFN1329 PFN2029 UU9LF UU9LFH UU9LFB UU9LFBH UU10LF UU10LFB UU16LF UU16LFB LF1290 LF2115 LF2115B PLF2117 LF2020 LF2020B LF2429 LF2628 LF2823 LF2420 PFC1816 PFC1816B PFC2225B PFC2831C Shape ɹShape Shape Shape Shape Shape Shape Shape Drum Ring Drum Ring Toroidal Balun Balun Balun Balun Drum + Square Pot Toroidal Toroidal Toroidal Toroidal Toroidal Toroidal Toroidal Toroidal Toroidal Toroidal Toroidal UU UU Toroidal Toroidal Toroidal Toroidal Toroidal Toroidal Toroidal Toroidal UU UU UU UU UU UU UU UU Shape Shape Shape Shape Shape Shape Shape Shape Shape Shape Toroidal Toroidal Toroidal Toroidal For Signal Common Mode For Power Horizontal Horizontal Horizontal Horizontal Horizontal Horizontal Horizontal Horizontal Vertical Vertical Vertical Horizontal Horizontal Horizontal Horizontal Horizontal Horizontal Horizontal Horizontal Horizontal Horizontal Horizontal Horizontal Vertical Vertical Vertical Vertical Vertical Horizontal Vertical Vertical Vertical Vertical Vertical Vertical Vertical Vertical Vertical Horizontal Vertical Horizontal Vertical Vertical Vertical Vertical Horizontal Horizontal Horizontal Horizontal Vertical Vertical Vertical Vertical Horizontal Horizontal Vertical Vertical Vertical Vertical Radial taping Dust Core For Signal and DC Line Common Mode For AC Line EMC < Measurement condition, Product list > High temperatureɹSmall size High temperature High temperature High temperature Small size Small size Small size Small size Low profile Low profile Small size Available 3 lines Available 3 lines Available 4 lines Available 6 lines For MD, DSC Signal Low profile Small size 2 in 1 4 in 1 Large type for SFC68 Low profile Low profile product of UU9TF Radial taping Dust Core Dust Core Dust Core Dust Core Dust Core Dust Core Low profile product of UU9LF Low profile product of UU9LFB Revised high frequency characteristics of UU10L Revised high frequency characteristics of UU16L Low profile product of LF2020 ɺ੡඼Ϧετ Πϯϐʔμϯεಛੑ Թ౓্ঢ∆5 ˆͱͳΔ஋ɻ Թ౓Ta ˆͱͳΔ஋ɻ ߟ ϊʔϚϧϞʔυ ίϞϯϞʔυ ܥ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ॎஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ԣஔ͖ ϥδΞϧςʔϐϯάରԠ ϥδΞϧςʔϐϯάରԠ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ όϧϯ όϧϯ όϧϯ όϧϯ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ τϩΠμϧ υϥϜϦϯά υϥϜϦϯά ϥΠϯ͓Αͼ %$ϥΠϯରԠ ίϞϯϞʔυ "$ϥΠϯରԠ ϥΠϯՄೳ ϥΠϯՄೳ ϥΠϯՄೳ ϥΠϯՄೳ ܕ ܕ 105 ରԠ 4'$ͷεέʔϧΞοϓ඼ 665'ͷ௿എ඼ 66-'ͷ௿എ඼ 66-'#ͷ௿എ඼ प೾ಛੑվળ඼ प೾ಛੑվળ඼ -'ͷ௿എ඼

EMC < Characteristic List of Common Mode Choke coils for DC Lines > Type Name Name of Product CPFC11D60 CPFC86 CPFC74B CPFC43 CPFC805 CPFC6D36 CSFC5D33 CPFC85 CSLF4D17 CSLF4D25 CPFC74 CRR32 CBM42 CPFC54 CPFC11D60-100M08 CPFC86NP-100M102 CPFC74BNP-102 CPFC43NP-100M701 CPFC805NP-100M05 CPFC6D36NP-100M06 CSFC5D33NP-300 CPFC85NP-100M03 CPFC85NP-100M10 CPFC85-1M15NP CSLF4D17NP-212 CSLF4D17NP-122 CSLF4D17NP-781 CSLF4D17NP-391 CSLF4D25NP-202 CSLF4D25NP-192 CSLF4D25NP-112 CSLF4D25NP-701 CSLF4D25NP-351 CSLF4D25NP-201 CPFC74NP-CB10M4 CPFC74NP-CB08M6 CPFC74NP-PS10H2A15 CPFC74NP-PS02H2A20 CPFC74NP-PS03H2A25 CPFC74NP-PS01H2A30 CRR32NP-02A CRR32NP-05A CRR32NP-07A CRR32NP-10A S0746434-01 S0746434-02 CPFC54-050C CPFC54-110C CPFC54-250C CPFC54-250S CPFC54-510C CPFC54-510S CPFC54-101C CPFC54-471C CPFC54-102C CPFC54-222C CPFC54-472C Z=800Ω min.(100MHz) Z=1000Ω min. 600 at 100MHz Z=600Ω min.(100MHz)(1000Typ.) Z=700Ω min. 500 at 100MHz Z=500Ω min.(100MHz) Z=600Ω min.(100MHz) Z=225Ω min.(100MHz) Z=300Ω min.(100MHz) Z=1000Ω min.(100MHz) L=4.7mH±30%(100KHz) Att=34dB(10MHz) Z=2100Ω (Typ.) / 1050Ω min.(100MHz) Z=1200Ω (Typ.) / 600Ω min.(100MHz) Z=780Ω (Typ.) / 390Ω min.(100MHz) Z=390Ω (Typ.) / 190Ω min.(100MHz) Z=2000Ω (Typ.) / 1000Ω min.(100MHz) Z=1900Ω (Typ.) / 950Ω min.(100MHz) Z=1100Ω (Typ.) / 550Ω min.(100MHz) Z=700Ω (Typ.) / 350Ω min.(100MHz) Z=350Ω (Typ.) / 175Ω min.(100MHz) Z=200Ω (Typ.) / 100Ω min.(100MHz) Z=1000Ω Ҏ্ (10~100MHz) Z=800Ω Ҏ্ (10~100MHz) Z=700Ω Ҏ্ (100MHz) Z=200Ω Ҏ্ (20~300MHz) Z=300Ω Ҏ্ (160MHz) Z=100Ω Ҏ্ (10~300MHz) Z=800Ω min.(100MHz) Z=650Ω min.(100MHz) Z=500Ω min.(100MHz) Z=350Ω min.(100MHz) Z=800Ω ஋ (100MHz) Z=1800Ω஋ (100MHz) L=5µH±30% Ls=50nH(Typ.)(100MHz) L=11µH±30% Ls=50nH(Typ.)(100MHz) L=25µH±30% Ls=150nH(Typ.)(100MHz) L=25µH±30% Ls=1500nH(Typ.)(100MHz) L=51µH±30% Ls=200nH(Typ.)(100MHz) L=51µH±30% Ls=2000nH(Typ.)(100MHz) L=100µH±30% Ls=200nH(Typ.)(100MHz) L=470µH±30% Ls=200nH(Typ.)(100MHz) L=1000µH+50%-30% Ls=250nH(Typ.)(100MHz) L=2200µH+50%-30% Ls=250nH(Typ.)(100MHz) L=4700µH+50%-30% Ls=300nH(Typ.)(100MHz) ~ 125°C ~ 125°C ~ 125°C ~ 150°C ~ 100°C ~ 100°C ~ 85°C ~ 85°C ~ 100°C ~ 85°C ~ 85°C ~ 85°C ~ 85°C ~ 85°C ~ 85°C 6.0A 5.0A 2.5A 2.0A 4.5A 2.5A 2.5A 5.0A 3.0A 0.9A 0.95A 1.0A 1.2A 1.0A 1.5A 2.0A 2.5A 3.0A 3.5A 1.5A 2.0A 2.5A 3.0A 0.4A 0.46A 0.58A 0.8A 0.25A 0.75A Drawing Sheet PageRated Current Electrical Characteristic Operating Temperature (excluding self-heating) S-0074-6768 D911-149 S-0074-6845 D916-186 S-0074-6510 S-0074-6509 S-0074-6884 S-0074-6286 S-0074-6286 S-0074-6515 S-0074-6844 S-0074-6844 S-0074-6844 S-0074-6844 S-0074-6843 S-0074-6843 S-0074-6843 S-0074-6843 S-0074-6843 S-0074-6843 S-0074-6462 S-0074-6462 S-0074-6467 S-0074-6467 S-0074-6467 S-0074-6467 S-0074-6460 S-0074-6460 S-0074-6460 S-0074-6460 S-0074-6434 S-0074-6434 S-0074-6776 S-0074-6776 S-0074-6776 S-0074-6776 S-0074-6776 S-0074-6776 S-0074-6776 S-0074-6776 S-0074-6776 S-0074-6776 S-0074-6776 EMC Characteristic List of Common Mode Choke Coils for DC Lines EMC < Characteristic List of Common Mode Choke coils for DC Lines > Ήʣ඼໊ ࡌ JOF $PNNPO NPEF %$-JOF༻ $PNNPO NPEF JOF༻ $PNNPO NPEF ʢ4.%ʣ ʢίϞϯϞʔυ%$ϑΟϧλʔಛੑҰཡʣ

About CSLF3228, CPFC43 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. EMC < Common Mode Choke Coils for DC Lines (correspond 125˚C) > EMC Common Mode Choke Coils for DC Lines (correspond 125˚C) CSLF3228 Impedance CharacteristicsSpecifications Application Max. 0.5ΩCSLF3228NP-801 0.25A Parts No. D.C.R. @20°C 800(Typ.)/Min. 480Ω Impedance @10MHz Rated current OUTLINE Common mode choke coils for correspondence high reliability and high temperature.(Available for automobile) DIMENSIONS (mm) Schematics Recommended land patterns(mm) NEW PROVISIONAL CPFC43 Impedance CharacteristicsSpecifications Application 1. CANBUS,AV,OA equipment. 2. Suitable for DC common mode. Max. 21mΩCPFC43 2.0A Parts No. D.C.R. @20°C 700(Typ.)/Min. 500Ω Impedance @100MHz Rated current 1. Common mode choke coil for automobile (up to 125˚C). 3. Correspond RoHS directives. 1. CANBUS,AV,OA equipment. 2. Suitable for DC common mode. 1. Common mode choke coil for automobile (up to 125˚C). 3. Correspond RoHS directives. DIMENSIONS (mm) Schematics Recommended land patterns(mm) 100 10k 1M 10M 100M 1G FREQUENCY (Hz) IMPEDANCE (Ω) PROVISIONAL 3.4 0.8 2.0 2.1 1.1 Max.6.1 S 2 S 1 Nomal mode Common mode Max.3.5 Max.5.4 Max.3.0 0.7 3.1 3.0 3.4 3.2 5.9 1.6 1.8 4.5 0.6 100 10k 100k 1M 10M 100M 1G FREQUENCY (Hz) IMPEDANCE (Ω) Common mode Normal mode 601 601 322 322 152 152 801 801 EMC < Common Mode Choke Coils for DC Lines (correspond 125˚C) > ͤԼ͍͞ɻ ཁ ରԠՄೳʣ ઢਤ ਪ঑ϥϯ υਤ Πϯϐʔμϯε ઢਤ ਪ঑ϥϯ υਤ ɻ దͰ͢ɻ ंଷରԠՄೳίϞϯϞʔυνϣʔΫίΠϧʢʙˆʣɻ ͞NNʢ."9ʣɻ ྩରԠ඼ɻ ɻ దͰ͢ɻ ंଷରԠՄೳίϞϯϞʔυνϣʔΫίΠϧʢʙˆʣɻ ͞NNʢ."9ʣɻ ྩରԠ඼ɻ Πϯϐʔμϯε

EMC < Common Mode Choke Coils for DC Lines (correspond 125˚C) > Impedance Characteristics CPFC86 Specifications 9.7mΩCPFC86 5.0A Parts No. D.C.R. @20°C 1000(Typ.)/Min. 600Ω Impedance @100MHz (Typ.) Rated current Application 1. CANBUS,AV,OA equipment. 2. Suitable for DC common mode.

Common mode choke coil for automobile (up to 125˚C). 3. Correspond RoHS directives. DIMENSIONS (mm) Schematics Recommended land patterns(mm) 100 10k 1M 10M 100M 1G FREQUENCY (Hz) IMPEDANCE (Ω) Common mode Normal mode Max. 9.1 Max. 10.0 Max. 5.4 6.0 2.4 Max. 3.4 3.33.6 S S CPFC74B Impedance CharacteristicsSpecifications Application 1. CANBUS,AV,OA equipment. 2. Suitable for DC common mode.

Max. 16mΩ Max. 20mΩ CPFC74BNP-851 CPFC74BNP-102 3.5A 2.5A Parts No. D.C.R. @20°C 850(Typ.)/Min. 510Ω 1000(Typ.)/Min. 600Ω Impedance @100MHz Rated current 1. Common mode choke coil for automobile (up to 125˚C). 3. Correspond RoHS directives. Max. 7.5 3.9±0.2 2.5±0.2 (6.4) (3.2) 8.0 1.51.7 2.6 100 10k 1M 10M 100M 1G FREQUENCY (Hz) IMPEDANCE (Ω) 102 Common mode

102 Normal mode

851 Normal mode

851 Common mode

DIMENSIONS (mm) Schematics Recommended land patterns(mm) S 2 S 1 EMC < Common Mode Choke Coils for DC Lines (correspond 125˚C) > ઢਤ ਪ঑ϥϯ υਤ Πϯϐʔμϯε ɻ దͰ͢ɻ ंଷରԠՄೳίϞϯϞʔυνϣʔΫίΠϧʢʙˆʣɻ ͞NNʢ."9ʣɻ ྩରԠ඼ɻ ઢਤ ਪ঑ϥϯ υਤ ɻ దͰ͢ɻ ंଷରԠՄೳίϞϯϞʔυνϣʔΫίΠϧʢʙˆʣɻ ͞NNʢ."9ʣɻ ྩରԠ඼ɻ Πϯϐʔμϯε Πϯϐʔμϯεಛੑ

EMC < Common Mode Choke Coils for DC Lines (correspond 125˚C) > Max. 8.0mΩCPFC11D60-100M08 6.0A Parts No. D.C.R. (1-4) (2-3) Min. 800Ω Impedance @100MHz Rated current PROVISIONAL Impedance CharacteristicsSpecifications CPFC11D60 Application S S Max. 12.8 Max. 6.5 Max. 11.7 7.5 (TYP)2.1 2.1 2.452.45 2.7 7.3 2.62.42.6 3.2 3.2 FREQUENCY (Hz) IMPEDANCE (Ω) DIMENSIONS (mm) Schematics Recommended land patterns(mm) EMC < Common Mode Choke Coils for DC Lines (correspond 125˚C) > 1. Effective to DC line noise for LCD TV and PC. 1. SMD type. 2. Small size. 3. High impedance at wide range frequency. Πϯϐʔμϯε ઢਤ ਪ঑ϥϯ υਤ ɻ ૷඼ɻ ɻ This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. ͤԼ͍͞ɻ

Common Mode Choke Coils for DC Lines OUTLINE Available DC line noise filter for LCD TV, PC and various electronic equipments. Impedance Characteristics Max. 0.025Ω Specifications CSFC5D33-300 Max. 20mΩCPFC6D36NP-100M06 2.5A Parts No. D.C.R. (1-4) (2-3) Min. 600Ω Impedance @100MHz Rated current Impedance CharacteristicsSpecifications CPFC6D36 Application 1. Effective to DC line noise for LCD TV and PC.

SMD type. 2. Small size. 3. High impedance at wide range frequency. Application 1. Effective to DC line noise for LCD TV and PC.
SMD type. 2. Small size. 3. High impedance at wide range frequency. 2.5A Parts No. D.C.R. (1-2) (4-3) Min. 225Ω Impedance @100MHz Rated current CSFC5D33 PROVISIONAL About CSFC5D33 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. EMC < Common Mode Choke Coils for DC Lines > 6.5 2.1 5.41 Max. 6.2 Max. 5.5 4.3 1.3 Max. 3.5 100 150 200 250 300 350 10M 100M 1G 5.3 Max. 6.2 Max. 3.84.2 4.3 1.5 5.3 (3.1) S S 2.1 2.1 1.2 3.5 FREQUENCY (Hz) IMPEDANCE (Ω) FREQUENCY (Hz) IMPEDANCE (Ω) DIMENSIONS (mm) Schematics Recommended land patterns(mm) DIMENSIONS (mm) Schematics Recommended land patterns(mm) EMC < Common Mode Choke Coils for DC Lines > ཁ Ͱ͢ɻ Πϯϐʔμϯε ઢਤ ਪ঑ϥϯ υਤ ͤԼ͍͞ɻ Πϯϐʔμϯε ઢਤ ਪ঑ϥϯ υਤ ɻ ૷඼ɻ ɻ ɻ ૷඼ɻ ɻ

Max. 15mΩ Specifications CPFC805NP-100M05 4.5A Parts No. D.C.R. (1-4) (2-3) Min. 500Ω Impedance @100MHz Rated current CPFC805 Application 1. Effective to DC line noise for LCD TV and PC.

SMD type. 2. Small size. 3. High impedance at wide range frequency. EMC < Common Mode Choke Coils for DC Lines > CSLF4D17 Impedance vs. Frequency (reference)Specifications
Small size, high performance and, SMD type. 1. Portable equipment, audio equipment, car navigation equipment etc. various equipment. Application 70 ± 40% 60 ± 40% 50 ± 40% 40 ± 40% 2100(Typ.)/Min. 1050 1200(Typ.)/Min. 600 780(Typ.)/Min. 390 390(Typ.)/Min. 190 CSLF4D17NP-212 CSLF4D17NP-122 CSLF4D17NP-781 CSLF4D17NP-391 900m 950m 1.0 1.2 Parts No. D.C.R.(mΩ) /LINE @20°C Z (Ω) @100MHz (4-1), (3-2)඼໊ D.C. rated voltage (V) MAX. D.C. rated current (A) MAX. Max. 7.9 Max. 4.8 Max. 7.8 4.3 1.5±0.3 1.6±0.3 2.3 2.3 1.2 3.9 S S FREQUENCY (Hz) IMPEDANCE (Ω) Max. 5.5 Max. 1.9 Max. 5.0 0.55 (1.1) 1.7 1.4(1.7) S S 0.8 1.4 5.3 3.7 DIMENSIONS (mm) Schematics Recommended land patterns(mm) DIMENSIONS (mm) Schematics Recommended land patterns(mm) 100 IMPEDANCE (Ω) 100 10k 1M 10M 100M 1G FREQUENCY (Hz) 1M 10M 100M 1G 212 122 781 391 EMC < Common Mode Choke Coils for DC Lines > Πϯϐʔμϯε ઢਤ ਪ঑ϥϯ υਤ ɻ ૷඼ɻ ɻ ઢਤ ਪ঑ϥϯ υਤ ૷λΠϓͰ͢ɻ ༻ՄೳͰ͢ɻ

EMC < Common Mode Choke Coils for DC Lines > CSFC46

Common mode choke coil for automobile(up to 125˚C). 2. Correspond to a compact design by the small floor space type. 3. Operating for wide temperature(-40˚C to 125˚C). 4. Correspond RoHS directives. 5. Correspond various specifications due to using a troidal core. 6. Data Pulse transformer for CAN bus. Max. 250mΩ Specifications CPFC46NP-252 550mA Parts No. D.C.R. @20°C ∆t=40°C 2500 (Typ.)/Min.1500 Rated currentZ (Ω) @100MHz, 0.1V
Small size, high performance and, SMD type. 1. Portable equipment, audio equipment, car navigation equipment etc. various equipment. Application Impedance vs. Frequency (reference) Impedance vs. Frequency (reference) Specifications CSLF4D25 13 ± 40% 17 ± 40% 22 ± 40% 28 ± 40% 40 ± 40% 54 ± 40% 200(Typ.)/Min. 100 350(Typ.)/Min. 175 700(Typ.)/Min. 350 1100(Typ.)/Min. 550 1900(Typ.)/Min. 950 2000(Typ.)/Min. 1000 CSLF4D25NP-201 CSLF4D25NP-351 CSLF4D25NP-701 CSLF4D25NP-112 CSLF4D25NP-192 CSLF4D25NP-202 3.5 3.0 2.5 2.0 1.5 1.0 Parts No. D.C.R.(mΩ) /LINE Z (Ω) (100MHz, 0.5V) @20°C D.C. rated voltage (V) MAX. D.C. rated current (A) MAX. 2.4 8.5 5.4 0.5 Max. 6.8 7.4 (6.4) 100 10k 1M 10M 100M 1G S S FREQUENCY (Hz) IMPEDANCE (Ω) 100 10k 1M 10M 100M 1G FREQUENCY (Hz) IMPEDANCE (Ω) Max. 5.0 Max. 5.4 Max. 2.5 4.7 2.5 4.2 1.38 SS 2.3 1.4 2.1 5.3 1.1 5.1 SchematicsDIMENSIONS (mm) Recommended land patterns(mm) DIMENSIONS (mm) Schematics Recommended land patterns(mm) 201 202 192112 701351201 351 701 112 192 202 EMC < Common Mode Choke Coils for DC Lines > ੇ๏ਤ ਪ঑ϥϯ υਤ ंଷରԠՄೳίϞϯϞʔυνϣʔΫίΠϧʙˆɻ ʹରԠՄೳɻ ༻Թ౓ൣғʙˆɻ ྩରԠ඼ɻ ༷ల։͕Մೳɻ ରԠՄೳύϧετϥϯεɻ ૷λΠϓͰ͢ɻ ༻ՄೳͰ͢ɻ ઢਤ ਪ঑ϥϯ υਤ

Common Mode Choke Coils for Communication Impedance CharacteristicsSpecifications CBM42 Application 1. Printer, PC, DVC/DSC. Impedance CharacteristicsSpecifications CBM64B OUTLINE It is common mode noise filter of small and SMD type. D.C.R. (1-6) (2-5) (3-4) @20°C Impedance (1-6) (2-5) (3-4) @150MHz Insulation Resistance (1-6) (2-5) (3-4) (1-6) (2-5) (3-4) Rated current (1-6) (2-5) (3-4) Rated DC Voltage

Line filter for DC-DC converter unit in Hybrid car. 2. Common mode choke and Balun transformer for various equipments. 1. Small size and high efficiency. 2. Correspondence to the large current. Application 170mΩ(Typ.)CBM64B Parts No. D.C.R. @1MHz 3.8µH(Typ.) Inductance Max. 200mA Rated current (1-6)(2-5)(3-4) EMC < Common Mode Choke Coils for Communication > Max.4.4 3.0 2.7 0.5 3S 4 100 10k 20k 100M Normal mode Common mode 1G10M1M Max.6.3 2.0 2.0 0.5 3 4S 2 5S 1 6S 6.2 1.5 1.0 2.02.0 100 10k 10M 100M 1G1M FREQUENCY (Hz) IMPEDANCE (Ω) FREQUENCY (Hz) IMPEDANCE (Ω) 1.3 4.4 1.0 1.51.5 EMC < Common Mode Choke Coils for Communication > ϓϦϯλɺύιίϯɺσδλϧΧϝϥɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ਪ঑ϥϯ υੇ๏ Recommended land patterns(mm) DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ਪ঑ϥϯ υੇ๏ Recommended land patterns(mm) ཁ ૷ͷίϞϯϞʔυͷϊΠζϑΟϧλͰ͢ɻ Πϯϐʔμϯε ϋΠϒϦουΧʔ༻%$%$ίϯόʔλϢχοτ༻ϥΠϯϑΟϧλɻ छόϥϯ τϥϯεɻ ੑೳɻ ిྲྀΠϯμΫλϯε

DIMENSIONS (mm) Schematics Recommended land patterns(mm) Specifications Schematics CBM6068 RATING CONDITION Max. 0.3Ω Max. 0.65A DC 100V Min. 100MΩ 185Ω (Typ.) 2.8 ± 2.0dB 7.3 ± 2.5dB 12.0 ± 3.0dB 14.0 ± 3.0dB 20°C 0.5mA 1 minute. 100Vdc 1 minute. 100MHz 50MHz 100MHz 300MHz 500MHz (1-8) to (2,3,4, CORE), (2-7) to (3,4, CORE) , (3-6) to (4, CORE), (4-5) to CORE (1-8) to (2,3,4, CORE), (2-7) to (3,4, CORE) , (3-6) to (4 CORE), (4-5) to CORE ITEM Idc D.C.R Insertion Loss Common Mode Impedance Withstand Voltage Insulation Resistance Specifications CBM96 RATING CONDITION 1000Ω (Typ.) 1400Ω (Typ.) 60mΩ (Typ.) 1MHz, 0.1V 10MHz, 0.1V at 20°C 1-12 3-10 5-8 ITEM Common Mode Impedance 1.6A ∆40°CRated Current (1-12), (3-10) EMC < Common Mode Choke Coils for Communication > ( ) 8-0.4 PIN1 6-1.27 6-1.27 3.05 6.4 0.57 0.4 Max. 6.0 1.27 0.8 1.5 8.0 3.81 Impedance Characteristics

Multiterminal geometry and usable to 12pin. 2. Available for pulse transformer, impedance transformation, divider and common mode choke. 3. Glass type core and shielded type. 4. RoHS Compliance. 5 - 2.0 0.6 10.6 Max. 13.0 S S 1.8 10.2 2.0 1.0 100 10k 1M 10M 100M0.1M FREQUENCY (Hz) IMPEDANCE (Ω) EMC < Common Mode Choke Coils for Communication > ઢਤ ௚ྲྀిྲྀ ίϞϯϞʔυΠϯϐʔμϯε ଱ిѹ DIMENSIONS (mm) ੇ๏ਤ LAND PATTERNS (mm) ਪ঑ϥϯ υੇ๏ ίϞϯϞʔυΠϯϐʔμϯε Πϯϐʔμϯεಛੑ ༻Մೳɻ ༷ల։͕Մೳɻ 3P)4ରԠɻ ઢਤ

Impedance CharacteristicsSpecifications CRR32 D.C. common mode line filter. * Digital AV equipment. * Digital still camera. * Digital video camera.

Small and low profile type. 2. Correspondence to the large current due to low D.C.R. 3. High Impedance at wide frequency band. 4. Carrier tape delivery is possible. Impedance CharacteristicsSpecifications CLP42B Application Application 1. Common mode choke or pulse transformer for PCMCIA card. 1. One common mode choke or pulse transformer is stored in it.

Signal and DC Common Mode Choke Coils Max. 500mΩ Max. 300mΩ Max. 200mΩ Max. 200mΩ CRR32NP-02A CRR32NP-05A CRR32NP-07A CRR32NP-10A 400mA 460mA 580mA 800mA Parts No. D.C.R. Min. 800Ω Min. 650Ω Min. 500Ω Min. 350Ω Impedance @100MHz Rated current 0.17Ω 0.14Ω 0.11Ω CLP42B-PM11 CLP42B-PM09 CLP42B-PM07 500mA 500mA 500mA Parts No. D.C.R. @20°C 1200Ω 800Ω 460Ω Impedance @100MHz (Typ.) Rated current EMC < Signal and DC Common Mode Choke Coils > 3.4 2.2 0.1 Max. 3.4 Max. 2.8 Max. 4.7 S S 1.2 1.21.8 2.8 1.51.5 100 10k 100M 02A 05A 07A 10A 10M1M 1G FREQUENCY (Hz) IMPEDANCE (Ω) 0.25 Max. 9.7 Max. 2.5 6.5 4.6 1.27 2.54 0.5 1.271.27 10.2 5.5 1.0 PM07 PM09 PM11 100 10k 100M 1G10M1M FREQUENCY (Hz) IMPEDANCE (Ω) DIMENSIONS (mm) Schematics Recommended land patterns(mm) DIMENSIONS (mm) Schematics Recommended land patterns(mm) EMC < Signal and DC Common Mode Choke Coils > ઢਤ ਪ঑ϥϯ υਤ %$ίϞϯϞʔυϥΠϯϑΟϧλɻ ɻ ˞σδλϧενϧΧϝϥɻ ˞σδλϧϏσΦΧϝϥɻ ɺ௿എλΠϓɻ Πϯϐʔμϯεɻ ༷ͰೲೖՄೳɻ ઢਤ ਪ঑ϥϯ υਤ 1$.$*"Χʔυ༻ίϞϯϞʔυνϣʔΫຢ͸ύϧετϥϯεɻ ɻ Πϯϐʔμϯε Πϯϐʔμϯε

100mΩ 120mΩ 130mΩ 130mΩ 160mΩ 160mΩ 230mΩ 200mΩ 200mΩ 400mΩ 650mΩ CPFC54-050C CPFC54-110C CPFC54-250C CPFC54-250S CPFC54-510C CPFC54-510S CPFC54-101C CPFC54-471C CPFC54-102C CPFC54-222C CPFC54-472C 900mA 700mA 700mA 700mA 600mA 600mA 500mA 500mA 500mA 400mA 200mA Parts No. D.C.R. 5µH ± 30% 11µH ± 30% 25µH ± 30% 25µH ± 30% 51µH ± 30% 51µH ± 30% 100µH ± 30% 470µH ± 30% 1mH - 30% + 50% 2.2mH - 30% + 50% 4.7mH - 30% + 50% Inductance Rated current Impedance Characteristics EMC < Signal and DC Common Mode Choke Coils > CPFC74 Impedance Characteristics

Standard product for CAN bus. 1. CAN bus,AV,OA equipment. Application Max. 300mΩ Max. 250mΩ DC200V DC200V Specifications (For CAN bus) CPFC74NP-CB10M4 CPFC74NP-CB08M6 0.5A 0.5A Parts No. D.C.R. (1-4) (2-3) Min. 1000Ω Min. 800Ω Min. 100MΩ Min. 100MΩ Impedance (10-100MHz) Insulation Resistance (coil-coil) (DC80V,1min) Withstanding Voltage (coil-coil) (5sec) Rated current Max. 120mΩ Max. 120mΩ Max. 120mΩ Max. 60mΩ DC125V DC125V DC125V DC125V Specifications (For Power supply) CPFC74NP-PS10H2A15 CPFC74NP-PS02H2A20 CPFC74NP-PS03H2A25 CPFC74NP-PS01H2A30 1.5A 2.0A 2.5A 3.0A Parts No. D.C.R. (1-2) (3-4 tie) Min. 700Ω@100MHz Min. 200Ω@20-300MHz Min. 300Ω@160MHz Min. 100Ω@100-300MHz Impedance Withstanding Voltage (coil-coil) (5sec) Rated current
High performance. 2. Suitable for reflow soldering and conductive adhesion. 3. Wide Inductance range. 1. Digital communication equipment. 2. Signal line. Application ˞***S, C / The normal mode Characteristic differs. Max. 9.5 Max. 5.65 2.54 Max. 4.9 0.5ʷ0.3 Ref. 5.5 2.9 7.3 2.54 1.2 FREQUENCY (Hz) IMPEDANCE (Ω) 1M0 10M 100M 1G 110c 510c 250c 101c 050c FREQUENCY (Hz) IMPEDANCE (Ω) 10k 12k 14k 16k 10k 1M 100k 10M 100M 471c 472c 222c 102c Max. 9.5 0.15 Max. 5.08 Max. 5.7 7.0 2.54 1.3 6.4 S S S or For can bus For power supply S 1.6 2.54 1.8 6.7 9.9 10k 100 10M1M 100M 500M FREQUENCY (Hz) IMPEDANCE (Ω) CB10M4 CB08M6 PS01H2A30 PS03H2A25 PS02H2A20 PS10H2A15 EMC < Signal and DC Common Mode Choke Coils > DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ਪ঑ϥϯ υਤ Recommended land patterns(mm) ిྲྀΠϯμΫλϯε Πϯϐʔμϯεಛੑ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ਪ঑ϥϯ υਤ Recommended land patterns(mm) Πϯϐʔμϯεಛੑ $"/CVT༻ඪ४඼ରԠɻ ɻ ༷ʢ$"/CVT༻ʣ ଱ిѹ ిྲྀΠϯϐʔμϯε ଱ిѹ ੑೳͰ͢ɻ దͰ͢ɻ ɻ ઢɻ

Small PCB Layout. 2. Common Mode Attenuation from 10kHz to 100MHz. 3. Low Cost version. 4. RoHS Compliance. 1. xDSL, Telecom Equipments.(Modems) Application CPFC85 Specifications Impedance Characteristics
Small size & large current. 2. SMD type & Reflow soldering is available. 1. EMI filter for various equipment. Application Max. 20mΩ Max. 20mΩ CPFC85NP-100M10 CPFC85NP-100M03 4.00A 5.65A Parts No. D.C.R. (1-4) (2-3) 1kΩ(@100MHz) 300Ω(@100MHz) Impedance (1-4) (2-3) Rated current ͷҝɺιϧμϨδετਪ঑ * In order to prevent short-circuiting, a solder resist is recommended. PROVISIONAL Max. 0.13Ω Max. 1.0Ω Max. 1.6Ω CPFC8D55-471 CPFC8D55-472 CPFC8D55-902 Max. 1.6A Max. 0.4A Max. 0.3A Parts No. Rated current Min. 0.2mH Min. 2.0mH Min. 4.0mH Inductance @100kHz EMC < Signal and DC Common Mode Choke Coils > D.C.R. (1-2) S S 2.52.5 3.0 6.5 1.51.52.8 2.0 Solder Resist 100k 10k 100 100 10k 1G100M 100M10M1M100k10k 10M1M FREQUENCY (Hz) FREQUENCY (Hz) IMPEDANCE (Ω) IMPEDANCE (Ω) 100M03 100M10 Max. 9.0 6.2 1.0 0.9 1.8 6.9 3.4 Max. 5.5 0.05 7.2 Max. 8.2 Max. 9.3 0.5 1.85 7.65 1.5 6.2 1 4 2 3 902 471 472 DIMENSIONS (mm) Schematics Recommended land patterns(mm) DIMENSIONS (mm) Schematics Recommended land patterns(mm) EMC < Signal and DC Common Mode Choke Coils > ͤԼ͍͞ɻ ༷ Πϯϐʔμϯεಛੑ 1$#ϨΠΞ΢τରԠɻ ਰɻ ྿Ձ൛ɻ 3P)4ରԠɻ ɻʢϞσϜ౳ʣ ઢਤ ਪ঑ϥϯ υਤ ༷ Πϯϐʔμϯεಛੑ ɻେిྲྀɻ 4.%λΠϓϦϑϩʔ൒ాՄೳ඼ɻ ͷ&.*ϑΟϧλɻ Πϯϐʔμϯε ిྲྀ ΠϯμΫλϯε ઢਤ ਪ঑ϥϯ υਤ

EMC < Signal and DC Common Mode Choke Coils > CSLF1205 About CSFC86, CSLF1205 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. Specifications Impedance Characteristics Impedance Characteristics PROVISIONAL CSFC86 PROVISIONAL Max. 0.2ΩCSLF1205-401C 500mA Parts No. D.C.R. Rated current 400µH ± 50% Specifications Max. 0.25ΩCSFC86-240C 500mA Parts No. D.C.R. Rated current Min. 24µH Inductance @100kHz Inductance @100kHz Application

2 in 1. 2. Common Mode Attenuation from 100kHz to 500MHz. 3. RoHS Compliance. 1. LAN and Telecom Equipments, Switches. Application
Low Profile. 2. 4 in 1. 3. Common Mode Attenuation from 10kHz to 500MHz. 4. RoHS Compliance. 1. LAN and Telecom Equipments, Switches. FREQUENCY (Hz) FREQUENCY (Hz) IMPEDANCE (Ω) IMPEDANCE (Ω) Max. 11.0 Max. 0.64 0.5 Max. 7.1 Max. 2.54 Max. 10.4 8.3 6.3 7.62 2.54 1.27 11.4 3.2 8 7 6 5 1 2 3 4 500 1.5k 2.5k 3.5k 100k 1M 10M 100M 1G Max. 23.5 Max. 2.79 Max. 18.03 Max. 13.97 Max. 12.7 1.40 Max. 5.72 17.78 0.40 2.54 9.30 12.95 1 16 2 15 3 14 4 13 5 12 6 11 7 10 8 9 200 400 600 800 1.2k 1.4k 1.6k 1.8k 100k 1M 10M 100M 1G DIMENSIONS (mm) Schematics Recommended land patterns(mm) DIMENSIONS (mm) Schematics Recommended land patterns(mm) EMC < Signal and DC Common Mode Choke Coils > ͤԼ͍͞ɻ ༷ Πϯϐʔμϯεಛੑ ઢਤ ਪ঑ϥϯ υਤ Πϯϐʔμϯεಛੑ ઢਤ ਪ঑ϥϯ υਤ ΠϯμΫλϯε ΠϯμΫλϯε ɻ ਰɻ 3P)4ରԠɻ ɻʢεΠονϟʔ౳ʣ ௿എλΠϓɻ ɻ ਰɻ 3P)4ରԠɻ ɻʢεΠονϟʔ౳ʣ

64.9mΩ 80.0mΩ 94.5mΩ 110.0mΩ 19.5mΩ 25.5mΩ 33.5mΩ 41.5mΩ SFC68NP-WN08 SFC68NP-WN10 SFC68NP-WN12 SFC68NP-WN14 SFC68NP-WNB04 SFC68NP-WNB06 SFC68NP-WNB08 SFC68NP-WNB10 800Ω(@20MHz) 1200Ω(@20MHz) 1800Ω(@20MHz) 2400Ω(@20MHz) 200Ω(@100MHz) 500Ω(@100MHz) 700Ω(@100MHz) 800Ω(@100MHz) 1.30A 1.15A 1.08A 950mA 2.90A 1.80A 1.50A 1.05A Parts No. D.C.R. @1MHz Min. Impedance 39.5µH 60.7µH 87.5µH 121.5µH 4.3µH 9.5µH 17.2µH 28.2µH Inductance (1-4) (2-3) Rated current Specifications

Without exerting bad influence to the video signal, common mode noise ɹcountermeasure is possible. 2. Effective in high frequency. 3. Inch pitch, pin layout. 1. EMI solution for PC, micro-computer applications and micro-computer ɹrelated terminal equipment. Application Impedance CharacteristicsSpecifications
Effective in high frequency. 1. Noise filter for primary power supply circuit of FAX. 2. Copy machine. Application SFC1015 Max. 0.06Ω Max. 0.25Ω Max. 0.28Ω Min. 1.0mH Min. 2.0mH Min. 3.0mH SFC1015-102 SFC1015-202 SFC1015-302 3.4A 2.0A 1.35A Parts No. D.C.R. Inductance Rated current EMC < Signal and DC Common Mode Choke Coils > (1-4) (2-3) 4.51.0 5.08 ø0.6 Max. 6.2 Max. 8.2 Max. 7.5 2.54 S S Max. 20.0 Max. 16.0 Max. 11.5 ø0.7 5.08 7.62 3.0 ss 10k 20k 30k 40k 50k 60k 70k 80k 100M10M1M100k1k 10k100 302 202 102 FREQUENCY (Hz) IMPEDANCE (Ω) 500 2.5k 3.5k 1.5k 4.5k

01 M 10M 100M 1G

IMPEDANCE (Ω) FREQUENCY (Hz) WN14 WN10 WN08 WN12 500 2.5k 3.5k 1.5k 4.5k IMPEDANCE (Ω) FREQUENCY (Hz) WNB10 WNB08 WNB06 WNB04 EMC < Signal and DC Common Mode Choke Coils > Πϯϐʔμϯεಛੑ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ΠϯϐʔμϯεΠϯμΫλϯε ͕Մೳɻ Ռ͋Γɻ ΠϯνϐονɺϐϯϨΠΞ΢τɻ Πϯϐʔμϯεಛੑ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Ռ͋Γɻ ଆ ༻ϊΠζϑΟϧλɻ ɻ ిྲྀΠϯμΫλϯε

Specifications Impedance Characteristics

Effective in wide frequency band (Several MHz to several 100MHz). 2. Even if complete safety ground is impossible in circuit design, effect is expected. 3. Less influence when installing on high frequency signal line at Max. 10MHz. 1. PC. Application Specifications Impedance Characteristics
Without the influence on the signal, common mode measurement is possibility. 2. Inexpensive type. 1. Noise filter for I/O port of the electric music equipment ɹ(Keyboard, Electric piano). 2. Various digital equipment. Application SFC99 Max. 81mΩ Max. 51mΩ Min. 1.7µH Min. 30µH SFC99NP-1R7 SFC99NP-300 Max. 1.25A Max. 2.1A Parts No. D.C.R. (1-6) @20°C ∆t=40°C Inductance (1-6) @100kHz Rated current BM1012LF Max. 14.3mΩ Max. 16.3mΩ Max. 18.0mΩ Max. 20.0mΩ Max. 23.8mΩ Max. 27.0mΩ BM1012LFNP-B0R2 BM1012LFNP-B0R4 BM1012LFNP-B0R8 BM1012LFNP-B1R5 BM1012LFNP-B1R9 BM1012LFNP-B2R7 Max. 150nH Max. 180nH Max. 200nH Max. 230nH Max. 250nH Max. 280nH 3.9A 3.25A 3.2A 3.0A 2.75A 2.5A Parts No. D.C.R. (1-2) (4-3) (50/60Hz)@20°C@1kHz Inductance Balance Min. 0.2µH Min. 0.48µH Min. 0.88µH Min. 1.57µH Min. 1.90µH Min. 2.69µH Inductance (1-2) (4-3) Rated current EMC < Signal and DC Common Mode Choke Coils > Max. 9.0 Max. 10.5 (1.2) (2.5) ø0.6 6.5 2.53.0 2.5 Max. 10.0 1 3 4 6 1 3 4 01 02 S S S S S 100 10k 100M 1G10M1M FREQUENCY (Hz) IMPEDANCE (Ω) 300 1R7 10.0 7.54.0 Max. 12.5 Max. 10.3 Max. 12.0 ø0.7 2 3 1 4 SS 1.8k 1.4k 1.6k 1.2k 600 800 400 200 100M 1G 1.8G10M1M FREQUENCY (Hz) IMPEDANCE (Ω) B2R7 B1R9 B1R5 B0R8 B0R4 B0R2 EMC < Signal and DC Common Mode Choke Coils > ༷ Πϯϐʔμϯεಛੑ Ռ͋Γɻʢ਺.)[ʙ਺.)[ʣ ɻ খɻ ύιίϯɻ ༷ Πϯϐʔμϯεಛੑ ͕Մೳɻ ྿ՁλΠϓɻ ϐΞϊʣ*0෦ͷϊΠζϑΟϧλɻ ɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ిྲྀΠϯμΫλϯε ిྲྀΠϯμΫλϯε ΠϯμΫλϯε

Small size, inexpensive type. 2. It is effective to the noise countermeasure for DC line noise and immunity for ɹmulti-function telephone, PBX and FAX. 1. Multi function telephone. 2. PBX. 3. FAX. Application UU9TF UU9TFH Max. 180mΩ Max. 270mΩ Max. 530mΩ Max. 1.09Ω Max. 1.80Ω Max. 1.90Ω Max. 2.43Ω Max. 3.77Ω Max. 5.32Ω UU9TF(H)NP-501 UU9TF(H)NP-102 UU9TF(H)NP-202 UU9TF(H)NP-502 UU9TF(H)NP-802 UU9TF(H)NP-862 UU9TF(H)NP-103 UU9TF(H)NP-153 UU9TF(H)NP-203 1.13A 950mA 690mA 500mA 380mA 370mA 320mA 260mA 210mA Parts No. D.C.R. (1-2) (4-3) @20°C@1kHz Min. 0.5mH Min. 1.0mH Min. 2.0mH Min. 5.0mH Min. 8.0mH Min. 8.6mH Min. 10.0mH Min. 15.0mH Min. 20.0mH Inductance (1-4) or (2-3) Rated current EMC < Signal and DC Common Mode Choke Coils > 8.0 7.03.5Max. 16.5 Max. 16.5 Max. 11.0 Max. 3.5 ø0.6 S S 8.0 7.0 3.5Max. 12.5 Max. 16.5 Max. 15.5 ø0.6 Max. 3.5 4 1 2 10 100 10k 100k 10M 100 1k 10k 100k 1M 10M 100M FREQUENCY (Hz) IMPEDANCE (Ω) 501 102 202 802 502 103 153 203 EMC < Signal and DC Common Mode Choke Coils > Πϯϐʔμϯεಛੑ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ DIMENSIONS (mm) ੇ๏ਤ ɺ྿ՁλΠϓɻ ͷ%$ϥΠϯͷ ɻ ೳి࿩ɻ 1#9ɻ '"9ɻ ΠϯμΫλϯε

Normal mode chokes. * Data communication equipment. * Hard disk drive. * Image scanner.

Low cost type. 2. Using ferrite core which enables high ɹimpedance in high frequency band. 3. High impedance for normal mode noise. 4. Automatic mounting is possible by delivery of radial tape. Application EMC Normal Mode Choke Coils BM27 BM27NP-200-6A BM27NP-300-6A BM27NP-400-6A Min. 450Ω Min. 620Ω Min. 860Ω Max. 50mΩ Max. 60mΩ Max. 70mΩ Impedance Characteristics Specifications 1. PC, microcomputer application equipments, ɹIC application, household electric appliance equipments.
Using iron dust core. 2. Effective high noise absorption. 3. Automatic mounting is possible by delivery of radial tape. Application SLF0912 Max. 77mΩ Max. 100mΩ Max. 150mΩ Max. 260mΩ SLF0912NP-180N SLF0912NP-270N SLF0912NP-390N SLF0912NP-560N 18µH 27µH 39µH 56µH 1.8A 1.3A 1.1A 800mA Parts No. D.C.R. Inductance @100kHz Rated current EMC < Normal Mode Choke Coils > Max. 2.5 5.0 25.5 Max. 8.7 ø0.5 Max. 7.5 100M10M1M100k 500M FREQUENCY (Hz) 1.6k 1.2k 800 400 IMPEDANCE (Ω) 200-6A 300-6A 400-6A 3.5 Max. 12.7 ø0.5(5.0) Max. 6.3Max. 9.5 3.0k 2.7k 2.5k 2.2k 2.0k 1.7k 1.4k 1.2k 900 700 500 40M30M20M10M5M FREQUENCY (Hz) IMPEDANCE (Ω) 270N 180N 560N 390N DIMENSIONS (mm) DIMENSIONS (mm) EMC < Normal Mode Choke Coils >Πϯϐʔμϯεಛੑ ϊʔϚϧϞʔυνϣʔΫɻ ɻ ˞ϋʔυσΟεΫυϥΠϒɻ ˞ΠϝʔδεΩϟφɻ ྿ՁλΠϓɻ Πϯϐʔμϯεɻ ૷Մೳɻ ੇ๏ਤ Πϯϐʔμϯε Πϯϐʔμϯεಛੑ ɻ Ռɻ ૷Մೳɻ ੇ๏ਤ ిྲྀΠϯμΫλϯε

The DC saturation characteristic is good and the noise absorption effect is high, ɹdue to the iron dust core. 2. Less leakage magnetic flux and core groan by using toroidal core. EMI for power line and signal line for various kinds of electric equipments. * Line filters for input of switching power supply. * Noise prevention used in thyristors such as SCR and triac. * Countermeasures for DC spike noise. * Immunity for automotive related electric device. * Immunity for home electric device with microcomputer. Application PFN0716 Max. 43mΩ Max. 58mΩ PFN0716NP-NM29A PFN0716NP-NM39A Min. 21µH Min. 37µH 5.4A 2.9A Parts No. D.C.R. Inductance Rated current Impedance Characteristics
The DC saturation characteristic is good and the noise absorption effect is high, ɹdue to the iron dust core. 2. Less leakage magnetic flux and core groan by using toroidal core. EMI for power line and signal line for various kinds of electric equipments. * Line filters for input of switching power supply. * Noise prevention used in thyristors such as SCR and triac. * Countermeasures for DC spike noise. * Immunity for automotive related electric device. * Immunity for home electric device with microcomputer. Application PFN0818 PFN1318 Specifications Max. 41mΩ Max. 57mΩ Max. 71mΩ PFN0818/PFN1318NP-NM30A PFN0818/PFN1318NP-NM41A PFN0818/PFN1318NP-NM51A Min. 21µH Min. 39µH Min. 60µH 3.7A 3.1A 2.6A Parts No. D.C.R. Inductance Rated current EMC < Normal Mode Choke Coils > Max. ø0.65 (10.0) Max. 1.5 Max. 8.0 Max. ø16.5 Solder Non Solderdip 3.5k 10M1M 100M FREQUENCY (Hz) IMPEDANCE (Ω) NM39A NM29A Max. ø0.7 (10.0) Max. 1.5 Max. 9.5 Max. Ø19.0 Solder Non Solderdip Max. 14.5 (10.5) Max. 22.5 Max. 16.0 (10.0) Max. Ø19.0 3.5k 10M1M 100M FREQUENCY (Hz) IMPEDANCE (Ω) NM51A NM41A NM30A EMC < Normal Mode Choke Coils > Πϯϐʔμϯεಛੑ DIMENSIONS (mm) ੇ๏ਤ ଋ΍͏ͳΓ͕গͳ͍ɻ ɻ ೖྗ෦ͷϥΠϯϑΟϧλɻ ʢ4$3ɺτϥΠΞοΫ౳ʣɻ ిྲྀΠϯμΫλϯε Πϯϐʔμϯεಛੑ DIMENSIONS (mm) ੇ๏ਤ DIMENSIONS (mm) ੇ๏ਤ ଋ΍͏ͳΓ͕গͳ͍ɻ ɻ ೖྗ෦ͷϥΠϯϑΟϧλɻ ʢ4$3ɺτϥΠΞοΫ౳ʣɻ ిྲྀΠϯμΫλϯε

The DC saturation characteristic is good and the noise absorption effect is high, ɹdue to the iron dust core. 2. Less leakage magnetic flux and core groan by using toroidal core. EMI for power line and signal line for various kinds of electric equipments. * Line filters for input of switching power supply. * Noise prevention used in thyristors such as SCR and triac. * Countermeasures for DC spike noise. * Immunity for automotive related electric device. * Immunity for home electric device with microcomputer. Application Impedance Characteristics
The DC saturation characteristic is good and the noise absorption effect is high, ɹdue to the iron dust core. 2. Less leakage magnetic flux and core groan by using toroidal core. EMI for power line and signal line for various kinds of electric equipments. * Line filters for input of switching power supply. * Noise prevention used in thyristors such as SCR and triac. * Countermeasures for DC spike noise. * Immunity for automotive related electric device. * Immunity for home electric device with microcomputer. Application Specifications Specifications PFN1025 Max. 31mΩ Max. 43mΩ Max. 53mΩ PFN1025NP-NM34A PFN1025NP-NM46A PFN1025NP-NM56A Min. 32µH Min. 59µH Min. 88µH 4.9A 4.3A 3.7A Parts No. D.C.R. Inductance Rated current PFN1329 PFN2029 Max. 30mΩ Max. 38mΩ PFN1329/PFN2029NP-NM42A PFN1329/PFN2029NP-NM53A Min. 52µH Min. 83µH 6.1A 5.4A Parts No. D.C.R. Inductance Rated current EMC < Normal Mode Choke Coils > Max. ø0.9 (10.0) Max. 1.5 Max. 12.0 Max. ø26.0 Solder Non Solderdip 3.5k 10M1M100k 50M FREQUENCY (Hz) IMPEDANCE (Ω) NM56A NM46A NM34A Max. ø1.1 (10.0) Max. 1.5 Max. 13.0 Max. ø30.0 Solder Non Solderdip Max. 21.0 Max. 24.0 Max. ø30.0 16.0 ø1.1 10.0 Max. 35.5 3.5k 10M1M100k 50M FREQUENCY (Hz) IMPEDANCE (Ω) NM42A NM53A DIMENSIONS (mm) DIMENSIONS (mm) DIMENSIONS (mm) EMC < Normal Mode Choke Coils > Πϯϐʔμϯεಛੑ ੇ๏ਤ ଋ΍͏ͳΓ͕গͳ͍ɻ ɻ ೖྗ෦ͷϥΠϯϑΟϧλɻ ʢ4$3ɺτϥΠΞοΫ౳ʣɻ Πϯϐʔμϯεಛੑ ੇ๏ਤ ੇ๏ਤ ଋ΍͏ͳΓ͕গͳ͍ɻ ɻ ೖྗ෦ͷϥΠϯϑΟϧλɻ ʢ4$3ɺτϥΠΞοΫ౳ʣɻ ిྲྀΠϯμΫλϯε ిྲྀΠϯμΫλϯε

AC Common Mode Choke Coils UU9LF UU9LFH Impedance Characteristics Specifications

Small size and inexpensive type. 1. Multi-function telephone. AC adapter,FAX,Small size fluorescent light, VCR, TV. Application Max. 150mΩ Max. 250mΩ Max. 350mΩ Max. 700mΩ Max. 1.2Ω Max. 1.6Ω Max. 2.5Ω Max. 4.0Ω UU9LF(H)NP-B471 UU9LF(H)NP-B681 UU9LF(H)NP-B102 UU9LF(H)NP-B222 UU9LF(H)NP-B392 UU9LF(H)NP-B472 UU9LF(H)NP-B682 UU9LF(H)NP-B103 Max. 25µH Max. 25µH Max. 50µH Max. 50µH Max. 100µH Max. 100µH Max. 150µH Max. 200µH 1.0A 850mA 700mA 500mA 380mA 340mA 250mA 200mA Parts No. D.C.R. (1-2) (4-3) @20°C@1kHz Inductance Balance Min. 470µH Min. 680µH Min. 1.0mH Min. 2.2mH Min. 3.9mH Min. 4.7mH Min. 6.8mH Min. 10.0mH Inductance (1-2) (4-3) Rated current Impedance Characteristics Specifications
In the same dimensions as UU9LF , impedance characteristic in high ɹfrequency range is improved by split bobbin. 1. Common mode noise filter for TV, VCR, Switching power supply, NC machine, ɹPC & PC related device, measurement equipment and control unit. Application UU9LFB UU9LFBH Max. 1.7Ω Max. 2.8Ω Max. 5.0Ω Max. 7.0Ω Max. 13.0Ω UU9LFB(H)NP-B322 UU9LFB(H)NP-B502 UU9LFB(H)NP-B902 UU9LFB(H)NP-B163 UU9LFB(H)NP-B283 Max. 150µH Max. 200µH Max. 360µH Max. 440µH Max. 700µH 360mA 260mA 180mA 160mA 130mA Parts No. D.C.R. (1-2) (4-3) @20°C@1kHz Inductance Balance Min. 3.2mH Min. 5.0mH Min. 9.0mH Min. 16.0mH Min. 28.0mH Inductance (1-2) (4-3) Rated current EMC < AC Common Mode Choke Coils > 7.03.5Max. 16.5 Max. 16.5 8.0 Max. 11.0 Max. 3.5 ø0.6 SS 7.0 3.5 Max. 3.5 Max. 12.5 Max. 16.5 8.0 Max. 15.5 ø0.6 100k 10k 100 100k10k 1M 10M FREQUENCY (Hz) IMPEDANCE (Ω) B103 B222 B471 B102 B681 B682 B472 B392 1 SS Max. 16.5 8.0 ø0.6 Max. 3.4 Max. 16.5 8.0 ø0.6 300k 270k 240k 210k 180k 150k 120k 90k 60k 30k 10M1M100k10k4k FREQUENCY (Hz) IMPEDANCE (Ω) B283 B322 B163 B902 B502 EMC < AC Common Mode Choke Coils > Πϯϐʔμϯεಛੑ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ DIMENSIONS (mm) ੇ๏ਤ ɺ྿ՁλΠϓɻ ౮ɺϏσΦɺςϨϏɻ ిྲྀΠϯμΫλϯε ΠϯμΫλϯε Πϯϐʔμϯεಛੑ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ DIMENSIONS (mm) ੇ๏ਤ ্λΠϓɻ ૷ஔͳͲ ϥΠϯϊΠζϑΟϧλɻ ిྲྀΠϯμΫλϯε ΠϯμΫλϯε

VCR, TV.
Small size and inexpensive type. Application UU10LF Max. 710mΩ Max. 1.26Ω Max. 2.20Ω Max. 3.64Ω Max. 5.74Ω Max. 9.12Ω UU10LFNP-B332 UU10LFNP-B682 UU10LFNP-B123 UU10LFNP-B223 UU10LFNP-B333 UU10LFNP-B513 Max. 100µH Max. 200µH Max. 360µH Max. 440µH Max. 660µH Max. 1mH 650mArms 430mArms 340mArms 250mArms 200mArms 150mArms Parts No. D.C.R. (1-2) (4-3) (50/60Hz)@20°C@1kHz Inductance Balance Min. 3.3mH Min. 6.8mH Min. 12.0mH Min. 22.0mH Min. 33.0mH Min. 51.0mH Inductance (1-2) (4-3) Rated current Impedance Characteristics Specifications 1. Common mode noise filter for TV, VCR, Switching power supply, NC machine, ɹPC & PC related device, measurement equipment and control unit.
Same dimension of UU10LF and impedance characteristic in high frequency ɹrange is improved by split bobbin. Application Max. 729mΩ Max. 1.31Ω Max. 2.23Ω Max. 3.87Ω Max. 5.82Ω Max. 9.51Ω UU10LFBNP-B332 UU10LFBNP-B682 UU10LFBNP-B123 UU10LFBNP-B223 UU10LFBNP-B333 UU10LFBNP-B513 Max. 100µH Max. 200µH Max. 360µH Max. 440µH Max. 660µH Max. 1mH 650mArms 430mArms 340mArms 250mArms 200mArms 150mArms Parts No. D.C.R. (1-2) (4-3) (50/60Hz)@20°C@1kHz Inductance Balance Min. 3.3mH Min. 6.8mH Min. 12.0mH Min. 22.0mH Min. 33.0mH Min. 51.0mH Inductance (1-2) (4-3) Rated current Impedance Characteristics UU10LFB EMC < AC Common Mode Choke Coils > 500k 100k 10k 100 100k20k 1M 10M 30M FREQUENCY (Hz) B513 B333 B223 B123 B682 B332 IMPEDANCE (Ω) Max. 18.5 ø0.7 13.0 Max. 5.7 3 SS 1SS Max. 18.5 ø0.7 13.0 10.04.0Max. 23.0 Max. 17.0 Max. 5.7 100 10k 100k 500k 30M10M1M100k20k FREQUENCY (Hz) IMPEDANCE (Ω) B513 B333 B223 B123 B682 B332 EMC < AC Common Mode Choke Coils > ϏσΦɺςϨϏɻ ɺ྿ՁλΠϓɻ ిྲྀΠϯμΫλϯε ΠϯμΫλϯε DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Πϯϐʔμϯεಛੑ ૷ஔͳͲ ϥΠϯϊΠζϑΟϧλɻ ిྲྀΠϯμΫλϯε ΠϯμΫλϯε DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Πϯϐʔμϯεಛੑ

VCR, TV.
AC common mode choke coil which has excellent attenuation characteristics ɹin low frequency band. Application Impedance Characteristics Specifications 1. Common mode noise filter for TV, VCR, Switching power supply, NC machine, ɹPC & PC related device, measurement equipment and control unit.
Same dimension of UU16LF and impedance characteristic in high frequency ɹrange is improved by split bobbin. Application Impedance Characteristics UU16LF Max. 125mΩ Max. 270mΩ Max. 460mΩ Max. 1.6Ω Max. 2.5Ω UU16LFNP-152 UU16LFNP-402 UU16LFNP-802 UU16LFNP-203 UU16LFNP-303 Max. 40µH Max. 60µH Max. 80µH Max. 150µH Max. 200µH 1.9Arms 1.2Arms 900mArms 500mArms 400mArms Parts No. D.C.R. (1-2) (4-3) (50/60Hz)@20°C@1kHz Inductance Balance Min. 1.5mH Min. 4.0mH Min. 8.0mH Min. 20mH Min. 30mH Inductance (1-2) (4-3) Rated current UU16LFB Max. 200mΩ Max. 350mΩ Max. 600mΩ Max. 1.50Ω Max. 2.50Ω UU16LFBNP-152 UU16LFBNP-402 UU16LFBNP-802 UU16LFBNP-203 UU16LFBNP-303 Max. 40µH Max. 60µH Max. 80µH Max. 200µH Max. 300µH 1.75Arms 1.00Arms 800mArms 450mArms 350mArms Parts No. D.C.R. (1-2) (4-3) (50/60Hz)@20°C@1kHz Inductance Balance Min. 1.5mH Min. 4.0mH Min. 8.0mH Min. 20mH Min. 30mH Inductance (1-2) (4-3) Rated current EMC < AC Common Mode Choke Coils > 3 32 14SS SS 2 or Max. 20.0 13.0 ø0.7 10.04.5 Max. 6.6 Max. 28.5 Max. 22.0 100k 200k 10k 100 10k 100k 1M 10M 20M FREQUENCY (Hz) IMPEDANCE (Ω) 303 203 802 402 152 3 32 14SS SS 2 or Max. 20.0 13.0 ø0.7 10.04.5 Max. 6.6 Max. 28.5 Max. 22.0 402 303 203 802 152 1M 10M 20M100k10k 100 10k 100k FREQUENCY (Hz) IMPEDANCE (Ω) EMC < AC Common Mode Choke Coils > ϏσΦɺςϨϏɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Πϯϐʔμϯεಛੑ ૷ஔͳͲ ϥΠϯϊΠζϑΟϧλɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Πϯϐʔμϯεಛੑ ిྲྀΠϯμΫλϯε ΠϯμΫλϯε ిྲྀΠϯμΫλϯε ΠϯμΫλϯε

Noise prevention for TV, VCR, AV, OA equipments.
Large inductance type in spite of its small size. 2. Excellent attenuation characteristics in low frequency. Application Impedance Characteristics LF1290 Max. 150mΩ Max. 250mΩ Max. 350mΩ Max. 700mΩ Max. 1.20Ω Max. 1.60Ω Max. 2.50Ω Max. 4.00Ω LF1290NP-471 LF1290NP-681 LF1290NP-102 LF1290NP-222 LF1290NP-392 LF1290NP-472 LF1290NP-682 LF1290NP-103 Max. 50µH Max. 50µH Max. 150µH Max. 150µH Max. 200µH Max. 300µH Max. 400µH Max. 550µH 1.10Arms 850mArms 650mArms 450mArms 360mArms 340mArms 250mArms 200mArms Parts No. D.C.R. (1-2) (4-3) @20°C Inductance Balance Min. 470µH Min. 680µH Min. 1.0mH Min. 2.2mH Min. 3.9mH Min. 4.7mH Min. 6.8mH Min. 10.0mH Inductance (1-2) (4-3) Rated current (50/60Hz) Specifications 1. Noise prevention for TV, VCR, AV, OA equipments.
Large inductance type in spite of its small size. 2. Excellent attenuation characteristics in low frequency. Application Impedance Characteristics LF2115 Max. 240mΩ Max. 410mΩ Max. 1.00Ω Max. 1.63Ω Max. 2.04Ω Max. 3.42Ω LF2115NP-222 LF2115NP-392 LF2115NP-103 LF2115NP-183 LF2115NP-223 LF2115NP-333 Max. 150µH Max. 150µH Max. 550µH Max. 600µH Max. 800µH Max. 800µH 1.3Arms 1.0Arms 600mArms 500mArms 400mArms 300mArms Parts No. D.C.R. (1-2) (4-3) @20°C@1kHz Inductance Balance Min. 2.2mH Min. 3.9mH Min. 10.0mH Min. 18.0mH Min. 22.0mH Min. 33.0mH Inductance (1-2) (4-3) Rated current (50/60Hz) EMC < AC Common Mode Choke Coils > S or S 2 SS 4-ø0.6 3.5Max. 17.0 9.0 Max. 13.0 14.0Max. 9.5 100k 10k 100 10k 100k 1M 10M 40M FREQUENCY (Hz) 103 471 681 102 682 472 392 222 IMPEDANCE (Ω) FREQUENCY (Hz) IMPEDANCE (Ω) ø0.8 13.0 17.0 3.5Max. 17.0 Max. 22.0 Max. 22.0 100k 100 10k 1k 1M 10M 40M10k 100k EMC < AC Common Mode Choke Coils > ɻ ͰେΠϯμΫλϯεɻ ਰಛੑ͕༏ΕΔɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Πϯϐʔμϯεಛੑ ిྲྀΠϯμΫλϯε ΠϯμΫλϯε ɻ ͰେΠϯμΫλϯεɻ ਰಛੑ͕༏ΕΔɻ ΠϯϐʔμϯεಛੑDIMENSIONS (mm) ੇ๏ਤ ిྲྀΠϯμΫλϯε ΠϯμΫλϯε 333 223 183 103392 222

Noise prevention for TV, VCR, AV, OA equipments.
AC common mode choke coil which has excellent attenuation ɹcharacteristics in low frequency band. Application LF2115B PLF2117 Max. 225mΩPLF2117 Min. 2.7mH 1.2A Parts No. D.C.R.Inductance Rated current Rated current (4-1) (3-2) Specifications Max. 140mΩ Max. 240mΩ Max. 410mΩ Max. 570mΩ Max. 1.0Ω Max. 1.4Ω Max. 2.0Ω Max. 2.1Ω Max. 3.5Ω LF2115BNP-222 LF2115BNP-392 LF2115BNP-682 LF2115BNP-103 LF2115BNP-183 LF2115BNP-223 LF2115BNP-333 LF2115BNP-393 LF2115BNP-603 Min. 2.2mH Min. 3.9mH Min. 6.8mH Min. 10.0mH Min. 18.0mH Min. 22.0mH Min. 33.0mH Min. 39.0mH Min. 60.0mH 1.70A 1.30A 900mA 850mA 630mA 560mA 450mA 380mA 280mA Parts No. D.C.R.Inductance (1-2) (4-3) @20°C(1-2) (4-3) 1. Noise prevention for TV, VCR, AV, OA equipments.
Large inductance type in spite of its small size. 2. Excellent attenuation characteristics in low frequency. Application EMC < AC Common Mode Choke Coils > Impedance Characteristics Max. 21.2 Max. 21.2 Max. 18.1 3.8 ø0.8 13.0 10.0 34S S 3.5 14.0 Max. 17.0 18.0 4-ø0.8 Max. 22.0 Max. 22.0 S or S SS 10M 110M1M10k 100k1k FREQUENCY (Hz) 100 10k 100k IMPEDANCE (Ω) 603 393 333 223 183 103 682 392 222 EMC < AC Common Mode Choke Coils > DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ΠϯμΫλϯε ΠϯμΫλϯε ɻ ͰେΠϯμΫλϯεɻ ਰಛੑ͕༏ΕΔɻ Πϯϐʔμϯεಛੑ

Noise prevention for TV, VCR, AV, OA equipments.
Large inductance type in spite of its small size. 2. Excellent attenuation characteristics in low frequency. Application Impedance Characteristics LF2020 Specifications 1. Noise prevention for TV, VCR, AV, OA equipments.
AC common mode choke coil which has excellent attenuation ɹcharacteristics in low frequency band. Application LF2020B Max. 60mΩ Max. 120mΩ Max. 190mΩ Max. 280mΩ Max. 400mΩ Max. 440mΩ Max. 740mΩ Max. 900mΩ Max. 1.3Ω Max. 1.8Ω Max. 2.6Ω Max. 4.1Ω LF2020BNP-R901 LF2020BNP-R202 LF2020BNP-R362 LF2020BNP-R522 LF2020BNP-R762 LF2020BNP-R932 LF2020BNP-R133 LF2020BNP-R193 LF2020BNP-R273 LF2020BNP-R353 LF2020BNP-R523 LF2020BNP-R823 Min. 0.9mH Min. 2.0mH Min. 3.6mH Min. 5.2mH Min. 7.6mH Min. 9.3mH Min. 13.0mH Min. 19.0mH Min. 27.0mH Min. 35.0mH Min. 52.0mH Min. 82.0mH 3.0Arms 2.2Arms 1.7Arms 1.3Arms 1.1Arms 1.0Arms 800mArms 700mArms 600mArms 500mArms 400mArms 300mArms Parts No. D.C.R.Inductance (1-2) (4-3) @20°C (1-2) (4-3) @1kHz Max. 240mΩ Max. 410mΩ Max. 1.00Ω Max. 1.63Ω Max. 2.04Ω Max. 3.42Ω LF2020NP-222 LF2020NP-392 LF2020NP-103 LF2020NP-183 LF2020NP-223 LF2020NP-333 Max. 150µH Max. 150µH Max. 550µH Max. 600µH Max. 800µH Max. 800µH 1.3Arms 1.0Arms 600mArms 500mArms 400mArms 300mArms Parts No. D.C.R. (1-2) (4-3) @20°C@1kHz Inductance Balance Min. 2.2mH Min. 3.9mH Min. 10.0mH Min. 18.0mH Min. 22.0mH Min. 33.0mH Inductance (1-2) (4-3) Rated current (50/60Hz) EMC < AC Common Mode Choke Coils > Rated current (50/60Hz) 100k 100 10k 1k 1M 10M 40M10k 100k FREQUENCY (Hz) IMPEDANCE (Ω) 1 4 S S or 1 4 SS 13.0 4-ø0.8 Max. 22.0 S S Max. 16.0 Max. 23.0 Max. 22.0 5.0 10.0 ø0.8 13.0 FREQUENCY (Hz) IMPEDANCE (Ω) R823 R523 R353 R273 R193 R133 R932 R762 R522 R362 R202 R901 EMC < AC Common Mode Choke Coils > ɻ ͰେΠϯμΫλϯεɻ ਰಛੑ͕༏ΕΔɻ ΠϯϐʔμϯεಛੑDIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ΠϯμΫλϯε ిྲྀΠϯμΫλϯε ΠϯμΫλϯε 333 223 183103 392 222 Impedance Characteristics Πϯϐʔμϯεಛੑ

Switching power supply, TV, PC, UPS.
Inexpensive type. 2. Large inductance is possible with closed magnetic core. Application Impedance Characteristics LF2628 Max. 0.10Ω Max. 0.15Ω Max. 0.25Ω Max. 0.30Ω Max. 0.40Ω Max. 0.55Ω Max. 0.7Ω Max. 1.0Ω Max. 1.4Ω Max. 1.8Ω Max. 2.4Ω LF2628NP-222 LF2628NP-332 LF2628NP-752 LF2628NP-912 LF2628NP-103 LF2628NP-153 LF2628NP-223 LF2628NP-333 LF2628NP-473 LF2628NP-623 LF2628NP-823 3.0Arms 2.5Arms 2.0Arms 1.8Arms 1.5Arms 1.2Arms 1.0Arms 800mArms 700mArms 600mArms 500mArms 50˚C 50˚C 50˚C 50˚C 50˚C 45˚C 45˚C 50˚C 45˚C 45˚C Parts No. D.C.R. Min. 2.2mH Min. 3.3mH Min. 7.5mH Min. 9.1mH Min. 10.0mH Min. 15.0mH Min. 22.0mH Min. 33.0mH Min. 47.0mH Min. 62.0mH Min. 82.0mH Inductance (1-2) (4-3) Standard Type Rated current Temperature (1-2) (4-3) @20°C (50/60Hz) Max. 0.10Ω Max. 0.15Ω Max. 0.25Ω Max. 0.30Ω Max. 0.40Ω Max. 0.55Ω Max. 0.7Ω Max. 1.0Ω Max. 1.4Ω Max. 1.8Ω Max. 2.4Ω LF2628NP-R332 LF2628NP-R472 LF2628NP-R822 LF2628NP-R113 LF2628NP-R153 LF2628NP-R183 LF2628NP-R273 LF2628NP-R393 LF2628NP-R513 LF2628NP-R753 LF2628NP-R104 3.0Arms 2.5Arms 2.0Arms 1.8Arms 1.5Arms 1.2Arms 1.0Arms 800mArms 700mArms 600mArms 500mArms 50˚C 50˚C 50˚C 50˚C 50˚C 45˚C 45˚C 50˚C 45˚C 45˚C Parts No. D.C.R. Min. 3.3mH Min. 4.7mH Min. 8.2mH Min. 11.0mH Min. 15.0mH Min. 18.0mH Min. 27.0mH Min. 39.0mH Min. 51.0mH Min. 75.0mH Min. 100.0mH Inductance (1-2) (4-3) High Inductance Type Rated current (1-2) (4-3) @20°C (50/60Hz) Temperature EMC < AC Common Mode Choke Coils > Specifications 1. Noise prevention for TV, VCR, AV, OA equipments.
AC common mode choke coil which has excellent attenuation ɹcharacteristics in low frequency band. Application LF2429 Max. 85mΩ Max. 170mΩ Max. 390mΩ Max. 1.0Ω Max. 1.95Ω Max. 85mΩ Max. 170mΩ Max. 390mΩ Max. 1.0Ω Max. 1.95Ω LF2429NP-R332 LF2429NP-R682 LF2429NP-R153 LF2429NP-R393 LF2429NP-R683 LF2429NP-T392 LF2429NP-T822 LF2429NP-T203 LF2429NP-T473 LF2429NP-T823 Min. 3.3mH Min. 6.8mH Min. 15.0mH Min. 39.0mH Min. 68.0mH Min. 3.9mH Min. 8.2mH Min. 20.0mH Min. 47.0mH Min. 82.0mH 2.5Arms 1.7Arms 1.0Arms 670mArms 460mArms 2.5Arms 1.7Arms 1.0Arms 670mArms 460mArms Parts No. Rated currentD.C.R.Inductance (1-4) (2-3) Impedance Characteristics 500k 30M10M1M100k30k 100 10k 100k FREQUENCY (Hz) IMPEDANCE (Ω) 823 473 223 103 752 222 500k 30M10M1M100k30k 100 10k 100k FREQUENCY (Hz) IMPEDANCE (Ω) R104 R513 R273 R153 R822 R332 ø0.8 13.0 Max. 27.0 SS S S ø0.8 Max. 18.4 Max. 25.6 13.0 Max. 30.1 4.0 10.0 FREQUENCY (Hz) FREQUENCY (Hz) IMPEDANCE (Ω) IMPEDANCE (Ω) R332 R682 R153 R393 R683 T392 T822 T203 T473 T823 EMC < AC Common Mode Choke Coils > DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ɻ ྿ՁλΠϓɻ ༻ʹΑΓɺେΠϯμΫλϯεՄೳɻ Πϯϐʔμϯεಛੑ ྗ஋ΠϯμΫλϯε ελϯμʔυλΠϓ ిྲྀΠϯμΫλϯε ϋΠΠϯμΫλϯελΠϓ ɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ ΠϯμΫλϯε Πϯϐʔμϯεಛੑ 108

Noise prevention for TV, VCR, AV, OA devices.
Inexpensive type. 2. Large inductance is possible with closed magnetic core. Application Impedance Characteristics LF2420 Max. 130mΩ Max. 180mΩ Max. 210mΩ Max. 470mΩ Max. 730mΩ Max. 870mΩ Max. 1.58Ω LF2420NP-252 LF2420NP-352 LF2420NP-452 LF2420NP-103 LF2420NP-153 LF2420NP-203 LF2420NP-353 Max. 100µH Max. 150µH Max. 200µH Max. 300µH Max. 400µH Max. 600µH Max. 800µH 2.0Arms 1.7Arms 1.5Arms 1.0Arms 800mArms 700mArms 600mArms Parts No. D.C.R. (1-2) (4-3) (50/60Hz)@20°C@1kHz Inductance Balance Min. 2.5mH Min. 3.5mH Min. 4.5mH Min. 10mH Min. 15mH Min. 20mH Min. 35mH Inductance (1-2) (4-3) Rated current EMC < AC Common Mode Choke Coils > Specifications 1. Switching power supply, TV, PC, UPS.
Inexpensive type. 2. Large inductance is possible with closed magnetic core. Application Impedance Characteristics LF2823 Max. 72mΩ Max. 230mΩ Max. 380mΩ Max. 650mΩ Max. 1.43Ω Max. 1.82Ω LF2823NP-182 LF2823NP-682 LF2823NP-123 LF2823NP-223 LF2823NP-393 LF2823NP-683 Max. 100µH Max. 200µH Max. 400µH Max. 500µH Max. 700µH Max. 850µH 2.6Arms 1.6Arms 1.2Arms 1.0Arms 700mArms 600mArms Parts No. D.C.R. (1-2) (4-3) (50/60Hz)@20°C@1kHz Inductance Balance Min. 1.8mH Min. 6.8mH Min. 12mH Min. 22mH Min. 39mH Min. 68mH Inductance (1-2) (4-3) Rated current SS SS or 15.0 21.0 4.0Max. 21.0 ø0.8 Max. 25.2 Max. 25.2 353 203 153 352 252 103 10k 100k 100 IMPEDANCE (Ω) 10k1k 100k 1M 10M 30M FREQUENCY (Hz) 452 or s ss 20.0Max. 29.5 24.0 Max. 29.5 ø0.8 4.0Max. 24.0 100k 10k 100 100k10k 1M 10M 100M FREQUENCY (Hz) IMPEDANCE (Ω) 182 682 123 683 393 223 EMC < AC Common Mode Choke Coils > ɻ ྿ՁλΠϓɻ ༻ʹΑΓɺେΠϯμΫλϯεՄೳɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Πϯϐʔμϯεಛੑ ిྲྀΠϯμΫλϯε ΠϯμΫλϯε ɻ ྿ՁλΠϓɻ ༻ʹΑΓɺେΠϯμΫλϯεՄೳɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Πϯϐʔμϯεಛੑ ిྲྀΠϯμΫλϯε ΠϯμΫλϯε 109

Specifications Impedance Characteristics PFC1816B 12.0mH SAMPLE 145mΩ 100mΩ 45mΩ PFC1816BNP-093 PFC1816BNP-063 PFC1816BNP-033 2.0A 2.2A 2.6A Parts No. D.C.R. (Typ.)@100kHz,0.1V 9.0mH 6.0mH 3.0mH Inductance (Typ.) Rated current EMC < AC Common Mode Choke Coils > Specifications 1. TV, VCRs, OA devices.

Safety standard conformance such as UL. Application 1. TV, VCRs, OA devices.
Safety standard conformance such as UL. Application Impedance Characteristics PFC1816 12.0mH SAMPLE 180mΩ 130mΩ 90mΩ 65mΩ PFC1816NP-123 PFC1816NP-093 PFC1816NP-063 PFC1816NP-033 1.5A 2.0A 2.3A 2.5A Parts No. D.C.R. (Typ.)@100kHz,0.1V 12.0mH 9.0mH 6.0mH 3.0mH Inductance (Typ.) Rated current Max. 17.0 (10) (16) Max. 16.0 15 ± 2 Max. 1.0 Max. 13.0 ss 1 IMPENDANCE (Ω) 35k 30k 25k 20k 15k 10k 100k 200k 300k 1M 2M 3M 10M FREQUENCY (Hz) Max. 18.0 (10) (16) Max. 16.0 15 ± 2 Max. 1.0 Max. 14.5 ss 1 100k IMPENDANCE (Ω) 200k 300k 1M 2M 3M 10M 35k 30k 25k 20k 15k 10k FREQUENCY (Hz) EMC < AC Common Mode Choke Coils > DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Πϯϐʔμϯεಛੑ ΠϯμΫλϯε ɻ ɻ ɻ ɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Πϯϐʔμϯεಛੑ ΠϯμΫλϯε

Specifications Impedance Characteristics Max. 4.0mΩ Max. 5.9mΩ Max. 9.2mΩ Max. 13.0mΩ Max. 20.0mΩ Max. 28.0mΩ Max. 40.0mΩ PFC2831C-241 PFC2831C-551 PFC2831C-981 PFC2831C-132 PFC2831C-222 PFC2831C-332 PFC2831C-462 Max. 30µH Max. 50µH Max. 70µH Max. 80µH Max. 100µH Max. 120µH Max. 180µH 15.0Arms 12.5Arms 11.0Arms 10.0Arms 8.0Arms 7.0Arms 6.0Arms Parts No. D.C.R. (1-2) (4-3) (50/60Hz)@20°C Inductance Balance Min. 0.24mH Min. 0.55mH Min. 0.98mH Min. 1.3mH Min. 2.2mH Min. 3.3mH Min. 4.6mH Inductance (1-2) (4-3) Rated current EMC < AC Common Mode Choke Coils > Specifications 1. TV, VCRs, OA devices.

Safety standard conformance such as UL. Application 1. TV, VCRs, OA devices.
Safety standard conformance such as UL. Application Impedance Characteristics PFC2225B Max. 9.2mΩ Max. 12.5mΩ Max. 26mΩ Max. 54mΩ Max. 81mΩ Max. 135mΩ PFC2225BNP-451 PFC2225BNP-801 PFC2225BNP-152 PFC2225BNP-402 PFC2225BNP-502 PFC2225BNP-702 Max. 30µH Max. 50µH Max. 80µH Max. 100µH Max. 150µH Max. 200µH 9.5Arms 8.0Arms 5.0Arms 4.0Arms 3.0Arms 2.5Arms Parts No. D.C.R. (1-2) (4-3) (50/60Hz)@20°C@1kHz Inductance Balance Min. 450µH Min. 800µH Min. 1.5mH Min. 4.0mH Min. 5.0mH Min. 7.0mH Inductance (1-2) (4-3) Rated current Max. 23.0 Max. ø35.0 Max. 35.0 Max. 1.5 5.0±1.0 (12.0) øwire ±0.1 (20.0) (17.0) 4 s 10k 100 55k 30k 10k 100k 1M 10M FREQUENCY (Hz) IMPEDANCE (Ω) 462 332 222 132 981 551 241 4 s or ss 3 5.0(16.0) Max. 20.0Max. 25.0 (10.0) Max. 27.0 ø0.9 10k 100 100k 10k 100k 1M 10M 100M FREQUENCY (Hz) IMPEDANCE (Ω) 152 702 502 402 801 451 EMC < AC Common Mode Choke Coils > DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Πϯϐʔμϯεಛੑ ిྲྀΠϯμΫλϯε ΠϯμΫλϯε ɻ ɻ ɻ ɻ DIMENSIONS (mm) ੇ๏ਤ Schematics ઢਤ Πϯϐʔμϯεಛੑ ిྲྀΠϯμΫλϯε ΠϯμΫλϯε 111

Wireless Power Transfer Coil OUTLINE Specifications Wireless Power Transfer coil suitable for WPC standard devices. AKN-Series AKN-Series П10~100 П5~50 0.4~5 5~500 50~150 ~10 Type Name od Powerid t Inductance UnloadedQ DIMENSIONS (mm) Wireless Power Transfer Coil t id od 1. Thin thickness achieved by special Ћ winding. 2. High Q achieved by Litz wire used. 3. Shielded structure designable by magnetic sheet. Wireless Power Transfer Coil 1. Charger for WPC devices. 2. Wireless chargers such as digital cameras and game machines. ཁ ిίΠϧɻ ܘ ʢNNʣ ʢ8ʣ ܘ ʢNNʣ ʢNNʣ Πϯάλϯε ʢµ)ʣ ੇ๏ਤ Features ಛ௃ ରԠՄɻ ༻ʹΑΓIJHI2Խɻ ଄ରԠՄɻ ແෛՙ2 ɻ ɻ Application ༻్ 112

A coil detects variety(or dimensions) of metal.Coupling to electronic circuitry is needed. (Q change, pulse vibration and attenuation characteristics to detect) SCDR105 SCDR105 SC-12N 50µH - 1mH 20µH - 1mH 10kHz - 20MHz Type Name Inductance Frequency SC-12N DIMENSIONS (mm) DIMENSIONS (mm) CONNECTION BOTTOM VIEW Sensor Coils for Metal 4.8± 0.2 0.8± 0.3 3.8±1.0 Ø0.7 ±0.1 Ø0.7 ± 0.2 Ø10.0 ± 0.5 (4.0) 6.4±0.4 (5.0) Max. 9.5 Max. 10.0 Max. 7.0 Sensor Coils for Metal ཁ ༻Ͱ͖·͢ɻʣ ੇ๏ਤ ໊ ΠϯμΫλϯε प೾਺ ཪ໘ਤ

Transponder : RFID (TX) OUTLINE Specifications (Reference)

Schematics Suitable for Keyless entry and Home security system's Tx-ant. AS705A DIMENSIONS (mm) AS705-125A 125.0 ± 1.5kHz3.3nF 470 µH (Ref.) AS705-125B 125.0 ± 1.5kHz4.7nF 330 µH (Ref.) AS705-125C 125.0 ± 1.5kHz6.8nF 225 µH (Ref.) AS705-125D 125.0 ± 1.5kHz8.2nF 190 µH (Ref.) AS705-125E 125.0 ± 1.5kHz10nF 155 µH (Ref.) AS705-134A 134.2 ± 1.5kHz3.3nF 410 µH (Ref.) AS705-134B 134.2 ± 1.5kHz4.7nF 290 µH (Ref.) AS705-134C 134.2 ± 1.5kHz6.8nF 200 µH (Ref.) AS705-134D 134.2 ± 1.5kHz8.2nF 165 µH (Ref.) AS705-134E 134.2 ± 1.5kHz10nF 135 µH (Ref.) AS705-20K 20 ± 1.5kHz330nF 145 µH (Ref.) Part number Inductance
Features
Dimension-(mm) Antenna < Transponder : RFID (TX) > 5.3±0.3 70.0±0.5 12.5±0.3 13.6±0.3 Manufacture Year & Month Manufacture Date NEW Antenna < Transponder : RFID (TX) > 1. Pre-tune Ant provide high efficiency in your line. 2. Molding improved from environmental suffering. (AS705A) 3. It is possible to use as a 3 terminal type. 4. Packaging can be available. (with Harness, Connector and Casing) C L 32 1 C L AS705A ཰Խɻ ΋ՄೳͰ͢ɻ 5.3±0.3 70.0±0.5 12.5±0.3 13.6±0.3 3M TAPE Manufacture Date (16.8) Stamp Manufacture Year & MonthTUBE TAPE * It is possible 2 terminal type. (1-2) ΋ՄೳͰ͢ɻ Tuning Capacitance Tuning Frequency ಉௐप೾਺ಉௐ༰ྔ ཁ ʣ ΠϯμΫλϯε ઢਤ ͼϗʔϜηΩϡϦςΟγεςϜͷૹ৴ଆ"/5ɻ ੇ๏ਤ

Specifications (Reference)

Schematics AS11619 DIMENSIONS (mm)
Features Antenna < Transponder : RFID (TX) > 77.0±1.0 61±1 116±1.5 120±10 73±1 98.5±12 (90) ø7.0±0.3 9.5±0.5 R3.5±0.3 18±0.5 15±0.5 12.0±0.5 6.0±0.3 15.0±0.5 13.0±0.5 3.0±0.2 19.0±0.6 AS11619-125A 125.0 ± 1.5kHz3.3nF 470 µH (Ref.) AS11619-125B 125.0 ± 1.5kHz4.7nF 330 µH (Ref.) AS11619-125C 125.0 ± 1.5kHz6.8nF 225 µH (Ref.) AS11619-125D 125.0 ± 1.5kHz8.2nF 190 µH (Ref.) AS11619-125E 125.0 ± 1.5kHz10nF 155 µH (Ref.) AS11619-134A 134.2 ± 1.5kHz3.3nF 410 µH (Ref.) AS11619-134B 134.2 ± 1.5kHz4.7nF 290 µH (Ref.) AS11619-134C 134.2 ± 1.5kHz6.8nF 200 µH (Ref.) AS11619-134D 134.2 ± 1.5kHz8.2nF 165 µH (Ref.) AS11619-134E 134.2 ± 1.5kHz10nF 135 µH (Ref.) AS11619-20K 20 ± 1.5kHz330nF 145 µH (Ref.) NEW Part number Inductance Antenna < Transponder : RFID (TX) > 1. Pre-tune Ant provide high efficiency in your line. 2. Molding improved from environmental suffering. (AS11619) 3. It is possible to use as a 3 terminal type. 4. Packaging can be available. (with Harness, Connector and Casing) C L 32 1 C L AS11619 ઢਤ ཰Խɻ ΋ՄೳͰ͢ɻ Tuning Capacitance Tuning Frequency ಉௐप೾਺ಉௐ༰ྔ * It is possible 2 terminal type. (1-2) ΋ՄೳͰ͢ɻ ʣ ੇ๏ਤ ΠϯμΫλϯε 115

Antenna < Transponder : RFID (TX) > AS4112 DIMENSIONS (mm) AS8411 DIMENSIONS (mm) Specifications (Reference)

Schematics• Features ಛ௃ (200) 43.4±0.5 15.0±0.5 12.3±0.5 12.0±0.5 18.8±0.5 42.8±0.5 (122) 41.2±0.5 19.4±0.5 7.6±0.5 12.0±0.5 2-1.5±0.3 2.5±0.3 2.3±0.2 2.3 ±0.2 2-2.9±0.3 (7.1) (11.4) SWITCH POTTING TUBE CONNECTOR 76±0.6 84.2±0.6 ø3.0 ø3.2 4–R5.0 black wire White wire 18.1±0.5 (24.7) (10.5) (66.3) (3.2) (0.3) 11.1±0.5 (10.5) AS4112-125-332 125.0 ± 1.5kHz3.3nF 500µH (Ref.) AS4112-134-332 134.2 ± 1.5kHz3.3nF 435µH (Ref.) AS4112-125-472 125.0 ± 1.5kHz4.7nF 345µH (Ref.) AS4112-134-472 134.2 ± 1.5kHz4.7nF 290µH (Ref.) AS8411-125A 125.0 ± 1.5kHz3.3nF - AS8411-134A 134.2 ± 1.5kHz3.3nF - Tuning Capacitance Tuning FrequencyPart number Inductance Antenna < Transponder : RFID (TX) > ಉௐप೾਺ಉௐ༰ྔ ੇ๏ਤ ੇ๏ਤ ʣ ઢਤ ΠϯμΫλϯε 1. Pre-tune Ant provide high efficiency in your line. 2. Molding improved from environmental suffering. (AS4112, AS8411) 3. It is possible to use as a 3 terminal type. 4. Packaging can be available. (with Harness, Connector and Casing) * It is possible 2 terminal type. (1-2) C L 32 1 C L 21΋ՄೳͰ͢ɻ AS4112, AS8411 ཰Խɻ "4ʣ ΋ՄೳͰ͢ɻ

Antenna < Transponder : RFID (TX) > Specifications (Reference)

Schematics AS765 DIMENSIONS (mm) AS737 AS765 AS11635 1.0Ω (Typ.) 1.0Ω (Typ.) 1.0Ω (Typ.) * It is possible for customer specification at harness length and connector form. * It is possible for other frequency. Type Name Impedance 125.0 ± 1.0kHz 125.0 ± 1.0kHz 125.0 ± 1.0kHz AS11635 DIMENSIONS (mm) 1. Pre-tune Ant provide high efficiency in your line. 2. Molding improved from environmental suffering. (AS737) 3. It is possible to use as a 3 terminal type. 4. Packaging can be available. (with Harness, Connector and Casing)
Features Tuning Frequency 76.0 ± 2.0 13.6 ± 1.0 12.5 ± 1 5.3 ± 0.6 16.4 ± 1.0 77.0 ± 1.0 116 ± 1.5 69.0 ± 1.0 13.0 ± 0.5 3.5 ± 0.6 98.5 ± 1.2 73.0 ± 1.0 18.0 ± 0.5 15.0 ± 0.52-ø7.5 AS737 DIMENSIONS (mm) 14.5 ± 0.2 73.8 ± 0.5 7.5 ± 0.2 (13.3) 2.45 (4.6) A S 7 3 7 ੇ๏ਤ * It is possible 2 terminal type. (1-2) C L 32 1 C L C L ΋ՄೳͰ͢ɻ Antenna < Transponder : RFID (TX) > AS737 AS765/AS11635 ʣ ઢਤ ੇ๏ਤ ੇ๏ਤ ผରԠக͠·͢ɻ ৼΠϯϐʔμϯε ཰Խɻ ΋ՄೳͰ͢ɻ ಉௐप೾਺

Antenna < Transponder : RFID (TX) > Specifications (Reference)

Schematics AS224 Min. 30 * It is possible for customer specification at harness length and connector form. Type Name 490µH ± 5% Unloaded Q AS224 DIMENSIONS (mm) 1. Pre-tune Ant provide high efficiency in your line. 2. It is possible to use as a 3 terminal type. 3. Packaging can be available. (with Harness, Connector and Casing)
Features Inductance (24.0) 4-2.2 ± 0.3 11.4 ± 0.35 4-0.64 9.2 ± 0.4 19.5 ± 0.5 Antenna < Transponder : RFID (TX) > ʣ ઢਤ ੇ๏ਤ ผରԠக͠·͢ɻ ཰Խɻ ΋ՄೳͰ͢ɻ ΠϯμΫλϯε L

Transponder : RFID (RX) OUTLINE Antenna coils for Keyless Entry Systems, Smart Entry Systems and Passive Entry Systems RFID etc. CAD10D25 DIMENSIONS (mm) LAND PATTERNS (mm) CAS10D25 DIMENSIONS (mm) LAND PATTERNS (mm) CAS11D28 DIMENSIONS (mm) LAND PATTERNS (mm) Antenna < Transponder : RFID (RX) > 1.7 Max. 3.5 Max. 2.95 8.6 Max. 11.6 12.3 8.2 3.5 7.5 2.0 10.6 5.6 1.6 8.0 5.0 3.0 10.4 9.4±0.2 5.6 ±0.2 Max. 2.6 1.9±0.2 9.4±0.2 8.8±0.2 2.5±0.2 Max. 12.0 CAS7D23 DIMENSIONS (mm) LAND PATTERNS (mm) 7.8 4.0 2.8 DIMENSIONS (mm) LAND PATTERNS (mm) 13.2 4.6 ø12.20 ø7.30 Max. 2.3 7.6 2.5 5.0 CAK12D21 CAD8D25 NEW DIMENSIONS (mm) LAND PATTERNS (mm) 3.1±0.1 2.3±0.1 Max.3.7 7.4 5.8 1.4 +0.2 –0.17.2 +0.1 –0.2 8.0±0.2 2.5±0.1 0.9 7.6±0.2 5.0 2.5 9.0 1.4±0.2 2.0±0.2 2.0±0.2 1.4±0.2 3.3 2.5±0.1 3.6±0.1 10±0.2 7.9±0.2 1.8±0.1 5.5 4.0 Antenna < Transponder : RFID (RX) > ཁ ΩʔϨεΤϯ τϦʔγεςϜɺεϚʔτΤϯτϦʔγεςϜɺύογϒΤϯτϦʔγεςϜɺ3'*%౳ͷΞϯ ςφίΠϧͰ͢ɻ

DIMENSIONS (mm) LAND PATTERNS (mm) CAS14D26 DIMENSIONS (mm) LAND PATTERNS (mm) CAS13D28 DIMENSIONS (mm) LAND PATTERNS (mm) Antenna < Transponder : RFID (RX) > Specifications CAS16D14 DIMENSIONS (mm) LAND PATTERNS (mm) DIMENSIONS (mm) LAND PATTERNS (mm) CAS7D23 CAD8D25 CAS10D25 CAD10D25 CAS11D28 CAK12D21 CAS16D14 CAK15D14 CAS19D17C CAS14D26 CAS13D28 500µH - 8.0mH 2.38mH - 16.2mH 500µH - 10.6mH 1mH - 25mH 500µH - 7.2mH 1mH - 7.2mH 1mH - 6.0mH 1mH - 6.0mH 1.0mH - 9.8mH 900µH - 2.4mH 7.4mH / 9.0mH Type Name Inductance Min. 35 Min. 50 Min. 30 Min. 50 Min. 30 13 (Typ.) Min. 20 13 (Typ.) Min. 40 Min. 30 25 / 18 (Typ.) Unloaded Q Min. 500kHz Min. 500kHz Min. 700kHz Min. 700kHz Min. 700kHz Min. 550kHz Min. 650kHz Min. 1MHz Min. 400kHz Min. 1MHz Min. 500kHz S.R.F. 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz Frequency Max. 3.5 Max. 1.6 Max. 17.0 (13.5) (1.6) 3.5 13.4 17.2 CAK15D14 6.85 16.4 1.5 Max. 1.6 0.2 ø13.5 ø14.7 1.7 13.5 17.2 17.2 3.6 Max. 20.0 Max. 5.3 Max. 1.94.3 19.0 20.6 16.0 4.4 3.0 15.6 11.4 Max. 4.0 Max. 4.8 Max. 3.0 Max. 15.0 12.0 2.4 Max. 1.8 Max. 6.6 (4-1.5) (4-0.8) Max. 7.4 Max. 3.2 Max. 13.1 13.1ʴ0.3 ʵ0.2 10.8ʴ0.3 ʵ0.2 1.0 14.1 7.5 Antenna < Transponder : RFID (RX) > ৼप೾਺ प೾਺

TPMS : RFID OUTLINE Specifications This is the RFID transponder coil, which is for related security equipment and keyless entry systems for automobiles. DIMENSIONS (mm) SCHEMATICS This specification might be changed without notice due to under developing and improving. Thank you for your understanding. About AR9D27 AR9D27 1.0mH - 5.0mH Type Name Inductance Min. 30 Unloaded Q 1MHz S.R.F. 125kHz Frequency PROVISIONAL Antenna < TPMS : RFID > ø2.6 ø2.7 9.2 0.5 1.0 1.0 1.5 2.7 1.5 OUTLINE Specifications It is TPMS(Tire Pressure Monitoring System). CAS10D25 CAS7D23 CAS11D28 500µH - 10.6mH 500µH - 8.0mH 500µH - 7.2mH Type Name Inductance Min. 30 Min. 35 Min. 30 Unloaded Q 700kHz 500kHz 700kHz S.R.F. 125kHz 125kHz 125kHz Frequency DIMENSIONS (mm) LAND PATTERNS (mm) CAS11D28 DIMENSIONS (mm) LAND PATTERNS (mm) 1.7 Max. 3.5 Max. 2.95 8.6 Max. 11.6 12.3 8.2 3.5 CAS7D23 5.6 1.6 8.0 ཁ λΠѹϞχλϦϯάγεςϜ༻ίΠϧͰ͢ɻ AR9D27 CAS10D25 DIMENSIONS (mm) LAND PATTERNS (mm) 7.5 2.0 10.6 3.3 2.5±0.1 3.6±0.1 10±0.2 7.9±0.2 1.8±0.1 5.5 4.0 Antenna < TPMS : RFID > 3.1±0.1 2.3±0.1 Max.3.7 7.4 5.8 1.4 +0.2 –0.17.2 +0.1 –0.2 ཁ ੇ๏ਤઢਤ CAS19D17C DIMENSIONS (mm) LAND PATTERNS (mm) CAS14D26 DIMENSIONS (mm) LAND PATTERNS (mm) CAS13D28 DIMENSIONS (mm) LAND PATTERNS (mm) Antenna < Transponder : RFID (RX) > Specifications CAS16D14 DIMENSIONS (mm) LAND PATTERNS (mm) DIMENSIONS (mm) LAND PATTERNS (mm) CAS7D23 CAD8D25 CAS10D25 CAD10D25 CAS11D28 CAK12D21 CAS16D14 CAK15D14 CAS19D17C CAS14D26 CAS13D28 500µH - 8.0mH 2.38mH - 16.2mH 500µH - 10.6mH 1mH - 25mH 500µH - 7.2mH 1mH - 7.2mH 1mH - 6.0mH 1mH - 6.0mH 1.0mH - 9.8mH 900µH - 2.4mH 7.4mH / 9.0mH Type Name Inductance Min. 35 Min. 50 Min. 30 Min. 50 Min. 30 13 (Typ.) Min. 20 13 (Typ.) Min. 40 Min. 30 25 / 18 (Typ.) Unloaded Q Min. 500kHz Min. 500kHz Min. 700kHz Min. 700kHz Min. 700kHz Min. 550kHz Min. 650kHz Min. 1MHz Min. 400kHz Min. 1MHz Min. 500kHz S.R.F. 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz 125kHz Frequency Max. 3.5 Max. 1.6 Max. 17.0 (13.5) (1.6) 3.5 13.4 17.2 CAK15D14 6.85 16.4 1.5 Max. 1.6 0.2 ø13.5 ø14.7 1.7 13.5 17.2 17.2 3.6 Max. 20.0 Max. 5.3 Max. 1.94.3 19.0 20.6 16.0 4.4 3.0 15.6 11.4 Max. 4.0 Max. 4.8 Max. 3.0 Max. 15.0 12.0 2.4 Max. 1.8 Max. 6.6 (4-1.5) (4-0.8) Max. 7.4 Max. 3.2 Max. 13.1 13.1ʴ0.3 ʵ0.2 10.8ʴ0.3 ʵ0.2 1.0 14.1 7.5 Antenna < Transponder : RFID (RX) >

Application is the xDSL line transformer. CEP78B SCHEMATICS Specifications DIMENSIONS (mm) [ ] : inch For xDSL Line Transformers & Splitter Coils

Features
Complies to meet UL60950/IEC60950/EN60950 requirements for working voltages up to 250Vrms.
Smaller foot print for Central Office applications.
Lowest Profile.
Superb THD & Longitudinal Balance LAND PATTERNS (mm) [ ] : inch CEP78B Type Name J10150 J10170 J10147 J10167 J10204 J14104 J10168 J10169 J14108 J14118 Part No. Inductance Turns Ratio (line:IC) 1090 1100 470 800 1400 0.9:1 0.9:1 0.408:1 0.408:1 1.2:1 1.1:1 1.333:1 1.333:1 1.333:1 1.333:1 Insulation Functional Functional Functional Functional Functional Functional Functional Functional Functional Supplementary IC Supplier Chip Set Application Conexant Conexant Conexant Conexant Broadcom Conexant Infineon Infineon Infineon Infineon Octane, OctanePlus 130, G24 with EL 1528 Driver Octane,G24 with Le87213A Driver or Le87220 Driver BladeRunner 2nd Generation (BCM6411, BCM6421) Accelity II Gemimax Gemimax Vinax CO (PEF 88102, PEF 88601) Vinax CPE (PEB 83000) ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex A VDSL/VDSL2+ CO over POTS ADSL/ADSL2/ADSL2+ CO Annex A VDSL/VDSL2 CO Annex B VDSL/VDSL2 CO Annex B VDSL/VDSL2 CPE Annex B xDSL Line Transformers (nom uH) TERMINAL CONNECTION (BOTTOM VIEW) 3 6 4 5 [inches] DIMENSIONS: CHIPLINE POLARITY mm 8.1 [.319] 8.0 [.315] Max. 8.5 [.335] Max. 9.5 [.374] Pin 1. Pin numbers increment clockwise around the part. RM4 CEP912 RM6 CEP89CEP913 EEH1313 EEH1617 CEP79CEP78B CPFC85 EP1311 TEL PC CEP1311 CEP1311C CEP810 CEP810B EP1311D CEEH6D57CEP1311E CEP912 CEP912B CEP911 CEP913 6.8 [.268] 1.1 [.043] 9.0 [.354] 1.9 [.075] 5.7 [.225] 2.5 [.098] xDSL Line Transformers ཁ Y%4-ͷϥΠϯτϥϯεͰ͢ɻ ੇ๏ਤઢਤ ɾ௿എͰ͢ɻ ਪ঑ϥϯυੇ๏ ໊߸਺ൺΠϯμΫλϯε IC TAG IC TAG DIMENSIONS (mm) RFID2225
Compliant with ISO/IEC 15693-2, -3; ISO/IEC18000-3
Operating Frequency: 13.56MHz
Can be grouped on application basis
Capable of reading data of certain pieces of goods
IC: NXP I-Code Sli-L, TI Tag-it HF-I Application
Laundry control
Product identification
Asset management Specifications RFID2225 -25°C to +90°C(200°C) Type Name Storage temperature -25°C to 120°C Operating temperature 13.56MH ± 300kHz Operating frequency (at +25°C) 22 ± 0.2 ø22 ± 0.2 2.5 ± 0.2 DIMENSIONS (mm) RFID0416
Compliant with ISO/IEC 15693-2, -3; ISO/IEC18000-3
Operating Frequency: 13.56MHz
Can be grouped on application basis
Capable of reading data of certain pieces of goods
IC: NXP I-Code Sli-L, TI Tag-it HF-I Application
Tracking of identification data for OA (office automation) and FA (factory automation)
Product identification
Asset management Specifications RFID0416 -25°C to +45°C Type Name Storage temperature -25°C to 60°C Operating temperature 13.56MH ± 300kHz Operating frequency (at +25°C) 16 ± 0.5 ø4.0 ± 0.1 OUTLINE Two kinds of RFID with different shapes, with shortwave of 13.56MHz. IC TAG ੇ๏ਤ ɾڌ ɾप೾਺.)[ ɾΞϓϦέʔγϣϯʹΑΔϑΝϛϦʔԽՄೳ ɾϒϩοΫ͝ͱͷΈԽ 5*5BHJU)'* ɾڌ ɾप೾਺.)[ ɾΞϓϦέʔγϣϯʹΑΔϑΝϛϦʔԽՄೳ ɾϒϩοΫ͝ͱͷΈԽ 5*5BHJU)'* ɾϥϯ υϦʔཧ ɾ੡඼ೝূ ɾཧ ཧ ɾ੡඼ೝূ ɾཧ ੇ๏ਤ ಛ௃ ༻్ ཁ 48ଳʢ.)[ʣঢ়͠·ͨ͠ɻ

Application is the xDSL line transformer. CEP78B SCHEMATICS Specifications DIMENSIONS (mm) [ ] : inch For xDSL Line Transformers & Splitter Coils

Features
Complies to meet UL60950/IEC60950/EN60950 requirements for working voltages up to 250Vrms.
Smaller foot print for Central Office applications.
Lowest Profile.
Superb THD & Longitudinal Balance LAND PATTERNS (mm) [ ] : inch CEP78B Type Name J10150 J10170 J10147 J10167 J10204 J14104 J10168 J10169 J14108 J14118 Part No. Inductance Turns Ratio (line:IC) 1090 1100 470 800 1400 0.9:1 0.9:1 0.408:1 0.408:1 1.2:1 1.1:1 1.333:1 1.333:1 1.333:1 1.333:1 Insulation Functional Functional Functional Functional Functional Functional Functional Functional Functional Supplementary IC Supplier Chip Set Application Conexant Conexant Conexant Conexant Broadcom Conexant Infineon Infineon Infineon Infineon Octane, OctanePlus 130, G24 with EL 1528 Driver Octane,G24 with Le87213A Driver or Le87220 Driver BladeRunner 2nd Generation (BCM6411, BCM6421) Accelity II Gemimax Gemimax Vinax CO (PEF 88102, PEF 88601) Vinax CPE (PEB 83000) ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex A VDSL/VDSL2+ CO over POTS ADSL/ADSL2/ADSL2+ CO Annex A VDSL/VDSL2 CO Annex B VDSL/VDSL2 CO Annex B VDSL/VDSL2 CPE Annex B xDSL Line Transformers (nom uH) TERMINAL CONNECTION (BOTTOM VIEW) 3 6 4 5 [inches] DIMENSIONS: CHIPLINE POLARITY mm 8.1 [.319] 8.0 [.315] Max. 8.5 [.335] Max. 9.5 [.374] Pin 1. Pin numbers increment clockwise around the part. RM4 CEP912 RM6 CEP89CEP913 EEH1313 EEH1617 CEP79CEP78B CPFC85 EP1311 TEL PC CEP1311 CEP1311C CEP810 CEP810B EP1311D CEEH6D57CEP1311E CEP912 CEP912B CEP911 CEP913 6.8 [.268] 1.1 [.043] 9.0 [.354] 1.9 [.075] 5.7 [.225] 2.5 [.098] xDSL Line Transformers ཁ Y%4-ͷϥΠϯτϥϯεͰ͢ɻ ੇ๏ਤઢਤ ɾ௿എͰ͢ɻ ਪ঑ϥϯυੇ๏ ໊߸਺ൺΠϯμΫλϯε IC TAG IC TAG DIMENSIONS (mm) RFID2225
Compliant with ISO/IEC 15693-2, -3; ISO/IEC18000-3
Operating Frequency: 13.56MHz
Can be grouped on application basis
Capable of reading data of certain pieces of goods
IC: NXP I-Code Sli-L, TI Tag-it HF-I Application
Laundry control
Product identification
Asset management Specifications RFID2225 -25°C to +90°C(200°C) Type Name Storage temperature -25°C to 120°C Operating temperature 13.56MH ± 300kHz Operating frequency (at +25°C) 22 ± 0.2 ø22 ± 0.2 2.5 ± 0.2 DIMENSIONS (mm) RFID0416
Compliant with ISO/IEC 15693-2, -3; ISO/IEC18000-3
Operating Frequency: 13.56MHz
Can be grouped on application basis
Capable of reading data of certain pieces of goods
IC: NXP I-Code Sli-L, TI Tag-it HF-I Application
Tracking of identification data for OA (office automation) and FA (factory automation)
Product identification
Asset management Specifications RFID0416 -25°C to +45°C Type Name Storage temperature -25°C to 60°C Operating temperature 13.56MH ± 300kHz Operating frequency (at +25°C) 16 ± 0.5 ø4.0 ± 0.1 OUTLINE Two kinds of RFID with different shapes, with shortwave of 13.56MHz. IC TAG ੇ๏ਤ ɾڌ ɾप೾਺.)[ ɾΞϓϦέʔγϣϯʹΑΔϑΝϛϦʔԽՄೳ ɾϒϩοΫ͝ͱͷΈԽ 5*5BHJU)'* ɾڌ ɾप೾਺.)[ ɾΞϓϦέʔγϣϯʹΑΔϑΝϛϦʔԽՄೳ ɾϒϩοΫ͝ͱͷΈԽ 5*5BHJU)'* ɾϥϯ υϦʔཧ ɾ੡඼ೝূ ɾཧ ཧ ɾ੡඼ೝূ ɾཧ ੇ๏ਤ ಛ௃ ༻్ ཁ 48ଳʢ.)[ʣঢ়͠·ͨ͠ɻ

Features Specifications Inductance Turns Ratio Leakage Inductance Total Harmonic Distortion Dielectric Breakdown Isolation Interwinding Capacitance Longitudinal Balance D.C.R. 420µH ±10% 2 : 1 (±1%) Max. 1.35µH Max. 0.9Ω Max. 0.5Ω Max. -65dB Min. 45dB Min. 42dB Max. 50pF 1,500Vrms 1Sec 1,875Vrms 1Sec 350Vrms 1Sec (10kHz 0.1V) 2+3 short (100kHz 0.1V) 2+3, 6+7 short (100kHz 0.1V) 2+3, 5+6+7+8 short 2+3 short 5+7 short (30kHz, 3.0Vrms) (100kHz -12MHz), 2+3 shortɹɹɹɹ5+7 grounded (12MHz -17MHz), 2+3 shortɹɹɹɹ5+7 grounded (100kHz 0.1V) 2+3, 5+7 short (0.5mA) (0.5mA), 2+3, 5+6 short (0.5mA) (1-4) (1-4) (1-4) (8-6) (1-4) (1-4) (1-4) (1-8) (5-7) DIMENSIONS (mm) [ ] : inch SCHEMATICSLAND PATTERNS (mm) [ ] : inch CEP810B
Features
Complies to meet UL60950/IEC60950/EN60950/BABT/TÜV requirements for working voltages up to 250Vrms.
Low Profile.
Superb THD & Longitudinal Balance.
Complies with CAN/CSA C22.2 No.60950-1, EN60950-1, IEC60950-1 and UL 60950-1 functional insulation requirements for working voltages up to 250Vrms.
Small space and low height. DIMENSIONS (mm) [ ] : inch SCHEMATICSLAND PATTERNS (mm) [ ] : inch CEP911 Specifications CEP911 Type Name J10107L J10149 J10217 J10218 Part No. Turns Ratio (line:IC) 1000 1200 1200 400 0.9:1 2.3:1 3:1 1:1.41 Insulation Basic Supplementary Basic Basic IC Supplier Chip Set Application Conexant Analog Devices Analog Devices Analog Devices Octane, OctanePlus 130, G24 with EL1528 Driver Eagle, Eagle-II, Eagle-III, AD6488, AD6485 & AD6486 (Single Transformer Solution) Eagle, Eagle-II, Eagle-III, AD6488, AD6485 & AD6486 (Transmit for all CPE Solutions) Eagle, Eagle-II, Eagle-III, AD6488, AD6485 & AD6486 (Receive for all CPE Solutions) ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C (1-4) : (8-6) xDSL Line Transformers Inductance (nom uH) (BOTTOM VIEW) ChipLine 8.7 [.342] 1.2 [.047] 9.65 [.380] 2.5 [.098] 7.5 [.295] 2.4 [.094] (BOTTOM VIEW) ChipLine 8.7 [.343] 1.2 [.047] 11.0 [.433] 2.5 [.098] 7.5 [.295] 2.6 [.102] Max. 10.0 [.394] 6 x 2.5[.098] 8 x 0.6[.024]Pin 1. Pin numbers increment clockwise around the part. Max. 9.15 [.360] 6 x 2.5[.098] 8 x 0.4[.016] ઢਤਪ঑ϥϯυੇ๏ ΠϯμΫλϯε ୹བྷ ר͖਺ൺ ࿙ΕΠϯμΫλϯε ઢਤਪ঑ϥϯυੇ๏ ɾ௿എͰ͢ɻ *&$ ɾ௿എͰ͢ɻ ໊߸਺ൺΠϯμΫλϯε ઈԑഁյిѹ xDSL Line Transformers CEP810 Type Name C10204 C14103 C14103 C10107 C10203 C10197 C10176 C10199 C10141 C10138 C10168 C14109 C14119P2 Part No. Turns Ratio (line:IC) 420 800 800 1000 750 1100 1400 270 270 1.2:1 2:1 2:1 0.9:1 0.9:1 0.9:1 0.408:1 0.408:1 0.408:1 0.408:1 1.333:1 1.333:1 1.333:1 Insulation Basic Basic Basic Functional Basic Functional Functional Basic Functional Functional Basic Functional Supplementary IC Supplier Chip Set Application Broadcom Conexant Conexant Conexant Conexant Conexant Conexant Conexant Conexant Conexant Infineon Infineon Infineon BladeRunner, 2nd Generation (BCM6411, BCM6421) Accelity Accelity/Accelity II Octane, G24 with Le87213 Driver Octane, G24 with Le87213A or Le87220 Driver Gemimax VINAX-CO (138kHz-17MHz) VINAX-CPE (138kHz-17MHz) ADSL/ADSL2/ADSL2+ CO Annex A VDSL/VDSL2 CO over POTS VDSL/VDSL2 CPE over POTS ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CO Annex A VDSL/VDSL2 CO Annex B VDSL/VDSL2 CO Annex B
Features Line transformer for central offices. CEP79 Specifications Impedance Inductance Turns Ratio Leakage Inductance Insertion Loss Total Harmonic Distortion Withstand Voltage Longitudinal Balance D.C.R. Designed to reflect 100Ω on the PRI with 100Ω load on Sec. 850µH ±10% 1 : 1 (±1%) 3.6µH (Typ.) 1.2Ω (Typ.) 0.9Ω (Typ.) 0.85Ω (Typ.) 0.8Ω (Typ.) 0.1dB (Typ.) -75dB (Typ.) -90dB (Typ.) 70dB(Typ.) 1,875Vrms 1Sec (10kHz 0.1V) 2+3 tie (PRI : SEC) (100kHz 0.1V) 2+3, 6+7 tie , 5+8 short (20°C) (20°C) (20°C) (20°C) (30kHz-1.1MHz) (40kHz, 5.3Vrms) (100kHz, 5.3Vrms) (100kHz) (6, 7 GND) (50Hz/60Hz) between PRI-SEC (1-4) (1-4) (1-5) (1-3) (2-4) (5-7) (6-8) DIMENSIONS (mm) [ ] : inch SCHEMATICS CEP810 LAND PATTERNS (mm) [ ] : inch DIMENSIONS (mm) SCHEMATICSLAND PATTERNS (mm) Specifications
Features
Complies to meet UL60950/IEC60950/EN60950/BABT/TÜV requirements for working voltages up to 250Vrms.
Low Profile.
Superb THD & Longitudinal Balance. Octane, OctanePlus 130, G24 with EL1528 Driver Octane, G24 with Le87213/A or Le87220 Driver xDSL Line Transformers Inductance (nom uH) 3 x 2.0 9.2 0.4 Max. 9.8 LINE (PRI) CHIP (SEC) (BOTTOM VIEW) ChipLine Max. 9.8 [.386] 8 5 1 4 Max. 9.0 [.354] 1.2 [.047] 10.2 [.402] 2.5 [.098] 7.5 [.295] 2.1 [.083] 9.8 7.2 2.0 0.6 2.02.0 ༻ϥΠϯ τϥϯεͰ͢ɻ Πϯϐʔμϯε ΠϯμΫλϯε ઀ଓ ʢ࣍࣍ʣ ؒ࣍࣍ ר͖਺ൺ ࿙ΕΠϯμΫλϯε ଱ిѹ ઢਤਪ঑ϥϯυੇ๏ ઢਤਪ঑ϥϯυੇ๏ ɾ௿എͰ͢ɻ ໊߸਺ൺΠϯμΫλϯε

Features Specifications Inductance Turns Ratio Leakage Inductance Total Harmonic Distortion Dielectric Breakdown Isolation Interwinding Capacitance Longitudinal Balance D.C.R. 420µH ±10% 2 : 1 (±1%) Max. 1.35µH Max. 0.9Ω Max. 0.5Ω Max. -65dB Min. 45dB Min. 42dB Max. 50pF 1,500Vrms 1Sec 1,875Vrms 1Sec 350Vrms 1Sec (10kHz 0.1V) 2+3 short (100kHz 0.1V) 2+3, 6+7 short (100kHz 0.1V) 2+3, 5+6+7+8 short 2+3 short 5+7 short (30kHz, 3.0Vrms) (100kHz -12MHz), 2+3 shortɹɹɹɹ5+7 grounded (12MHz -17MHz), 2+3 shortɹɹɹɹ5+7 grounded (100kHz 0.1V) 2+3, 5+7 short (0.5mA) (0.5mA), 2+3, 5+6 short (0.5mA) (1-4) (1-4) (1-4) (8-6) (1-4) (1-4) (1-4) (1-8) (5-7) DIMENSIONS (mm) [ ] : inch SCHEMATICSLAND PATTERNS (mm) [ ] : inch CEP810B
Features
Complies to meet UL60950/IEC60950/EN60950/BABT/TÜV requirements for working voltages up to 250Vrms.
Low Profile.
Superb THD & Longitudinal Balance.
Complies with CAN/CSA C22.2 No.60950-1, EN60950-1, IEC60950-1 and UL 60950-1 functional insulation requirements for working voltages up to 250Vrms.
Small space and low height. DIMENSIONS (mm) [ ] : inch SCHEMATICSLAND PATTERNS (mm) [ ] : inch CEP911 Specifications CEP911 Type Name J10107L J10149 J10217 J10218 Part No. Turns Ratio (line:IC) 1000 1200 1200 400 0.9:1 2.3:1 3:1 1:1.41 Insulation Basic Supplementary Basic Basic IC Supplier Chip Set Application Conexant Analog Devices Analog Devices Analog Devices Octane, OctanePlus 130, G24 with EL1528 Driver Eagle, Eagle-II, Eagle-III, AD6488, AD6485 & AD6486 (Single Transformer Solution) Eagle, Eagle-II, Eagle-III, AD6488, AD6485 & AD6486 (Transmit for all CPE Solutions) Eagle, Eagle-II, Eagle-III, AD6488, AD6485 & AD6486 (Receive for all CPE Solutions) ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C (1-4) : (8-6) xDSL Line Transformers Inductance (nom uH) (BOTTOM VIEW) ChipLine 8.7 [.342] 1.2 [.047] 9.65 [.380] 2.5 [.098] 7.5 [.295] 2.4 [.094] (BOTTOM VIEW) ChipLine 8.7 [.343] 1.2 [.047] 11.0 [.433] 2.5 [.098] 7.5 [.295] 2.6 [.102] Max. 10.0 [.394] 6 x 2.5[.098] 8 x 0.6[.024]Pin 1. Pin numbers increment clockwise around the part. Max. 9.15 [.360] 6 x 2.5[.098] 8 x 0.4[.016] ઢਤਪ঑ϥϯυੇ๏ ΠϯμΫλϯε ୹བྷ ר͖਺ൺ ࿙ΕΠϯμΫλϯε ઢਤਪ঑ϥϯυੇ๏ ɾ௿എͰ͢ɻ *&$ ɾ௿എͰ͢ɻ ໊߸਺ൺΠϯμΫλϯε ઈԑഁյిѹ xDSL Line Transformers CEP810 Type Name C10204 C14103 C14103 C10107 C10203 C10197 C10176 C10199 C10141 C10138 C10168 C14109 C14119P2 Part No. Turns Ratio (line:IC) 420 800 800 1000 750 1100 1400 270 270 1.2:1 2:1 2:1 0.9:1 0.9:1 0.9:1 0.408:1 0.408:1 0.408:1 0.408:1 1.333:1 1.333:1 1.333:1 Insulation Basic Basic Basic Functional Basic Functional Functional Basic Functional Functional Basic Functional Supplementary IC Supplier Chip Set Application Broadcom Conexant Conexant Conexant Conexant Conexant Conexant Conexant Conexant Conexant Infineon Infineon Infineon BladeRunner, 2nd Generation (BCM6411, BCM6421) Accelity Accelity/Accelity II Octane, G24 with Le87213 Driver Octane, G24 with Le87213A or Le87220 Driver Gemimax VINAX-CO (138kHz-17MHz) VINAX-CPE (138kHz-17MHz) ADSL/ADSL2/ADSL2+ CO Annex A VDSL/VDSL2 CO over POTS VDSL/VDSL2 CPE over POTS ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex B ADSL/ADSL2/ADSL2+ CO Annex A/L/M ADSL/ADSL2/ADSL2+ CO Annex A VDSL/VDSL2 CO Annex B VDSL/VDSL2 CO Annex B
Features Line transformer for central offices. CEP79 Specifications Impedance Inductance Turns Ratio Leakage Inductance Insertion Loss Total Harmonic Distortion Withstand Voltage Longitudinal Balance D.C.R. Designed to reflect 100Ω on the PRI with 100Ω load on Sec. 850µH ±10% 1 : 1 (±1%) 3.6µH (Typ.) 1.2Ω (Typ.) 0.9Ω (Typ.) 0.85Ω (Typ.) 0.8Ω (Typ.) 0.1dB (Typ.) -75dB (Typ.) -90dB (Typ.) 70dB(Typ.) 1,875Vrms 1Sec (10kHz 0.1V) 2+3 tie (PRI : SEC) (100kHz 0.1V) 2+3, 6+7 tie , 5+8 short (20°C) (20°C) (20°C) (20°C) (30kHz-1.1MHz) (40kHz, 5.3Vrms) (100kHz, 5.3Vrms) (100kHz) (6, 7 GND) (50Hz/60Hz) between PRI-SEC (1-4) (1-4) (1-5) (1-3) (2-4) (5-7) (6-8) DIMENSIONS (mm) [ ] : inch SCHEMATICS CEP810 LAND PATTERNS (mm) [ ] : inch DIMENSIONS (mm) SCHEMATICSLAND PATTERNS (mm) Specifications
Features
Complies to meet UL60950/IEC60950/EN60950/BABT/TÜV requirements for working voltages up to 250Vrms.
Low Profile.
Superb THD & Longitudinal Balance. Octane, OctanePlus 130, G24 with EL1528 Driver Octane, G24 with Le87213/A or Le87220 Driver xDSL Line Transformers Inductance (nom uH) 3 x 2.0 9.2 0.4 Max. 9.8 LINE (PRI) CHIP (SEC) (BOTTOM VIEW) ChipLine Max. 9.8 [.386] 8 5 1 4 Max. 9.0 [.354] 1.2 [.047] 10.2 [.402] 2.5 [.098] 7.5 [.295] 2.1 [.083] 9.8 7.2 2.0 0.6 2.02.0 ༻ϥΠϯ τϥϯεͰ͢ɻ Πϯϐʔμϯε ΠϯμΫλϯε ઀ଓ ʢ࣍࣍ʣ ؒ࣍࣍ ר͖਺ൺ ࿙ΕΠϯμΫλϯε ଱ిѹ ઢਤਪ঑ϥϯυੇ๏ ઢਤਪ঑ϥϯυੇ๏ ɾ௿എͰ͢ɻ ໊߸਺ൺΠϯμΫλϯε

12 Volt Driver

Si3112 (Single Transformer Solution) Si3112 Si3112 ADSL/ADSL2/ADSL2+ CPE Annex A ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex B ADSL/ADSL2/ADSL2+ CPE over POTS VDSL/VDSL2 CPE over POTS VDSL/VDSL2 CPE over POTS ADSL CPE Annex A ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex B ADSL/ADSL2/ADSL2+ CPE over POTS ADSL/ADSL2/ADSL2+ CPE over POTS ADSL/ADSL2/ADSL2+ CPE over POTS ADSL CPE over Annex A DIMENSIONS (mm) [ ] : inch CEP1311E LAND PATTERNS (mm) [ ] : inch DIMENSIONS (mm) [ ] : inch SCHEMATICS SCHEMATICS CEP1311 LAND PATTERNS (mm) [ ] : inch DIMENSIONS (mm) [ ] : inch SCHEMATICS EP1311 TERMINAL LAYOUT (mm) [ ] : inch Specifications

Features
Complies to meet UL60950/IEC60950/EN60950/BABT/TÜV requirements for working voltages up to 250Vrms.
Superb THD & Longitudinal Balance.
J lead type of CEP1311C (CEP1311E) Argon 300/330/350/402/432 Centragate USB CX82310/20, CX82320 Endpoint CX85300 CX94510/15 DSRR-L100-309 Viking II (Café Series), Viking II Plus 2.5:1 (line-TX) 1:1 (line-RX) 4:1 (line-TX) 2:1 (line-RX) 4.2:1 (line-TX) 1:1 (line-RX) xDSL Line Transformers Inductance (nom uH) C10120 sumida 10 6 Max. 17.7 [.697] 1 5 10 x 2.54 [.100] 10 x 1.3 [.051] 8 x 2.5 [.098] 16.5 [.650] 10.0 [.394] (BOTTOM VIEW) POLARITY CHIPLINE LINE Rx Tx Max. 13.1 [.516] Max. 13.8 [.543] 1 5 610 Pin 1. Pin numbers increment clockwise around the part. 10.0 ± 0.3 10.0 ± 0.3 [.394 ± .012] 10 x ø0.6 ± 0.2 [ø.024 ± .008] Max. 14.0 [.551] 10.0 [.394] 10.0 [.394] (BOTTOM VIEW) POLARITY CHIPLINE Max. 13.8 [.543] Max. 15.8 [.622] [.201] 2 x 3.4 [.134] 7 x 1.7 [.067] 12 x 0.5 [.020] 17.3 [.681] 12 x 2.2 [.087] 7 x 1.7 [.067] 5.1[.201] 2 x 3.4 [.134] 12.9±0.25 [.508±.010] 12 x 1.0 [.039] ઢਤ ઢਤ ਪ঑ϥϯυੇ๏ ઢਤϐϯϨΠΞ΢τ ໊߸਺ൺΠϯμΫλϯε xDSL Line Transformers DIMENSIONS (mm) [ ] : inch SCHEMATICSLAND PATTERNS (mm) [ ] : inch CEP913
Features Specifications
Complies to meet UL60950/IEC60950/EN60950/BABT/TÜV requirements for working voltages up to 250Vrms.
Superb THD & Longitudinal Balance. CEP1311C DIMENSIONS (mm) [ ] : inch SCHEMATICSLAND PATTERNS (mm) [ ] : inch CEP1311C Type Name C14127 C10113A C10129B C10134 C10134C C10181 C10301 C10302 C10125 C10201 C10202 Part No. Turns Ratio (line:IC) 100 700 700 1400 1400 200 400 400 100 2.5:1 (line-TX) 1:1 (line-RX) 4.2:1 (line-TX) 2:1 (line-RX) 4.2:1 (line-TX) 2:1 (line-RX) 3.8:1 (line-TX) 1:1 (line-RX) 4.25:1 (line-TX) 1:1 (line-RX) 4.25:1 (line-TX) 1:1 (line-RX) 4.25:1 (line-TX) 1:1 (line-RX) Insulation Supplementary Supplementary Supplementary Supplementary Supplementary Functional Supplementary Supplementary IC Supplier Chip Set Application TI Conexant Conexant Infineon Infineon Broadcom Broadcom Broadcom UR8 Argon 552 Amazon Danube BCM6301 Driver (5 Volt), BCM6338, BCM6348 BCM6301 Driver (5 Volt), BCM6338, BCM6348 BCM6301 Driver (5 Volt), BCM6338, BCM6348 ADSL/ADSL2/ADSL2+/VDSL/VDSL2 CPE Annex B ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex B ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex B Argon 300/330/350/402/432 Centragate USB CX82310/20,b CX82320 Endpoint CX85300 CX94510/15 DSRR-L100-309 Viking II (Café Series), Viking II Plus 4:1 (line-TX) 2:1 (line-RX) 4:1 (line-TX) 2:1 (line-RX) Specifications 470µH ±10% 1.333 : 1 (±1%) Max. -80dB Max. 1.0µH 45dB (Typ) Max. 1.3Ω Max. 1.0Ω Max. 130pF 1,875Vrms 1Sec (10kHz 0.1V) 2+3 short (100kHz 0.1V) 2+3, 6+7 short (30kHz, 2.0Vrms) (1MHz 0.1V) 2+3, 5+6+7+8 short (138kHz -12MHz), 2+3 shortɹɹɹɹ6+7 ground 2+3 short 6+7 short (100kHz, 0.1V) 2+3, 6+7 short (0.5mA), 2+3, 6+7 short (1-4) (1-4) : (8-5) (1-4) (1-4) (1-4) (8-5) (1-8) (1-8) Inductance Turns Ratio Total Harmonic Distortion Leakage Inductance Longitudinal Balance D.C.R. Interwinding capacitance (Cww) Dielectric Breakdown Isolation
Features
Complies with CAN/CSA C22.2 No.60950-1, EN60950-1, IEC60950-1 and UL 60950-1 supplementary insulation requirements at working voltages up to 250Vrms.
Small space. xDSL Line Transformers Inductance (nom uH) (BOTTOM VIEW) ChipLine Max. 10.0 [.394] 6 x 2.5[.098] 8 x 0.6[.024] Max. 13.5 [.531] Max. 12.3 [.484] Max. 17.1 [.681] Pin 1. Pin numbers increment clockwise around the part. 16.1 [.634] 5.1 [.201] 2 x 3.4 [.134] 12 x 2.2 [.087] 7 x1.7 [.067] 12 x 1.0 [.039] Tx Rx CHIP LINE TERMINAL CONNECTION (BOTTON VIEW) POLARITY 8.7 [.343] 1.2 [.047] 11.0 [.433] 2.5 [.098] 7.5 [.295] 2.6 [.102] ઢਤਪ঑ϥϯυੇ๏ ઢਤਪ঑ϥϯυੇ๏ ໊߸਺ൺ ΠϯμΫλϯε ר͖਺ൺ ࿙ΕΠϯμΫλϯε ઈԑഁյిѹ *&$ ɾখচ໘ੵͰ͢ɻ ΠϯμΫλϯε

Part No. Turns Ratio (line:IC) 1500 700 1500 100 560 750 1000 409.5 1500 100 750 3000 409.5 2:1 2:1 1:1 5.33:1 1:1 2:1 2:1 2:1 4.2:1 0.4:1 2:1 Insulation Supplementary Supplementary Supplementary IC Supplier Chip Set Application TI Conexant TI TI PMC Sierra PMC Sierra PMC Sierra Broadcom TI TI Silicon Labs Silicon Labs Silicon Labs Broadcom UR8 AR7 Family AR7 Family PM4380 AFE PM4380 AFE PM4380 AFE Si3112 (Single Transformer Solution) Si3112 Si3112 ADSL/ADSL2/ADSL2+ CPE Annex A ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex B ADSL/ADSL2/ADSL2+ CPE over POTS VDSL/VDSL2 CPE over POTS VDSL/VDSL2 CPE over POTS ADSL CPE Annex A ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex B ADSL/ADSL2/ADSL2+ CPE over POTS ADSL/ADSL2/ADSL2+ CPE over POTS ADSL/ADSL2/ADSL2+ CPE over POTS ADSL CPE over Annex A DIMENSIONS (mm) [ ] : inch CEP1311E LAND PATTERNS (mm) [ ] : inch DIMENSIONS (mm) [ ] : inch SCHEMATICS SCHEMATICS CEP1311 LAND PATTERNS (mm) [ ] : inch DIMENSIONS (mm) [ ] : inch SCHEMATICS EP1311 TERMINAL LAYOUT (mm) [ ] : inch Specifications

Features
Complies to meet UL60950/IEC60950/EN60950/BABT/TÜV requirements for working voltages up to 250Vrms.
Superb THD & Longitudinal Balance.
J lead type of CEP1311C (CEP1311E) Argon 300/330/350/402/432 Centragate USB CX82310/20, CX82320 Endpoint CX85300 CX94510/15 DSRR-L100-309 Viking II (Café Series), Viking II Plus 2.5:1 (line-TX) 1:1 (line-RX) 4:1 (line-TX) 2:1 (line-RX) 4.2:1 (line-TX) 1:1 (line-RX) xDSL Line Transformers Inductance (nom uH) C10120 sumida 10 6 Max. 17.7 [.697] 1 5 10 x 2.54 [.100] 10 x 1.3 [.051] 8 x 2.5 [.098] 16.5 [.650] 10.0 [.394] (BOTTOM VIEW) POLARITY CHIPLINE LINE Rx Tx Max. 13.1 [.516] Max. 13.8 [.543] 1 5 610 Pin 1. Pin numbers increment clockwise around the part. 10.0 ± 0.3 10.0 ± 0.3 [.394 ± .012] 10 x ø0.6 ± 0.2 [ø.024 ± .008] Max. 14.0 [.551] 10.0 [.394] 10.0 [.394] (BOTTOM VIEW) POLARITY CHIPLINE Max. 13.8 [.543] Max. 15.8 [.622] [.201] 2 x 3.4 [.134] 7 x 1.7 [.067] 12 x 0.5 [.020] 17.3 [.681] 12 x 2.2 [.087] 7 x 1.7 [.067] 5.1[.201] 2 x 3.4 [.134] 12.9±0.25 [.508±.010] 12 x 1.0 [.039] ઢਤ ઢਤ ਪ঑ϥϯυੇ๏ ઢਤϐϯϨΠΞ΢τ ໊߸਺ൺΠϯμΫλϯε xDSL Line Transformers DIMENSIONS (mm) [ ] : inch SCHEMATICSLAND PATTERNS (mm) [ ] : inch CEP913
Features Specifications
Complies to meet UL60950/IEC60950/EN60950/BABT/TÜV requirements for working voltages up to 250Vrms.
Superb THD & Longitudinal Balance. CEP1311C DIMENSIONS (mm) [ ] : inch SCHEMATICSLAND PATTERNS (mm) [ ] : inch CEP1311C Type Name C14127 C10113A C10129B C10134 C10134C C10181 C10301 C10302 C10125 C10201 C10202 Part No. Turns Ratio (line:IC) 100 700 700 1400 1400 200 400 400 100 2.5:1 (line-TX) 1:1 (line-RX) 4.2:1 (line-TX) 2:1 (line-RX) 4.2:1 (line-TX) 2:1 (line-RX) 3.8:1 (line-TX) 1:1 (line-RX) 4.25:1 (line-TX) 1:1 (line-RX) 4.25:1 (line-TX) 1:1 (line-RX) 4.25:1 (line-TX) 1:1 (line-RX) Insulation Supplementary Supplementary Supplementary Supplementary Supplementary Functional Supplementary Supplementary IC Supplier Chip Set Application TI Conexant Conexant Infineon Infineon Broadcom Broadcom Broadcom UR8 Argon 552 Amazon Danube BCM6301 Driver (5 Volt), BCM6338, BCM6348 BCM6301 Driver (5 Volt), BCM6338, BCM6348 BCM6301 Driver (5 Volt), BCM6338, BCM6348 ADSL/ADSL2/ADSL2+/VDSL/VDSL2 CPE Annex B ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex B ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex A/C ADSL/ADSL2/ADSL2+ CPE Annex B Argon 300/330/350/402/432 Centragate USB CX82310/20,b CX82320 Endpoint CX85300 CX94510/15 DSRR-L100-309 Viking II (Café Series), Viking II Plus 4:1 (line-TX) 2:1 (line-RX) 4:1 (line-TX) 2:1 (line-RX) Specifications 470µH ±10% 1.333 : 1 (±1%) Max. -80dB Max. 1.0µH 45dB (Typ) Max. 1.3Ω Max. 1.0Ω Max. 130pF 1,875Vrms 1Sec (10kHz 0.1V) 2+3 short (100kHz 0.1V) 2+3, 6+7 short (30kHz, 2.0Vrms) (1MHz 0.1V) 2+3, 5+6+7+8 short (138kHz -12MHz), 2+3 shortɹɹɹɹ6+7 ground 2+3 short 6+7 short (100kHz, 0.1V) 2+3, 6+7 short (0.5mA), 2+3, 6+7 short (1-4) (1-4) : (8-5) (1-4) (1-4) (1-4) (8-5) (1-8) (1-8) Inductance Turns Ratio Total Harmonic Distortion Leakage Inductance Longitudinal Balance D.C.R. Interwinding capacitance (Cww) Dielectric Breakdown Isolation
Features
Complies with CAN/CSA C22.2 No.60950-1, EN60950-1, IEC60950-1 and UL 60950-1 supplementary insulation requirements at working voltages up to 250Vrms.
Small space. xDSL Line Transformers Inductance (nom uH) (BOTTOM VIEW) ChipLine Max. 10.0 [.394] 6 x 2.5[.098] 8 x 0.6[.024] Max. 13.5 [.531] Max. 12.3 [.484] Max. 17.1 [.681] Pin 1. Pin numbers increment clockwise around the part. 16.1 [.634] 5.1 [.201] 2 x 3.4 [.134] 12 x 2.2 [.087] 7 x1.7 [.067] 12 x 1.0 [.039] Tx Rx CHIP LINE TERMINAL CONNECTION (BOTTON VIEW) POLARITY 8.7 [.343] 1.2 [.047] 11.0 [.433] 2.5 [.098] 7.5 [.295] 2.6 [.102] ઢਤਪ঑ϥϯυੇ๏ ઢਤਪ঑ϥϯυੇ๏ ໊߸਺ൺ ΠϯμΫλϯε ר͖਺ൺ ࿙ΕΠϯμΫλϯε ઈԑഁյిѹ *&$ ɾখচ໘ੵͰ͢ɻ ΠϯμΫλϯε

128 xDSL Line Transformers EP1311D DIMENSIONS (mm) SCHEMATICSTERMINAL LAYOUT (mm) [ ] : inch Specifications

Features
Pin type of CEP1311C
Complies with CAN/CSA C22.2 No.60950-1,EN60950-1, IEC60950-1, and UL60950-1 supplementary insulation requirements for working voltages up to 250Vrms. 658µH ~ 742µH Within Max. 38µH Max. 1.5Ω Max. 5.0Ω Max. 2.4Ω 3.95 ( ± 2.0%) 2.0 ( ± 2.0%) Min. 48dB Max. 28pF Max. - 87dB 1900Vrms, 2Sec ITEM Limits Measuring conditions Inductance Leakage Inductance DC Resistance (D.C.R.) Turns Ratio (T/R) Longitudinal Balance (LB) Interwinding capacitance Total harmonic distortion Withstand Voltage (16-9) (16-9) (1-4) (16-9) (5-8) (16-9):(1-4) (16-9):(5-8) (16-9) (9-8) (1-16) (1-16) 10kHz, 0.1V (14 + 11 Shorted) 100kHz, 0.1V (1 + 4, 2 + 3, 14 + 11 Shorted) 100kHz, 0.1V (5 + 8, 6 + 7, 14 + 11 Shorted) (2 + 3 Shorted) (14 + 11 Shorted) (6 + 7 Shorted) 10kHz, 0.1V (2 + 3, 14 + 11 Shorted) 10kHz, 0.1V (6 + 7, 14 + 11 Shorted) 35kHz ~ 650kHz (14 + 11 Shorted)(6 +7)Grounded 100kHz, 0.1V (6 + 7, 14 + 11 Shorted) 100kHz, 0.1V (2 + 3, 14 + 11 Shorted) 5.3Vrms, 20kHz 0.5mA, 50/60Hz (2 + 3, 4 + 5, 6 + 7, 14 + 11 Shorted) CEEH6D57 DIMENSIONS (mm) SCHEMATICSLAND PATTERNS (mm) Specifications
Features
Small SMD pulse transformer use for Multi-vender network for sensor & actuator (CompoNet)
Small size (6.9 ʷ 7.0mm) and low height (Max.6.0mm)
Operating temperature -40˚C to 85˚C
Correspond RoHS directives.ɹ 3.5mHҎ্ 1 : 1 ± 2%Ҏ಺ 3.5µHҎԼ 8pFҎԼ 46pFҎԼ 2.2ΩҎԼ AC 500Vrms, 60Sec 2kΩҎ্ ITEM Limits Measuring conditions Inductance Turns Ratio Leakage Inductance Distributed capacitance Interwinding capacitance D.C.R. Withstand Voltage Impedance (1-3) (1-3) (1-3) (1࣍2࣍) 1-3), (4-6) (1,2,3-4,5,6) (1-3) at 10kHz, 20mV at 10kHz, 20mV at 1MHz, 20mV (4, 5, 6 Short) at 10MHz, 20mV at 1MHz, 20mV at 20°C 0.5mA, (50Hz / 60Hz) 93.75kHz ʙ8MHz xDSL Line Transformers 12 x ø0.8

13.0 Type

Max. 12.8 3.2 ± 0.5 Max. 13.8 5.1 2 x 3.4 7 x 1.7 13.2 11.9 12 x 0.5 ± 0.1 2 x 3.4 5.1 13.2 13.9 7 x 1.7 Rx Tx 6.6 1.91 5.78 1.91 7.0±0.5 4 x 2.54±0.15 5.08 1.02 0.45±0.1 S S S ઢਤϐϯϨΠΞ΢τ ɾ$&1$ͷϐϯλΠϓτϥϯεͰ͢ɻ *&$ ΠϯμΫλϯε ࿙ΕΠϯμΫλϯε ଱ిѹ ઢਤਪ঑ϥϯυੇ๏ ɾηϯαˍΞΫνϡΤʔλʔ༻ϚϧνϕϯμωοτϫʔΫʢ$PNQP/FUʣʹରԠ͠ܕɾ૷ύϧετϥϯεɻ ɾখܕʢʷNNʣɾ௿എʢ.BYNNʣɻ ɾ༻Թ౓ൣғɹˆʙˆɻ ɾྩରԠ඼ɻ ΠϯμΫλϯε ࿙ΕΠϯμΫλϯε ෼෍༰ྔ ଱ిѹ Πϯϐʔμϯε xDSL Line Transformer & Pots Splitter Coil xDSL Line Transformer & Pots Splitter Coil OUTLINE This is Pots Splitter coil for xDSL and xDSL line transformer.

Features
Complies to meet UL60950/IEC60950/EN60950 requirements for working voltages up to 250Vrms.
Splitter coil correspondence with ITU-T(Annex-A/E/C) standard.
Superb THD & Longitudinal Balance.
Ideally used in ADSL/VDSL Central Office, SHDSL & HDSL & Splitter.
Low Profile.
Smaller foot print for Central Office applications. DIMENSIONS (mm) [ ] : inch LAND PATTERNS (mm) [ ] : inch CEP912 CEP912 Type Name J13101 J13103 Part No. Turns Ratio (line:IC) 3200 3200 0.7:1 0.472:1 Insulation Basic Basic IC Supplier Chip Set Application Conexant Conexant Octane, OctanePlus 130, G24 with EL 1528 Driver Octane, G24 with Le87213/A or Le87220 Driver SHDSL CO SHDSL CO Specifications SCHEMATICS DIMENSIONS (mm) [ ] : inch LAND PATTERNS (mm) [ ] : inch CEP912B SCHEMATICS xDSL Line Transformer & Pots Splitter Coil Inductance (nom uH) Max. 10.0 [.394] 6 x 2.5[.098] 8 5 1 4 8 x 0.6[.024] 6 x 2.5[.098] 8 x 0.4[.016] 8.7 [.343] 11.0 [.433] 1.2 [.047] 2.6 [.102] 7.5 [.295]2.5 [.098] Max. 10.0 [.394] 5.8 [.228] 10.3 [.406] 2.5 [.098] 1.2 [.047] 7.5 [.295] Specifications 32mH ± 10% Min. 4mH 1:1( ± 1%) 21.7 Ω ± 10% 21.7 Ω ± 10% Max. 0.3 Ω Max. 50pF 1000Vrms -40˚C ʙ+85˚C Characteristics Specifications Measuring conditions Inductance (Ls) Turns Ratio (T/R) D.C.R. D.C.R. Matching Interwinding capacitance (Cww) Dielectric Breakdown Isolation Operating Temperature Range (1-4) (1-8):(5-4) (1-8) (5-4) (1-8)-(5-4) (1-4) (1-4) 20kHz, 0.1V, 150mA, TIE(2 + 7, 3 + 6, 5 + 8) TIE(2 + 7) TIE(3 + 6) TIE(2 + 7, 3 + 6) 1Second 0.5mA, TIE(2 + 7, 3 + 6) PROVISIONAL This specification might be changed without notice due to under developing and improving. Thank you for your understanding. CEP912B ཁ ༻ՄೳͰ͢ɻ
࠷దͰ͢ɻ
௿എͰ͢ɻ ໊߸਺ൺ ઢਤ ੇ๏ਤ ਪ঑ϥϯυઢਤ ΠϯμΫλϯε ΠϯμΫλϯε ઈԑഁյిѹ

DIMENSIONS (mm) SCHEMATICSTERMINAL LAYOUT (mm) [ ] : inch Specifications

Features
Pin type of CEP1311C
Complies with CAN/CSA C22.2 No.60950-1,EN60950-1, IEC60950-1, and UL60950-1 supplementary insulation requirements for working voltages up to 250Vrms. 658µH ~ 742µH Within Max. 38µH Max. 1.5Ω Max. 5.0Ω Max. 2.4Ω 3.95 ( ± 2.0%) 2.0 ( ± 2.0%) Min. 48dB Max. 28pF Max. - 87dB 1900Vrms, 2Sec ITEM Limits Measuring conditions Inductance Leakage Inductance DC Resistance (D.C.R.) Turns Ratio (T/R) Longitudinal Balance (LB) Interwinding capacitance Total harmonic distortion Withstand Voltage (16-9) (16-9) (1-4) (16-9) (5-8) (16-9):(1-4) (16-9):(5-8) (16-9) (9-8) (1-16) (1-16) 10kHz, 0.1V (14 + 11 Shorted) 100kHz, 0.1V (1 + 4, 2 + 3, 14 + 11 Shorted) 100kHz, 0.1V (5 + 8, 6 + 7, 14 + 11 Shorted) (2 + 3 Shorted) (14 + 11 Shorted) (6 + 7 Shorted) 10kHz, 0.1V (2 + 3, 14 + 11 Shorted) 10kHz, 0.1V (6 + 7, 14 + 11 Shorted) 35kHz ~ 650kHz (14 + 11 Shorted)(6 +7)Grounded 100kHz, 0.1V (6 + 7, 14 + 11 Shorted) 100kHz, 0.1V (2 + 3, 14 + 11 Shorted) 5.3Vrms, 20kHz 0.5mA, 50/60Hz (2 + 3, 4 + 5, 6 + 7, 14 + 11 Shorted) CEEH6D57 DIMENSIONS (mm) SCHEMATICSLAND PATTERNS (mm) Specifications
Features
Small SMD pulse transformer use for Multi-vender network for sensor & actuator (CompoNet)
Small size (6.9 ʷ 7.0mm) and low height (Max.6.0mm)
Operating temperature -40˚C to 85˚C
Correspond RoHS directives.ɹ 3.5mHҎ্ 1 : 1 ± 2%Ҏ಺ 3.5µHҎԼ 8pFҎԼ 46pFҎԼ 2.2ΩҎԼ AC 500Vrms, 60Sec 2kΩҎ্ ITEM Limits Measuring conditions Inductance Turns Ratio Leakage Inductance Distributed capacitance Interwinding capacitance D.C.R. Withstand Voltage Impedance (1-3) (1-3) (1-3) (1࣍2࣍) 1-3), (4-6) (1,2,3-4,5,6) (1-3) at 10kHz, 20mV at 10kHz, 20mV at 1MHz, 20mV (4, 5, 6 Short) at 10MHz, 20mV at 1MHz, 20mV at 20°C 0.5mA, (50Hz / 60Hz) 93.75kHz ʙ8MHz xDSL Line Transformers 12 x ø0.8

Features
Complies to meet UL60950/IEC60950/EN60950 requirements for working voltages up to 250Vrms.
Splitter coil correspondence with ITU-T(Annex-A/E/C) standard.
Superb THD & Longitudinal Balance.
Ideally used in ADSL/VDSL Central Office, SHDSL & HDSL & Splitter.
Low Profile.
Smaller foot print for Central Office applications. DIMENSIONS (mm) [ ] : inch LAND PATTERNS (mm) [ ] : inch CEP912 CEP912 Type Name J13101 J13103 Part No. Turns Ratio (line:IC) 3200 3200 0.7:1 0.472:1 Insulation Basic Basic IC Supplier Chip Set Application Conexant Conexant Octane, OctanePlus 130, G24 with EL 1528 Driver Octane, G24 with Le87213/A or Le87220 Driver SHDSL CO SHDSL CO Specifications SCHEMATICS DIMENSIONS (mm) [ ] : inch LAND PATTERNS (mm) [ ] : inch CEP912B SCHEMATICS xDSL Line Transformer & Pots Splitter Coil Inductance (nom uH) Max. 10.0 [.394] 6 x 2.5[.098] 8 5 1 4 8 x 0.6[.024] 6 x 2.5[.098] 8 x 0.4[.016] 8.7 [.343] 11.0 [.433] 1.2 [.047] 2.6 [.102] 7.5 [.295]2.5 [.098] Max. 10.0 [.394] 5.8 [.228] 10.3 [.406] 2.5 [.098] 1.2 [.047] 7.5 [.295] Specifications 32mH ± 10% Min. 4mH 1:1( ± 1%) 21.7 Ω ± 10% 21.7 Ω ± 10% Max. 0.3 Ω Max. 50pF 1000Vrms -40˚C ʙ+85˚C Characteristics Specifications Measuring conditions Inductance (Ls) Turns Ratio (T/R) D.C.R. D.C.R. Matching Interwinding capacitance (Cww) Dielectric Breakdown Isolation Operating Temperature Range (1-4) (1-8):(5-4) (1-8) (5-4) (1-8)-(5-4) (1-4) (1-4) 20kHz, 0.1V, 150mA, TIE(2 + 7, 3 + 6, 5 + 8) TIE(2 + 7) TIE(3 + 6) TIE(2 + 7, 3 + 6) 1Second 0.5mA, TIE(2 + 7, 3 + 6) PROVISIONAL This specification might be changed without notice due to under developing and improving. Thank you for your understanding. CEP912B ཁ ༻ՄೳͰ͢ɻ
࠷దͰ͢ɻ
௿എͰ͢ɻ ໊߸਺ൺ ઢਤ ੇ๏ਤ ਪ঑ϥϯυઢਤ ΠϯμΫλϯε ΠϯμΫλϯε ઈԑഁյిѹ

130 xDSL Pots Splitter Coils xDSL Pots Splitter Coils OUTLINE Specifications It is POTS splitter coil for xDSL correspondence with each ITU-T (Annex-A/E/C) standard. Using EE core for compatibility and competitive cost merit. DIMENSIONS (mm) SCHEMATICS Specifications

Weight• Outline
POTS splitter coil for ADSL Splitter. 5g
Features
Correspondence with each ITU-T(Annex-A/E/C) standard.
Using EE core for compatibility and competitive cost merit.
Application
xDSL Splitter
Outline
This is xDSL Pots Splitter coil.
Features
SMD EP7 for Pots Splitter Applications.
Application
xDSL Splitter EEH1313 DIMENSIONS (mm) SCHEMATICS EEH1313 2.4mH (Typ.) (at 1kHz, 0.1V) 983µH (Typ.) (at 1kHz, 0.1V) 712µH (Typ.) (at 1kHz, 0.1V) Type Name 50M-020 50M-021 50M-022 Part No. Inductance 2.7Ω (Typ.) 1.0Ω (Typ.) 0.9Ω (Typ.) D.C.R. CEP89 90µH ± 5% 90µH ± 5% Max. 0.9Ω 1.0:1.0 ( ± 3%) AC 630Vrms ITEM Measuring conditionsSpecification Inductance D. C. R. Turns Ratio Withstand Voltage (1-3) (6-4) (1-3) (6-4) (1-3):(6-4) 10kHz, 0.1V 10kHz, 0.1V, DC 100mA 10kHz, 0.1V 10kHz, 0.1V, DC 100mA 100kHz, 0.1V 1second, 50Hz/60Hz xDSL Pots Splitter Coils ø0.6 Max. 14.0 4 x 2.5 5 6 Max.10.0 Max. 13.5 White dot Max. 9.0 2 x 2.5 ± 0.1 0.6 ± 0. Adhesive ཁ ʹରԠͰ͖·͢ɻ ੇ๏ਤઢਤ ੡඼ॏྔཁ
"%4-εϓϦολ༻ίΠϧͰ͢ɻ
Y%4-εϓϦολ ཁ
1PUTεϓϦολ༻ͷίΠϧͰ͢ɻ
Y%4-εϓϦολ ੇ๏ਤઢਤ ΠϯμΫλϯε ଱ిѹ xDSL Pots Splitter Coils
Weight 10g
Outline
POTS splitter coil for ADSL Splitter.
Features
Correspondence with each ITU-T(Annex-A/E/C) standard.
Using EE core for compatibility and competitive cost merit.
Application
xDSL Splitter Specifications
Application Circuit EEH1617 DIMENSIONS (mm) SCHEMATICS EEH1617 10.5mH (Typ.) (at 1kHz, 0.1V) 4.5mH (Typ.) (at 1kHz, 0.1V) 4.0mH (Typ.) (at 1kHz, 0.1V) Type Name 50M-026 50M-027 50M-028 Part No. Inductance 5.8Ω (Typ.) 2.3Ω (Typ.) 2.2Ω (Typ.) D.C.R.
Small footprint for Central Office applications.
For use with Legerity's IVD (Integrated Voice and Data) solution.
Customized inductance values available. Specifications CEEH1011 Type Name C15100 C15108 Part No. Min. INDUCTANCE (mH) 20kHz 0.1Vac, 0 Adc 8.74 3.42 20kHz 0.1Vac, 0.12 Adc 8.46 3.40 20kHz 0.1Vac, 0.23 Adc 4.00 20kHz 0.1Vac, 0.46 Adc 1.00 Max. LL (µH) Max. THD (dB) -85 -85 Max. LB (dB) Max. DCR (Ω) 100kHz, 0.10 Vac 50kHz, 12.3Vrms 200Hz-3200Hz PRI / SEC 26.0 / 26.0 18.5 / 18.5 CEEH1011 DIMENSIONS (mm) SCHEMATICS LAND PATTERNS (mm)
Features xDSL Pots Splitter Coils ø0.6 Max. 17.0 5 x 2.5 6 7 Input Input ADSL & POTS Signals Output Capacitor Inductor CPFC85 EEH1313 EEH1617 EEH1617 Choke Inductor Inductor Capacitor Capacitor Output POTS Signal Only C4 C6 C1 C2 C3 L3L2L1 4 x 1.00 Max. 10.8 8.40 ± 0.20 4 x 2.74 4 x 1.40 9.16 ੡඼ॏྔ ཁ
"%4-εϓϦολ༻ίΠϧͰ͢ɻ
Y%4-εϓϦολ Ԡ༻ճ࿏ਤ ੇ๏ਤઢਤ
ίΠϧͰ͢ɻ
ͷ*7%ʢ*OUFHSBUFE7PJDFBOE%BUB࠷దͰ͢ɻ ࿙ΕΠϯμΫλϯε µ) ࿪཰ E# ߅ ΩΠϯμΫλϯε N) ઢਤਪ঑ϥϯυੇ๏

Weight 10g
Outline
POTS splitter coil for ADSL Splitter.
Features
Correspondence with each ITU-T(Annex-A/E/C) standard.
Using EE core for compatibility and competitive cost merit.
Application
xDSL Splitter Specifications
Application Circuit EEH1617 DIMENSIONS (mm) SCHEMATICS EEH1617 10.5mH (Typ.) (at 1kHz, 0.1V) 4.5mH (Typ.) (at 1kHz, 0.1V) 4.0mH (Typ.) (at 1kHz, 0.1V) Type Name 50M-026 50M-027 50M-028 Part No. Inductance 5.8Ω (Typ.) 2.3Ω (Typ.) 2.2Ω (Typ.) D.C.R.
Small footprint for Central Office applications.
For use with Legerity's IVD (Integrated Voice and Data) solution.
Customized inductance values available. Specifications CEEH1011 Type Name C15100 C15108 Part No. Min. INDUCTANCE (mH) 20kHz 0.1Vac, 0 Adc 8.74 3.42 20kHz 0.1Vac, 0.12 Adc 8.46 3.40 20kHz 0.1Vac, 0.23 Adc 4.00 20kHz 0.1Vac, 0.46 Adc 1.00 Max. LL (µH) Max. THD (dB) -85 -85 Max. LB (dB) Max. DCR (Ω) 100kHz, 0.10 Vac 50kHz, 12.3Vrms 200Hz-3200Hz PRI / SEC 26.0 / 26.0 18.5 / 18.5 CEEH1011 DIMENSIONS (mm) SCHEMATICS LAND PATTERNS (mm)
Features xDSL Pots Splitter Coils ø0.6 Max. 17.0 5 x 2.5 6 7 Input Input ADSL & POTS Signals Output Capacitor Inductor CPFC85 EEH1313 EEH1617 EEH1617 Choke Inductor Inductor Capacitor Capacitor Output POTS Signal Only C4 C6 C1 C2 C3 L3L2L1 4 x 1.00 Max. 10.8 8.40 ± 0.20 4 x 2.74 4 x 1.40 9.16 ੡඼ॏྔ ཁ
"%4-εϓϦολ༻ίΠϧͰ͢ɻ
Y%4-εϓϦολ Ԡ༻ճ࿏ਤ ઢਤ
ίΠϧͰ͢ɻ
దͰ͢ɻ ࿙ΕΠϯμΫλϯε µ ߅Ω ઢਤਪ঑ϥϯ υੇ๏

132 xDSL Pots Splitter Coils Min. INDUCTANCE (mH) Max. LL (µH) Max. THD (dB) Max. LB (dB) Max. DCR ( Ω) 100kHz, 0.10 Vac 50kHz, 12.3Vrms 200Hz-3200Hz PRI / SEC

Small footprint for Central Office applications.
For use with Legerity's IVD (Integrated Voice and Data) solution.
Customized inductance values available. Specifications RM4 Type Name T15107 Part No. 20kHz 0.1Vac, 0 Adc 8.74 20kHz 0.1Vac, 0.12 Adc 8.46 20kHz 0.1Vac, 0.23 Adc 4.00 8 -85 65 26 / 26 RM4 DIMENSIONS (mm) [ ] : inch SCHEMATICS
Excellent Longitudinal Balance.
For use with Legerity's IVD (Integrated Voice and Data) solution.
Customized inductance values available. Specifications RM6 Type Name T15101 T15102 Part No. 20kHz 0.1Vac, 0 Adc 6.44 8.74 20kHz 0.1Vac, 0.12 Adc 6.30 8.46 20kHz 0.1Vac, 0.23 Adc 4.00 4.00 -85 -85 13.6 / 13.6 RM6 SCHEMATICS PROVISIONAL This specification might be changed without notice due to under developing and improving. Thank you for your understanding. About RM6
Features
Features 100kHz, 0.10 Vac 50kHz, 12.3Vrms 200Hz-3200Hz PRI / SEC DIMENSIONS (mm) [ ] : inch xDSL Pots Splitter Coils 2 6 Max. 13.00 [0.512] Max. 10.92 0.50 [0.020] Max. 13.00 [0.512] 2.5 mm GRIDS ø1.0 x 4 (BOTTOM VIEW) POLARITY PRI (LINE) SEC (DEVICE) (BOTTOM VIEW) POLARITY PRI (LINE) SEC (DEVICE) 2.54 mm GRIDS Max. 20.00 [0.787] Max. 13.00 [0.512] 3.0 [0.120] 0.50 [0.020] Max. 20.00 [0.787] PIN 3 INDICATOR ø1.4mm x 2 ø1.0 x 4 TERMINAL LAYOUT (mm) ϐϯϨΠΞ΢τ TERMINAL LAYOUT (mm) ϐϯϨΠΞ΢τ ࿙ΕΠϯμΫλϯε µ ߅Ω ΠϯμΫλϯε N)
ίΠϧͰ͢ɻ
దͰ͢ɻ ઢਤ
౓Ͱ͢ɻ
దͰ͢ɻ ઢਤ ࿙ΕΠϯμΫλϯε µ ߅Ω ੇ๏ਤ

xDSL Common Mode Choke Coil xDSL Common Mode Choke Coil OUTLINE SMD Common Mode Choke avail for xDSL modem. This is small size, SMD and having that impedance is 15kΩ at 1.0MHz.

EMI Filter of 15kΩ Impedance at 1.0MHz.
Small size.
Reflow soldering is possible as SMD type.
Application
ADSL Modem
Telecom applications CPFC85 DIMENSIONS (mm) SCHEMATICS
Impedance / Common Mode Attenuation Chart Electrical Specifications Min. 3.3mH Max. 0.6Ω Min. 2.3kΩ Min. 9.8kΩ Min. 4.2kΩ 30 dB(Typ.) 43 dB(Typ.) 38 dB(Typ.) Min. 700Vrms (2 sec.) 100kHz 100kHz 1MHz 10mHz 100kHz 1MHz 10mHz 50Hz / 60Hz Inductance Impedance Common Mode Attenuation Withstand Voltage (Line-Line) D.C.R. (1–4) (2–3) (1–4) (2–3) (1–4) (2–3) (1–4) (2–3)
Features xDSL Common Mode Choke Coil Testing conditionSpecificationITEM 0.9 1.8 6.9 3.4 Max. 5.5 0.05 7.2 Max. 8.2 Max. 9.3 0.5 S S FREQUENCY (MHz) IMPEDANCE (Ω) ATTENUATION (dB) FREQUENCY (MHz) Common mode attenuation cha.Impedance cha. 0.001 0.01 100 10k 100k –10 –20 –30 –40 –501 0.1 1 10 100 0.01 0.1 1 10 100 ཁ ༻͢ΔίϞϯϞʔυνϣʔΫίΠϧͰ͢ɻ ૷඼Ͱ.)[ͰLЊͷΠϯϐʔμϯεͰ͢ɻ
.)[ͰLЊͷΠϯϐʔμϯεͷ&.*ϑΟϧλͰ͢ɻ
Ͱ͢ɻ
"%4-ϞσϜ ઢਤ ਰಛੑ తಛੑ ΠϯμΫλϯε Πϯϐʔμϯε ʣ

134 Modem Transformers (MT series)

Modem Transformers (MT series) OUTLINE This is modem transformer of V.32(9.6kbps) to V.92 (56kbps) conformity. It is a UL/BABT authorization article. MIT4033L Approved By Teridian use for 79M1903chip. MT1610 MT1610B DIMENSIONS (mm) [ ] : inch SCHEMATICSTERMINAL LAYOUT (mm) [ ] : inch Specifications MT1610 MT1610B Type Name MIT4033L MIT2050L MIT250L MIT400L Part No. V.92 V.92 V.34 V.32bis -85 -87 -84 -62 1.90 1.55 1.55 1.80 3.7 D.C.R. (Ω) PRI : SEC D.C.R. (Ω) PRI : SEC THD@600Hz (dB) IL (dB) RL (dB) LL (mH) IL (dB) RL (dB) LL (mH) Speed Impedance (Ω) PRI : SEC 600 : 420 600 : 560 600 : 560 600 : 600 MIT4115V Approved By Teridian use for 73M2901, 73M2901C and 73C 2901CL chip.

Internationally Safety Standard Approved for Supplementary Isolation. EN 60950 / BABT / TÜV
Low cost
V.32 (9.6 kbps) THT fax/modem "Wet" Transformer ("Wet" means ability to withstand some current.) MT2212 DIMENSIONS (mm) [ ] : inch SCHEMATICSTERMINAL LAYOUT (mm) [ ] : inch Specifications MT2212 Type Name MIT6120 MIT4115V Part No. V.32 V.32 3.75 2.65 7.5 Speed DC Current PRI (mA DC) Impedance (Ω) PRI : SEC 600 : 301 600 : 470
Features
Features
Internationally Safety Standard Approved for Supplementary Isolation. EN 60950 / BABT / TÜV
Low cost
V.92 (56kbps) to V.32 bis (14.4kbps) THT fax/modem transformer
Reinforced safety versions also available Modem Transformers (MT series) (BOTTOM VIEW) (LINE) PRIMARY (MODEM) SECONDARY INTERCHANGEABLE PRIMARY OR SECONDARY 3 4 ø0.6 [0.024] sumida COO MIT-400L XX-XX Max. 16.60 Max. 16.60 [0.654] Max. 10.50 [0.413] 3.50 (+1.0 / -0.5) (BOTTOM VIEW) (LINE) PRIMARY (MODEM) SECONDARY 7.6 [0.300] ø1.0 x 4 [ø0.039] 12.7 [0.500] 13.97 [0.550] ø1.52 [0.060] XX-XX sumida MIT-6120 COO 1 4 Max. 23.0 [0.906] 2.79 / 3.56 [0.110 / 0.140] Max. 12.45 [0.490] Max. 24.0 [0.945] TERM NO.'S FOR REF ཁ 7ʢLCQTʣ͔Β7ʢLCQTʣ·ͰରԠͷϞσϜτϥϯεͰ͢ɻ ઢਤϐϯϨΠΞ΢τ ߅Ω ߅ΩΠϯϐʔμϯε Ω) Ϧλʔϯϩε E# ࿙ΕΠϯμΫλϯε N) औಘ &/#"#55Ü 7 ɾ྿Ձ඼Ͱ͢ɻ ɾ7 LCQT ʹରԠͨ͠ϐϯλΠϓ'BYϞσϜ8FUτϥϯεͰ͢ɻ Ͱ͢ɻʣ ઢਤϐϯϨΠΞ΢τ Πϯϐʔμϯε Ω औಘ &/#"#55Ü 7 ɾ྿Ձ඼Ͱ͢ɻ ɾ7 LCQT ͔Β7CJT LCQT ʹରԠͨ͠ϐϯλΠϓ'BYϞσϜ τϥϯεͰ͢ɻ

Modem Transformers (MT series) DIMENSIONS (mm) [ ] : inch SCHEMATICSTERMINAL LAYOUT (mm) [ ] : inch MT1812 MT1812B Modem Transformers (MT series) V.32 (9.6kbps) THT fax / modem "Dry" Transformer. ("Dry" means un-ability to withstand Current). DIMENSIONS (mm) [ ] : inch SCHEMATICSTERMINAL LAYOUT (mm) [ ] : inch Specifications ITEM Impedance Total Harmonic Distortion Insertion Loss Dielectric Rating DC Resistance @ 20˚C, ± 10% CONDITIONS Min Typ Max Units Reflected on Primary With Load on Secondary @ 600 Hz, -10 dBm Per IEEE method; @ 1000 Hz

1 Minute

Primary toSecondary; ± 2% DC Current in Primary Turns Ratio 1,500 600 530 -80 1 : 1 1.00 200 Ω Ω dB dB Vrms µA Ω Ω mADC MT1910

Features (BOTTOM VIEW) PIN SQUARE = 0.6 MM MAX ø1.0 x 4 [ø0.039] 8 18 12.7 [0.500] 7.6 [0.300] INTERCHANGABLE PRIMARY OR SECONDARY Max.12.6 [0.496] 0.3 [0.012] Max. 18.3 [0.720] 3.2 ± 0.4 [0.125 ± 0.015] SECONDARY (MODEM) PRIMARY (LINE) ೖΕସ͑Մ Max. 18.3 [0.720] 3 4 Max. 10.5 [0.413] 3.5 [0.138] Max. 16.6 [0.654] ø0.6 [0.024] sumida MIT4040 COO XX-XX Max. 19.6 [0.654] (LINE) PRIMARY (MODEM) SECONDARY 4 3 ø1.0 x 4 [ø0.039] 12.7 [0.500] 7.6 [0.300] sumida MIT4040 STAMP SUPPLIER NAME DATE CODE COUNTRY OF ORIGIN SUPPLIER P/N DOT LOCATES TERMINAL #1 COO XX-XX (BOTTOM VIEW) Specifications MT1812B Type Name EMIT-2001L EMIT-2050L EMIT1250L EMIT-1200L EMIT-200L EMIT-400L Part No. V.92 / V.90 V.92 / V.90 V.34 V.34 V.32bis V.32bis -93.0 -87.0 -85.0 -84.0 -74.0 -62.0 1.2 1.55 1.6 1.2 1.5 1.8 18.0 17.0 17.5 18.0 14.0 14.0 16.0 17.0 17.0 15.7 12.1 15.0 D.C.R (Ω) PRI : SEC THD@600Hz (dB) IL (dB) RL (dB) LL (mH)Speed Impedance (Ω) PRI : SEC 600 : 560 600 : 560 600 : 560 600 : 560 600 : 560 600 : 600
Features
Internationally Safety Standard Approved for Reinforced Isolation. EN 60950 / BABT / TÜV
V.92 (56kbps) to V.32 bis (14.4kbps) encapsulated THT fax / modem transformer. MT1812 EMIT-4035L EMIT-4031L V.92 / V.90 V.32 -92.0 -73.0 1.55 1.1 22.0 18.0 2.7 1.1 600 : 420 600 : 600 ઢਤϐϯϨΠΞ΢τ ʢΩʣΠϯϐʔμϯε Ω) Ϧλʔϯϩε E# ࿙ΕΠϯμΫλϯε N) औಘ &/#"#55Ü 7 ɾ7 LCQT ͔Β7CJT LCQT ʹରԠͨ͠ ɹϐϯλΠϓ'BYϞσϜ τϥϯεͰ͢ɻ Ͱ͢ɻʣ ઢਤϐϯϨΠΞ΢τ Πϯϐʔμϯε ଆɺ ଌఆΠϯϐʔμϯε ౓ిྲྀ ଱ిѹ ҹՃిྲྀ

136 Modem Transformers (DAA)

DIMENSIONS (mm) [ ] : inch SCHEMATICSLAND PATTERNS (mm) [ ] : inch CBM4D19 Specifications primary side, 10kHz, 100mVrms, (1-2) Min. 30 µH primary : secondary = (1-2) : (4-3) 1 : 1.67 ± 2% primary side, (1-2) Max. 225m Ω secondary side, (4-3) Max. 325m Ω 1sec, (1-4) Min. 2000Vrms ITEM Inductance Turns Ratio DC Resistance (DCR) Dielectric Breakdown Isolation CONDITIONS RATING primary (1-2), Ls (secondary open) at 10kHz, 100mV AC Osc. Min. 30 µH primary at 25˚C (1-2) Max. 0.250 Ω secondary at 25˚C (4-3) Max. 0.325 Ω between (1,2)-(3,4) 2000V AC, 1sec leakage current Max. 500 µA ITEM Inductance Turns Ratio D.C.R. Withstand Voltage CONDITIONS SPECIFICATIONS

Features
Internationally Safety Standard Approved for Reinforced Isolation. EN 60950 / BABT / TÜV
V.92 (56kbps) Digital Isolation Barrier for Conexant DAAs. DIMENSIONS (mm) [ ] : inch SCHEMATICSLAND PATTERNS (mm) [ ] : inch CBM5D33B Specifications
Features
Safety standard approved in Japan.
V.92 (56 kbps) Digital Isolation Barrier for Conexant DAAs. This specification might be changed without notice due to under developing and improving. Thank you for your understanding. About CBM5D33B Modem Transformers (DAA) OUTLINE This is modem transformer of V.92 (56kbps) conformity for Conexant DAAs. It is a UL/BABT authorization article. Modem Transformers (DAA) 9.14 [.360] SECONDARY (LINE) PRIMARY (MODEM) 1:1.67 4 (BOTTOM VIEW) 2.54 [.100] 1.4 [.055] 0.5 [.020] Max. 7.10 [.28] 0.5 [.020] 1.4 [.055] 9.65 [.380] (BOTTOM VIEW) Max. 7.1 [0.28] 0.5 [0.020] 9.80 [0.392] 1 : 1.671 4 PRIMARY (MODEM) SECONDARY (LINE) 10.40 [0.409] 1.5 [0.059] 1.40 [0.055] 2.54 [0.100] 0.85 [0.034] ઢਤਪ঑ϥϯ υੇ๏ ΠϯμΫλϯε ઈԑഁյిѹ ΠϯμΫλϯε ଱ిѹ ֨ن݅ औಘ &/#"#55Ü 7 ɾ7 LCQT ઢਤਪ঑ϥϯ υੇ๏ ɾ7 LCQT PROVISIONAL ཁ 7ʢLCQTʣͷ%""TʹରԠͨ͠ϞσϜ τϥϯεͰ͢ɻ

PLC (Home Plug) Line Isolation Transformers PLC (Home Plug) Line Isolation Transformers

HomePlug 1.0 networking.
Internationally Safety Standard Approved for Reinforced Isolation. UL60950 / BABT. PT86 Electrical Specifications Min. 40µH Min. 40µH Max. 0.2µH Max. 5pF 1 : 1 (± 2%) 3000Vrms 100kHz, 0.2Vac 100kHz, 0.2Vac 100kHz, 0.2Vac tie (2+6) 1MHz, 0.5V 100kHz, 0.1Vac 0.5mA, 60Hz, 2sec (1–5) (2-6) (1–5) (1–2) (1–5):(2-6) (1–2) DIMENSIONS (mm) SCHEMATICSTERMINAL LAYOUT (mm) [ ] : inch PROVISIONAL About PT86 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding.
Features
HomePlug 1.0 networking.
Internationally Safety Standard Approved for Reinforced Isolation. UL60950 / BABT. CBM98 Electrical Specifications 70mΩ ± 20% within 70mΩ ± 20% within Min. 250µH Min. 250µH Max. 0.3µH 1 : 1 (± 2%) Min. 2200Vac Max. 0.3dB Max. 0.5dB Max. 0.8dB 100kHz, 0.01Vrms 100kHz, 0.01Vrms 100kHz, 0.01Vac, short (3+4) 10kHz, 0.1Vrms 0.5mA, 50/60Hz, 1seconds 4MHz 10MHz 21MHz Inductance Leakage Inductance Turns Ratio Insertion Loss Withstand Voltage D.C.R. (1–3) (6-4) (1–3) (6-4) (1–6) (1–3) to (6-4) (1–3) to (6-4) DIMENSIONS (mm) SCHEMATICSLAND PATTERNS (mm) PROVISIONAL About CBM98 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding.
Features OUTLINE This is pulse transformer for HomePlug networking. PLC (Home Plug) Line Isolation Transformers Testing conditionSpecificationITEM Testing conditionSpecificationITEM 5.082.54 6 x ø0.9 2.54 Max. 13.0 10.2±0.3 10.2 Max. 9.3 654 123 Max. 8.2 6 - 0.7 x 0.25 4 x 2.54 Max. 7.4 8.6 Ref. 10.4 ± 0.3 6 x 1.4 2.54 6 x 2.0 9.98 Inductance Leakage Inductance (LL) Interwinding capacitance (Cww) Turns Ratio Withstand Voltage ΠϯμΫλϯε ࿙ΕΠϯμΫλϯε ଱ిѹ ɾϗʔϜϓϥάωοτϫʔΫ औಘ 6-#"#5 తಛੑ ઢਤϐϯϨΠΞ΢τ ͤԼ͍͞ɻ ɾϗʔϜϓϥάωοτϫʔΫ औಘ 6-#"#5 తಛੑ ΠϯμΫλϯε ࿙ΕΠϯμΫλϯε ଱ిѹ ઢਤਪ঑ϥϯ υੇ๏ ͤԼ͍͞ɻ ཁ ϗʔϜϓϥά༻ͷύϧετϥϯεͰ͢ɻ

138 PLC (Home Plug) Line Isolation Transformers

Features
HomePlug unshielded line isolation transformer.
RoHS Compliance.
Uses
Ideal for powerline network applications in set-top box and other CPE data networking devices.
Features
HomePlug unshielded line isolation transformer.
RoHS Compliance.
Uses
Ideal for powerline network applications in set-top box and other CPE data networking devices. BM2014 Electrical Specifications Specification Min. 61µH 6 : 1 (± 5%) 6 : 1 (± 5%) 6 : 1 (± 5%) Max. 50mΩ Max. 15mΩ Max. 15mΩ Max. 15mΩ DC4000V AC1875Vmrs AC1875Vmrs Testing condition 100kHz, 0.1V 10kHz, 0.1V 10kHz, 0.1V 10kHz, 0.1V at 25°C at 25°C at 25°C at 25°C Max. 0.5mA, 2 SECOND Max. 0.5mA, 2 SECOND Max. 0.5mA, 2 SECOND Inductance Turns Ratio (T/R) D. C. R. Withstand Voltage (1-8) (1-8):(2-7) (1-8):(3-6) (1-8):(4-5) (1-8) (2-7) (3-6) (4-5) (1-2) (3-4) DIMENSIONS (mm) SCHEMATICS PLC (Home Plug) Line Isolation Transformers PT1013 Electrical Specifications 6.5µH ± 35% 6.5µH ± 35% 6.5µH ± 35% 1 : 1 : 1 (± 5%) 1875Vrms 100kHz, 0.1Vac 100kHz, 0.1Vac 100kHz, 0.1Vac 100kHz, 0.1Vac 0.5mA, 60Hz, 2sec, TIE (2+6) (1–6) (2-5) (3-4) (1–6):(2-5):(3-4) (1–3) DIMENSIONS (mm) SCHEMATICSTERMINAL LAYOUT (mm) [ ] : inch PROVISIONAL About PT1013 This specification might be changed without notice due to under developing and improving. Please contact us for our mass production schedule.Thank you for your understanding. Testing conditionSpecificationITEM ITEM Max. 9.5 Max. 19.5 sumida T0104 Max. 14.5 1.2 3.0 ± 0.5 1.5 ø0.5 15.24 ± 0.25 7.62 ± 0.25 7.62 ± 0.25 PRI SEC Max.10.5 Max.14.3 7.5 6 x ø1.0 7.5 3.5±0.5 Max. 13.8 ø0.7 ±0.1 3.75 3.75 11.25 11.25 తಛੑ ઢਤ
ϗʔϜϓϥά༻ͷύϧετϥϯεͰ͢ɻ
దͰ͢ɻ
ϗʔϜϓϥά༻ͷύϧετϥϯεͰ͢ɻ
దͰ͢ɻ ଱ిѹ ΠϯμΫλϯε Inductance Turns Ratio Withstand Voltage ΠϯμΫλϯε ଱ిѹ తಛੑ ઢਤϐϯϨΠΞ΢τ ͤԼ͍͞ɻ

PLC (Home Plug) Line Isolation Transformers

Uses
HomePlug networking modem
Ideal for powerline networking applications in set-top box and other CPE data netwoking devices.
Operating frequency : 4~21MHz.
RoHS Compliance. BM8290 Electrical Specifications 66mΩ ± 20% within 62mΩ ± 20% within Min. 100µH Min. 0.18µH 1 : 1 (± 2%) Max. 0.3dB Max. 0.5dB Max. 0.5dB Min. 2200Vrms 100kHz, 0.01Vrms 100kHz, 0.01Vrms, short (6+4) 100kHz, 0.1Vrms 4MHz 10MHz 21MHz 1.0mA, 1seconds Inductance Leakage Inductance Turns Ratio Withstand Voltage Insertion Loss D.C.R. (1–3) (6-4) (1–3), (6-4) (1-3) (1-3):(6-4) (1–3) to (6-4) DIMENSIONS (mm) SCHEMATICS
Features Testing conditionSpecification ITEM PLC (Home Plug) Line Isolation Transformers 9.0 ± 0.25 PIN1 7.8 ± 0.25 sumida T0108 6 x 0.5 6.35 4 x 2.54 ɾʙ̢̝͉ରԠͰ͢ɻ ɾ3P)4ରԠ඼Ͱ͢ɻ ɾϗʔϜϓϥάʢ̡̥̘ʣϞσϜ దͰ͢ɻ తಛੑ ΠϯμΫλϯε ࿙ΕΠϯμΫλϯε ଱ిѹ ઢਤ

140 LAN PULSE Transformer

SCHEMATICSLAND PATTERNS (mm) LAN PULSE Transformer OUTLINE This is very low profile SMD pulse transformer. This is used whether pulse transformer or common mode choke coil.

Specifications
These are very low profile SMD pulse transformers used in PCMCIA cards.
Built in either one pulse transformer or one common-mode choke coil. CLP42B DIMENSIONS (mm) Specifications CLP42B 1 : 1 1 : 1 1 : 1 1 : 1 1 : 1 Type Name Turns ratio ( ± 5%) 100 150 200 Inductance (µH) CLP42B-500 CLP42B-750 CLP42B-101 CLP42B-151 CLP42B-201 Part No. 0.3 0.35 0.3 0.3 0.3 Leakage inductance Max. (µH) 6.0 8.0 9.0 10.0 10.0 Line capacitance Max. (pF) 250 300 300 300 300 D.C.R. Max. (mΩ) 0.8 1.0 1.1 1.3 1.5 ET-product Min. (µSec/V) LAN PULSE Transformer 0.35 Max. 9.7 Max. 2.5 6.5 4.6 1.27 2.54 0.5 10.2 5.5 1.271.27 1.01.01.0 1 6 ઢਤਪ঑ϥϯ υੇ๏ ཁ -"/༻ͷύϧε τϥϯεͰ͢ɻ ༻Ͱ͖·͢ɻ ύϧετϥϯεͰ͢ɻ ೖΓ·͢ɻ ੇ๏ਤ ਺ൺ ΠϯμΫλϯε µ5ੵ

10/100 Base Pulse Transformers 10/100 Base Pulse Transformers SCHEMATICS OUTLINE This is a pulse transformer + filter module for LAN 10/100Base-T (IEEE802.3). CLP8D25 Electrical Specifications (0.1MHz) (1-100MHz) (30MHz) (60MHz) (100MHz) (30MHz) (60MHz) (100MHz) (30MHz) (60MHz) (100MHz) Max. 1.2dB Max. 1.0dB Min. 16dB Min. 12dB Min. 10dB Min. 40dB Min. 35dB Min. 30dB Min. 40dB Min. 40dB Min. 35dB Max. 1.2dB Max. 1.0dB Min. 16dB Min. 12dB Min. 10dB Min. 40dB Min. 35dB Min. 30dB Min. 40dB Min. 40dB Min. 35dB (100kHz, 0.1Vrms) DC bias 8mA Min. 350µH (15-16) Min. 200µH (9-10) ITEM CONDITION SPECIFICATIONS Tx Rx Insertion Loss Return Loss Differential to common mode rejection ratio Cross Talk Inductance Turns Ratio Withstand Voltage DIMENSIONS (mm) LAND PATTERNS (mm) 1CT : 1CT ± 5% within AC 1,500V (50/60Hz) for 6 Sec 10/100 Base Pulse Transformers

FeaturesElectrical Specifications
Meet IEEE802.3 specification.
Min. 350µH OCL with 8mA bias current.
For Auto MDI / MDIX application.
PoE option.
RoHS peak solder rating 260°C.
1500Vrms Hi-Pot isolation. 1.81.8 9.0 0.8 P2 - 1.27 P2 - 1.27 9.69 2 15 3 14 Tx 1:1 1:1 1CT : 1CT Rx 1CT : 1CT 12.05 ± 0.25 1.27 ± 0.15 1.27 ± 0.15 8.8 ± 0.25 11.35 ± 0.25 sumida sumida 0.3 Max. 2.7 DATE CODE ઢਤ ཁ ͷύϧετϥϯεʴϑΟϧλϞδϡʔϧͰ͢ɻ తಛੑ Ϧλʔϯϩε ൺ ΫϩετʔΫ ΠϯμΫλϯε ଱ిѹ ɻ ɾΠϯμΫλϯεЖ)Ҏ্ʢόΠΞεిྲྀN"ʣɻ ͠·͢ɻ ɾઈԑ଱ѹ 7SNTɻ CLP8D23 Electrical Specifications Min. 350µH 1:1±2% Max. -1.0dB Min. -16dB Min. -10dB Min. -8dB ITEM CONDITIONS SPECIFICATIONS Inductance Turns ratio Differential to common mode rejection ratio Insertion loss Withstand Voltage Capacitance between lines Return loss Crosstalk (12-11),(8-7) 100kHz, 0.1V, 8mA DC bias 0.1MHz~100MHz 30M 60M 100MHz (1-6)-(12-7) 1pc 50kHz, 60s, 0.5mA Weight SCHEMATICS DIMENSIONS (mm) LAND PATTERNS (mm) Max.8.4 Max.2.5 0.30 typ. 0.75 typ. (0.10) Part A Enlarged chartof Part A Coplanarity 0.1

12 SURFACE

9.47±0.25 12 7 9.1 typ. 0.65 5x1.27=6.35 1.27 typ. 1.27 6.90 10.200.30 typ. 6.35 TD TD CT TX TX CT1CT : 1CT CT RD RD CT RX RX1CT : 1CT -45dB typ. -38dB typ. -33dB typ. 30M 60M 100MHz -44dB typ. -37dB typ. -32dB typ. Max. 25pF AC1500Vrms 0.29g(Ref.) 30M 60M 100MHz NEW

Features
Meet IEEE802.3 specification.
Min. 350µH OCL with 8mA bias current.
For Auto MDI / MDIX application.
PoE option.
RoHS peak solder rating 260°C.
1500Vrms Hi-Pot isolation. ɻ ɾΠϯμΫλϯεЖ)Ҏ্ ʢόΠΞεిྲྀN"ʣɻ ͠·͢ɻ ɾઈԑ଱ѹ 7SNTɻ తಛੑ ֨ن݅ ʗΠϯμΫλϯε ൺ ʗॏྔ ଱ిѹ ʗϦλʔϯϩε ʗΫϩετʔΫ ઢਤ

142 10/100 Base Pulse Transformers DIMENSIONS (mm) CLP0613

Features
Design for 10/100/1000 BASE-T Ethernet application.
Meets IEEE802.3 Specification.
Min 350µH OCL with 8mA bias current.
PoE option.
RoHS Peak Solder Rating 260°C.
1500Vrms Hi-Pot isolation. LAND PATTERNS (mm) [ ] : inch 10/100 Base Pulse Transformers SCHEMATICS Specifications C25106 C25108 CLP0613 C25106 Part Number PoE -1.0 -1.2 Y N Insertion Loss (dB MIN) 0.1~100 MHz -1.5 -1.5 125MHz -18 -18 MHz -14 -14 Return Loss (dB MAX) MHz -12 -12 MHz - 45 - 40 MHz - 40 - 35 Crosstalk (dB TYP) MHz - 33 - 29 100 MHz - 40 - 40 MHz - 37 - 37 Differential Common Mode Rejection (dB TYP) Hipot (Vrms/MIN) MHz - 33 - 33 1500 1500 100 MHz Type Name C25108 ੇ๏ਤ ਪ঑ϥϯ υੇ๏ ઢਤ CLP0612 Electrical Specifications 350µH Min. 100kHz, 100mV, DC 8mA -1.1dB Min. 0.1MHz~100MHz -20dB Max. 30MHz -14dB Max. 60MHz -12dB Max. 80MHz -42dB Max. 30MHz -37dB Max. 50MHz -33dB Max. 100MHz -45dB Max. 30MHz -40dB Max. 60MHz -35dB Max. 100MHz AC 1500V Typ. 0.5mA,1Min. 1.0 ± 3% 50kHz, 500mV Test item Specification Turns ratio Inductance (1-3)=(6-8) (TX & RX) (TX & RX) Insertion loss Differential to common mode rejection ratio Return loss Cross talk Withstand Voltage DIMENSIONS (mm) LAND PATTERNS (mm) [ ] : inch Conditions
Features SCHEMATICS NEW NEW Max.13.2 Max.9.8 Ref.6.8 Max.6.0 16 9 0.3 14X1.27 1.27 [0.05] 10.8 [0.425] 5.9 [0.232] 1.0 [0.039] 21 5 TX 71 0 RX తಛੑ Ϧλʔϯϩε ൺ ΫϩετʔΫ ଱ిѹ ΠϯμΫλϯε ઢਤ
Meet IEEE802.3 specification.
Min. 350µH OCL with 8mA bias current.
For Auto MDI / MDIX application.
PoE option.
RoHS peak solder rating 260°C.
1500Vrms Hi-Pot isolation. ɻ ɾΠϯμΫλϯεЖ)Ҏ্ ɹʢόΠΞεిྲྀN"ʣɻ ͠·͢ɻ ɾઈԑ଱ѹ 7SNTɻ ɻ ɾΠϯμΫλϯεЖ)Ҏ্ʢόΠΞεిྲྀN"ʣɻ ͠·͢ɻ ɾઈԑ଱ѹ 7SNTɻ 14.5 Max. 15.36 15.75[0.62] 12.45[0.49] 24x0.95 Max. 13.8 24x0.3 0.99 11x0.99=10.89 0.10 [.004]

24 SURFACES

Max. 6.35 24x0.635[0.025] 0.99[0.039]

22 TX–/RX–

24 TX+/RX+

22 RX1–

23 RXCT1

24 RX1+

19 TX1–

20 TXCT1

21 TX1+

16 TX2–

17 TXCT2

18 TX2+

13 RX2–

14 RXCT2

15 RX2+

RD1– 3 TD1+ 4 TCT1 5 TD1– 6 TD2+ 7 TCT2 8 TD2– 9 RD2+ 10 RCT2 11 RD2– 12 TD+/RD+ 1 CT 2TX TD–/RD– 3 TD+/RD+ 4 CT 5RX TD–/RD– 6 TD+/RD+ 7 CT 8TX TD–/RD– 9 TD+/RD+ 10 CT 11RX TD–/RD– 12 1:1 1:1 1:1 1:1

19 TX–/RX–

21 TX+/RX+

16 TX–/RX–

18 TX+/RX+

13 TX–/RX–

15 TX+/RX+

10/100 Base Pulse Transformers CLP175 DIMENSIONS (mm) LAND PATTERNS (mm) [ ] : inch 10/100 Base Pulse Transformers DIMENSIONS (mm) CLP287

Features PROVISIONAL PROVISIONAL LAND PATTERNS (mm) [ ] : inch This specification might be changed without notice due to under developing and improving. Thank you for your understanding. About CLP175, CLP287 SCHEMATICS NEW NEW
Features
Design for 10/100/1000BASE-T Ethernet application.
Meets IEEE802.3 Specification.
Min 350µH OCL with 8mA bias current.
PoE option.
RoHS Peak Solder Rating 260°C.
1500Vrms Hi-Pot isolation. SCHEMATICS Specifications C26100 C26102 C26106 Part Number PoE -1.0 -1.0 -1.2 N Y Y Insertion Loss (dB MIN) 0.1~100 MHz -1.5 -1.5 125MHz -18 -18 -18 MHz -14 -14 -14 Return Loss (dB MAX) MHz -12 -12 -12 MHz -10 -10 -10 100 MHz -45 -45 -45 MHz -40 -40 -40 Crosstalk (dB TYP) MHz -33 -35 -33 100 MHz -40 -40 -40 MHz -37 -37 -37 Differential Common Mode Rejection (dB TYP) Hipot (Vrms/MIN) MHz -33 -33 -33 1500 1500 1500 100 MHz Specifications C27102 C27103 Part Number PoE -1.0 -1.0 Y Y Insertion Loss (dB MIN) 0.1~100 MHz -1.5 -1.5 125MHz -18 -18 MHz -14 -14 Return Loss (dB MAX) MHz -12 -12 MHz -10 -10 100 MHz -45 -45 MHz -40 -40 Crosstalk (dB TYP) MHz -33 -35 100 MHz -40 -40 MHz -37 -37 Differential Common Mode Rejection (dB TYP) Hipot (Vrms/MIN) MHz -33 -33 1500 1500 100 MHz ઢਤ ɻ ɾΠϯμΫλϯεЖ)Ҏ্ʢόΠΞεిྲྀN"ʣɻ ͠·͢ɻ ɾઈԑ଱ѹ 7SNTɻ
Design for 10/100/1000 BASE-T Ethernet application.
Meets IEEE802.3 Specification.
Min 350µH OCL with 8mA bias current.
PoE option.
RoHS Peak Solder Rating 260°C.
1500Vrms Hi-Pot isolation. ɻ ɾΠϯμΫλϯεЖ)Ҏ্ʢόΠΞεిྲྀN"ʣɻ ͠·͢ɻ ɾઈԑ଱ѹ 7SNTɻ 27.81 14.80 13.30 15.30 23x23.46 23x1.02=23.46 [23x0.04=0.92] 48x0.635[0.025]

48 SURFACE

0.107.20 12.45[0.49] 15.89[0.625]

48 CMT1TCT1 1 RD+ 1

RD– 3 TD+ 4 CTD 5 TD– 6 TD+ 10 CTD 11 TD– 12 TD+ 16 CTD 17 TD– 18 TD+ 22 CTD 23 TD– 24 RD+ 7 CTD 8 RD– 9 RD+ 13 CTD 14 RD– 15 RD+ 19 CTD 20 RD– 21

48 RX+

47 CTX

46 RX–

45 TX+

44 CTX

43 TX–

42 RX+

41 CTX

40 RX–

39 TX+

38 CTX

37 TX–

33 TX+

32 CTX

31 TX–

27 TX+

26 CTX

25 TX–

36 RX+

35 CTX

34 RX–

30 RX+

29 CTX

28 RX–

TD1– 3 TCT2 4 TD2+ 5 TD2– 6 TCT3 7 TD3+ 8 TD3– 9 TCT4 10 TD4+ 11 TD4– 12 TCT5 13 TD5+ 14 TD5– 15 TCT6 16 TD6+ 17 TD6– 18 TCT7 19 TD7+ 20 TD7– 21 TCT8 22 TD8+ 23 TD8– 24

47 MX1+

46 MX1–

45 CMT2

44 MX2+

43 MX2–

42 CMT3

41 MX3+

40 MX3–

39 CMT4

38 MX4+

37 MX4–

36 CMT5

35 MX5+

34 MX5–

33 CMT6

32 MX6+

31 MX6–

30 CMT7

29 MX7+

28 MX7–

27 CMT8

26 MX8+

25 MX8–

14.20 0.10 24 SURFACE 12.20 15.24 16.43[0.647] 17.53 5.70 13.97 1.27 0.30±0.05 1.78[0.07]

1 TCT1 1

1:1 TD1+ 2 TD1– 3 24 24 MCT1

23 MX1+

22 MX1–

1:1 TD2+ 5 TD2– 6

21 MCT2

20 MX2+

19 MX2–

1:1 TD3+ 8 TD3– 9

18 MCT3

17 MX3+

16 MX3–

1:1 TD4+ 11 TD4– 12

15 MCT4

14 MX4+

13 MX4–

1CT:1CT 1CT:1CT 1CT:1CT 1CT:1CT 1:1 1:1 1:1 1:1 C26100 C26102 C26106 C27102 C27103 CLP287 Type Name Type Name CLP175 ੇ๏ਤ ਪ঑ϥϯ υੇ๏ ઢਤ

144 10/100 Base Pulse Transformers 10/100 Base Pulse Transformers CLP0608 Electrical Specifications 0.1MHz ~ 100MHz 1 ~ 30MHz 40MHz 50MHz 60 ~ 100MHz 0.1MHz ~ 100MHz Max. 1.5dB Min. 15dB Min. 13dB Min. 11dB Min. 9dB Min. 350µH (5-6) Max. 1.5Ω (1-2) ITEM CONDITION SPECIFICATIONS Insertion Loss Return Loss Differential to common mode rejection ratio Inductance D. C. R. Turns ratio Withstand Voltage Capacitance Between Lines 100kHz 0.1Vrms 8mA 100kHz 0.1V 100kHz 0.1V AC 1500 Vrms (50Hz) (10sec) 0.5mA (1-2) - (5-6) This specification might be changed without notice due to under developing and improving. Thank you for your understanding. About CLP0608 PROVISIONAL SCHEMATICS DIMENSIONS (mm) LAND PATTERNS (mm) 1CT : 1CT 6.8±0.2 8.8±0.15 2.0±0.2 11.0±0.2 9.1 1.8 1.27 1.27 0.8 3.34 తಛੑ ֨ن݅ Ϧλʔϯϩε ൺ ʗΠϯμΫλϯε ʗ଱ిѹ ઢਤ

Radio Control Clock Antennas Radio Control Clock Antennas OUTLINE It is the radio controlled clock antenna with capacitor which is already preset for tuning frequency. It is also for dual band. ACL25 DIMENSIONS (mm) SCHEMATICS DIMENSIONS (mm) SCHEMATICS CACL50 DIMENSIONS (mm) SCHEMATICS ACL80B DIMENSIONS (mm) SCHEMATICS ACL27 Radio Control Clock Antennas PROVISIONAL This specification might be changed without notice due to under developing and improving. Thank you for your understanding. About CACL50 S S C1 C2 14.0 7.5 7.5 10.0 ø0.7 5.0 5.0 60.0 65.0 80.0 19.0

3.0 ACL80B-40/60

S S C2 C1 S S Max. 28.0 Max. 25.4 Max. 7.2 ø1.2 ø1.5 4 x ø0.5 ± 0.1 0.5 21.1 2.0 5.0 1.3 Max. 6.0 S ø0.5 (28.7) Max. 28.0 (1.0) Max. 7.3 3.5 Max. 6.0 Max. 50.5 (3.90) S26±0.10 1.0 Max. 5.1 5±0.10 5.90 ཁ ΈͰ͢ɻ όϯ υରԠ΋͋Γ·͢ɻ ઢਤ ઢਤ ઢਤ ઢਤ

146 Radio Control Clock Antennas

Radio Control Clock Antennas Specifications Swiching Circuit for dual band CACL50 ACL80B ACL27 ACL25 S-074-6217 2413-T016 2413-T015 S-074-6702 S-074-6096 2406-T011 2406-T021 2406-T020 Type Name Spec No. 4.8mH 4.7mH 2.8mH 9.1mH 9.4mH 10mH 3.7mH 2.8mH 7.2mH Inductance 40.0 ± 0.2kHz 60.0 ± 0.2kHz 77.5 ± 0.2kHz 40k / 60kHz 40k / 60kHz 40.0 ± 0.2kHz 60.0 ± 0.2kHz 77.5 ± 0.2kHz 40k / 60kHz Tuning Frequency Min 80kΩ Min 140Ω Min 110kΩ Min 70k / 150kΩ 130k / 250kΩ 350kΩ 125kΩ 235kΩ 330k / 560kΩ Impedance ACL27NP-40K ACL27NP-60KB ACL27NP-77KB ACL-25-40/60-91 40K08T 60K08S 77K08T ACL80B-40/60 Part No. $ $ όϯ υ੾ସ͑ճ࿏ਤ ث PJM෦

High Inductance Variable Coils : Max. 27mH : 10 - 250kHz : L ± 10% Inductance Operation Freq. Variable Range of L Inductance Operation Freq. Variable Range of L : Max. 27mH : Max. 500kHz : L ± 8% CMG65 DIMENSIONS (mm)TYPE SPECIFICATIONSCONSTRUCTION M-8G : 100mH : Max. 500kHz : L ± 5% Inductance Operation Freq. Variable Range of L MG78 High Inductance Variable Coils High Inductance Variable Coils Max. 6.5Max. 7.3 1.3 7.6 6.2 1.2 Max. 7.3 0.5 4.0ø0.51.0 Max. 8.2 4.5 Max. 9.0 3.0 4.5 Max. 7.8 4.5 1.0 ø0.5 Max. 7.8

148 IFT Coils

: Max. 246µH : Max. 15MHz : L ± 1.5% Inductance Operation Freq. Variable Range of L Inductance Operation Freq. Variable Range of L : Max. 1mH : Max. 20MHz : L ± 3% CP-4LB DIMENSIONS (mm)TYPE SPECIFICATIONSCONSTRUCTION CPG54 * Please contact us for other IFT coils. IFT Coils : 1µH – 820µH : Max. 20MHz : L ± 4% Inductance Operation Freq. Variable Range of L PG78 : 1µH – 680µH : Max. 20MHz : L ± 4% P-5LG 1.2 3.8 5.7 1.51.50.4 3.4Max. 2.2 Max. 5.1 Max. 5.1 Max. 4.5 Max. 6.1 Max. 6.1 0.8 0.5 3.5 6.2 (3.7) Inductance Operation Freq. Variable Range of L 4.5 ø0.51.0 Max. 7.6 4.5 Max. 6.1 Max. 6.1 Max. 6.5 2.8 2.6 6.0 1.0 ø0.4 3.5 3.5 5.8 5.8 * ΘͤԼ͍͞ɻ

DIMENSIONS (mm)TYPE SPECIFICATIONSCONSTRUCTION : Max. 1.5µH : Max. 150MHz : L ± 1% Inductance Operation Freq. Variable Range of L CS-5LN Inductance Operation Freq. Variable Range of L : Max. 1.0µH : Max. 300MHz : L ± 2% CS-4 Inductance Operation Freq. Variable Range of L : Max. 5µH : Max. 150MHz : L ± 1% CS54 RF Coils * Please contact us for other RF coils. Inductance Operation Freq. Variable Range of L : 0.1µH - 30µH : Max. 300MHz : L ± 4% S-5LD3 Inductance Operation Freq. Variable Range of L : 0.1µH - 10µH : Max. 300MHz : L ± 4% S-7LC 0.70.7 0.5 3.5Max. 2.4 Max. 5.7 Max. 5.7 0.8 1.01.0 3.2 3.0 Max. 5.1 Max. 4.5 Max. 5.9 Max. 5.9 0.8 0.5 3.5 6.2 (3.7) (5.2) Max. 5.9 5.6 Max. 7.8 4.5 3.0Max. 7.6 4.5 1.0 ø0.5 Max. 8.5 Max. 6.1 1.0 ø0.4 5.6 2.6 3.6 3.6 2.5 * ΘͤԼ͍͞ɻ

150 VCO Coils

Specifications(Reference) DIMENSIONS (mm) SM76 Type Name Unloaded Q at 200MHz Measurement Frequency 10.5pF ± 2% over variable 147 Tuning Capacitance Range

Characteristic frequency
Characteristic frequency Specifications(Reference) at 200MHz at 150MHz SM55 DIMENSIONS (mm) Maximum Turn : 4 1/2 T(ø0.5) SM55 SM55-01 SM55-02 SM55-03 SM55-04 Type Name Part No. Unloaded Q Measurement Frequency 22.2pF ± 4% 16.0pF ± 8% 11.8pF ± 8% 17.6pF ± 4% over variable over variable over variable over variable Min. 85 (Typ. 145) Min. 80 (Typ. 135) Min. 75 (Typ. 130) Min. 75 (Typ. 125) Tuning Capacitance Range VCO Coils OUTLINE These coils are available for the oscillation circuit of the digital tuner. These are high Qu and high stability due to low stray capacity and high self resonance frequency SMD type. Max. 7.8 Max. 7.6 Max. 7.1 3.3 3.0 7.9 4.5 4.5 1.0 ø0.5 10M 100M FREQUENCY(Hz) Qu 100 110 120 130 140 150 160 10M 100M FREQUENCY (Hz) Qu 100 110 120 130 140 150 160 ø0.5 1.0 Max. 5.9 Max. 6.1 3.2 5.92.6 2.5 Max. 5.9 3.2 SM55-01 SM55-02 SM55-03 SM55-04 ʣ ੇ๏ਤ 2 ଌఆप೾਺ಉௐ༰ྔՄมൣғ Q'±Ҏ্Մม प೾਺ಛੑ प೾਺ಛੑ ੇ๏ਤ 2 ଌఆप೾਺ಉௐ༰ྔՄมൣғ Q'±Ҏ্Մม Q'±Ҏ্Մม Q'±Ҏ্Մม Q'±Ҏ্Մม ʣ ཁ దͳίΠϧͰ͢ɻ ૷λΠϓίΠϧͰ͢ɻ

DIMENSIONS (mm)TYPE MG57

Features
Circuit of measurement
This is available for high inductance coil (50mH) as well as ANT loading coil.
FM signal suppression inductor and FM trap inductor are built in the AM ANT loading coil. Specifications CMG65B MG57 Type Name Unloaded Q 79.6kHz 79.6kHz Measurement Frequency Within 50mH ± 5% Within 50mH ± 5% Min. 50 Min. 30 Inductance (4-6) (4-6)
Frequency AM Antenna Loading Coils Max. 7.3 Max. 7.4 Max. 3.0 Max. 6.1 Max. 6.3 Max. 3.2 Max. 0.9 Max. 6.3 6.5 Max. 8.1 Max. 7.3 Max. 4.2 Max. 0.6 3.2 Max. 1.4 Max. 0.5 Max. 6.1 Max. 3.7 Max. 3.7 C 0.01u 50Ω High6 Ξϯςφ -10 -20 -30 -40 -50 -60 -70 -80 -90 -100 0.01 0.1 1 10 100 1000 Frequency (MHz) for JPN, US for EU Gain (dB) ଌఆճ࿏ ༻Ͱ͖·͢ɻ 2 ଌఆप೾਺ΠϯμΫλϯε प೾਺ಛੑ

152 Video Filters

DIMENSIONS (mm)TYPE CONSTRUCTION Video Filters CY-4W CY-4T

Features 1. Filter with shield case. 2. From 1 to 3 pieces combinations are possible for low pass, high pass, band pass and delay lines. 3. Low profile (H: 5.2mm Max). 4. Two capacitors are able to be built in 1 coil. 5. Reflow soldering is possible. Specifications CY-4T CY-4W CY-4 2567-026 2567-021 2567-034 2569-T021 2569-T033 2569-T017 2570-T007 Type Name Inductance Cut-off Freq Delay time 1.5MHz L.P .F. 5.06MHz L.P .F. 4.21MHz L.P .F. 3.81MHz L.P .F. 10MHz L.P .F. 3.58MHz L.P .F. 10.7MHz L.P .F. Impedance Zin : Zout 1kΩ : 1kΩ 1kΩ : 1kΩ 1kΩ : 1kΩ 1kΩ : 1kΩ 1kΩ : 1kΩ 1kΩ : 1kΩ 330Ω : 330Ω 1.5MHz (at 3.0dB) 3.81MHz (at 3.0dB) 10MHz (at 2.5dB) 4.85MHz (at 3.0dB) 5.25MHz (at 3.0dB) 330nS at 1.0MHz 140nS at 3.0MHz 32nS at 0.2MHz 720nS at 0.2MHz 187nS at 3.58MHz Delay time Min. 23dB (at 3.0MHz) Min. 40dB (at 5.0MHz) Min. 20dB (at 3.8MHz) Min. 17dB (at 6.3MHz) Min. 25dB (at 2.94MHz) Min. 17dB (at 5.47MHz) Min. 25dB (at 4.8MHz) Min. 35dB (at 9.5MHz) Min. 45dB (at 12.2MHz) Min. 51dB (at 14.3MHz) Min. 15dB (at 1.0MHz) Min. 17dB (at 7.0MHz) Min. 15dB (at 9.7MHz) 4.01MHz (at 2.5dB) 4.41MHz (at 2.5dB) 10.2MHz (at 2.5dB) 11.2MHz (at 2.5dB) 2.46MHz (at 3.0dB) 4.7MHz (at 3.0dB) Part No. Application Video Filters 0.4 1.6 1.6 Max. 5.0 1.6 Max. 10.0 1.6 1.6 0.4 1.6 1.6 Max. 14.75 0.4 1.6 1.6 γʔϧυέʔε෇͖ϑΟϧλɻ ੒͕Մೳɻ ௿എʢ)ɿNN.BYʣɻ ͷίϯσϯα͕಺૷Մೳɻ Πϯϐʔμϯε ΠϯμΫλϯε

DIMENSIONS (mm)TYPE CONSTRUCTION Audio Filters CFB2-6 1. By combining 1 to 2 pieces, various kinds of LC filter combinations are possible. 2. Low profile type (7.5 mm Max) 3. Two capacitors are able to be built in 1coil, therefore an additional capacitor is unnecessary. 4. Surface mounting on PCB and reflow soldering is possible.

Features Audio Filters Helical Filter CH56W DIMENSIONS (mm)TYPE Specifications CH56W 480MHz Min. 18MHz Min. 25dB Min. 19dB Type Name Center Frequency (Fo) -1dB Bandwidth at Fo Max. 3.5dB Insertion Loss Max. 1dB Ripple Attenuation Fo + 80MHz Fo - 80MHz 1.0 0.5 Max. 14.0 7.6 6.7 6.2 6.7 Max. 7.5 Max. 7.3 0.5 2.0 2.0 7.6 6.2 1.2Max. 7.3 Max. 6.3 7.0 8 x 0.65.65 3.2 3.2 3.1 4 x 0.8 Max. 6.0 0.6 Max. 11.5 2.21 6 5 ੒ग़དྷ·͢ɻ ௿എλΠϓʢNN.BYʣɻ Ϧοϓϧ

154 Balun

: 50MHz - 1GHzOperation Freq. : 100kHz - 1GHzOperation Freq. : Max. 500MHzOperation Freq. : 100MHz - 1GHzOperation Freq. CBM33 DIMENSIONS (mm)TYPE SPECIFICATIONSCONSTRUCTION CBM42 BM-6N CBM63 : 70 - 120MHzOperation Freq. CBM64B Balun PROVISIONAL : 10 - 110MHzOperation Freq. : 100kHz - 100MHzOperation Freq. CBM63C CBM96 Balun This specification might be changed without notice due to under developing and improving. Thank you for your understanding. About CBM64B 2.54 0.4 Max. 5.05 Max. 4.0 Max. 3.8 2.8 0.5 2.7 3.0 Max. 4.4 Max. 5.5 Max. 2.5 3.2 1.75 Max. 9.55 1.75 0.50.5 0.5 Max. 3.15 6.4 Max. 5.95 Max. 6.5 3.5 3.5 ø0.4 Max. 5.7 Max. 6.3 Max. 4.2 8.2 2.02.0 0.5 Max. 7.3 Max. 4.0 7.6 1.2 0.5 4.0 (6.5) Max. 7.3 (3.2) 5 - 2.0 0.6 10.6 Max. 13.0

Dimensions for embossed tape and reel packing with packed QTY Dimensions for embossed tape and reel packing with packed QTY TYPE ABCDEF GH QTY (PCS/REEL)DIMENSIONS (mm) TYPE ABCDEF GH QTY (PCS/REEL)DIMENSIONS (mm) DIMENSIONS (mm)4.0 B H G C A E D F 2.0 ø1.5 แ਺ྔ แ਺ྔ แ਺ྔ แ਺ྔ

Product Information

CMS5D21 specifications and overview.

Summary

GENERAL PRODUCTS CATALOG 2011.09

Description

GENERAL PRODUCTS CATALOG 2011.09

Source title CMS5D21 Datasheet(PDF) - Sumida Corporation

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