CM3225120KL

CM3225R12ML ABC | Alldatasheet

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e﹒Remark：Products comply with RoHS' requirements h﹒Resistance to solvent：Per MIL-STD-202F g﹒Resistance to solder heat：260℃.10 secs. f﹒Rated current ：Current cause e﹒Terminal pull strength：1.5 kg min. a﹒Temp. rise ：20℃ max. b﹒Ambient temp.：100℃ max. c﹒Storage temp.：-40℃ ----+125℃ d﹒Operating temp.：-40℃----+125℃ Ⅳ﹒GENERAL SPECIFICATION： AR-001A Peak Temp：250℃ max. Max time above 217℃ ：60~150sec max. Max time above 245℃ ：20~40sec max. 200℃~250℃ Average Ramp-up Rate：3℃/second max. inductance drop within 10% Temperature ( )℃ 100 200 150 250245 217 Temperat ure Rising Area Reflow profile Peak Temperature： 60~150se c 20~40se c Time ( seconds ) 100 150 200 250 250℃ 150 ~ 200 / 60 ~ 180sec ℃ Preheat Area Reflow Area 6 / s e c o n d m a x . ℃ Forced Cooling Area d﹒Encapsulate：Epoxy novolac c﹒Terminal：Cu/Sn b﹒Wire ：Enamelled copper wire (class H) a﹒Core：Ferrite DR core Ⅲ﹒MATERIALS： Ⅱ﹒SCHEMATIC DIAGRAM： A F Ⅰ﹒CONFIGURATION & DIMENSIONS： WOUND CHIP INDUCTOR Inductance code Marking NAME PROD. REF : 20070124-C C molding compound F B K2K1 E b d c a （ PCB Pattern ） 1.4 11.8 ABC'S ITEM NO. ABC'S DWG NO. SPECIFICATION FOR APPROVAL 2.9±0.2 100 E : 1.0±0.2 F : 0.6+0.3-0 C : 2.2±0.2 B : 2.5±0.2 A : 3.2±0.4 m/m m/m m/m m/m m/m PAGE: 120080502-H

140202.5230-□□□CM3225120KL□ 12.000±10% 2.50 AR-001A 2)."- ":Re ferenc e code 1). : Packaging information．．．□ □ □ □ CM3225820KL□ CM3225121KL□ CM3225151KL□ CM3225101KL□ -□□□ -□□□ -□□□ -□□□ -□□□CM3225330KL□ CM3225390KL□ CM3225680KL□ CM3225560KL□ CM3225470KL□ -□□□ -□□□ -□□□ -□□□ CM3225150KL□ CM3225270KL□ CM3225220KL□ CM3225180KL□ -□□□ -□□□ -□□□ -□□□ □ B : Taping ReelA : Bulk□ 82.000±10% 120.000±10% 150.000±10% 100.000±10% 0.796 0.796 0.796 2.52 3033.000±10% 39.000±10% 47.000±10% 56.000±10% 68.000±10% 15.000±10% 18.000±10% 22.000±10% 27.000±10% 172.52 2.52 2.52 2.52 2.52 2.52 2.52 2.52 2.52 11.00 15.00 11.00 10.00 705.60 7.00 8.00 9.00 6.40 3.30 5.00 3.70 2.80 120 110 130 SPECIFICATION FOR APPROVAL -□□□CM32254R7KL□ CM32255R6KL□ CM32256R8KL□ CM3225100KL□ CM32258R2KL□ -□□□ -□□□ -□□□ -□□□ CM32252R2KL□ CM32252R7KL□ CM32253R9KL□ CM32253R3KL□ -□□□ -□□□ -□□□ -□□□ -□□□CM3225R82ML□ CM32251R0KL□ CM32251R2KL□ CM32251R5KL□ CM32251R8KL□ -□□□ -□□□ -□□□ -□□□ CM3225R39ML□ CM3225R47ML□ CM3225R56ML□ CM3225R68ML□ -□□□ -□□□ -□□□ -□□□ 304.700±10% 10.000±10% 8.200±10% 6.800±10% 5.600±10% 2.700±10% 2.200±10% 3.900±10% 3.300±10% 30 507.96 7.96 2.52 7.96 7.96 7.96 7.96 7.96 7.96 300.820±20% 1.200±10% 1.800±10% 1.500±10% 1.000±10% 0.560±20% 0.680±20% 0.470±20% 0.390±20% 14025.2 7.96 7.96 7.96 7.96 100 120 25.2 25.2 25.2 25.2 180 160 250 220 Ⅴ﹒ELECTRICAL CHARACTERISTICS： WOUND CHIP INDUCTOR -□□□CM3225R12ML□ CM3225R15ML□ CM3225R18ML□ CM3225R22ML□ CM3225R27ML□ -□□□ -□□□ -□□□ -□□□ DWG No. REF : 20080502-H PROD. NAME 0.270±20% 0.220±20% 0.180±20% 0.150±20% Inductance 0.120±20% ( µH ) Q min. 25.2 25.2 25.2 25.2 350 320 400 450 Test Fr eq ( MHz ) 25.2 SRF ( MHz ) 500 min. ABC'S ITEM NO. ABC'S DWG NO. 4500.40 2201.50 2.00 2.10 1.60 1.80 170 150 200 180 1.20 1.30 1.00 1.10 260 250 320 290 4500.65 0.75 0.90 0.85 0.70 390 350 370 400 0.60 0.55 0.50 0.45 450 450 450 450 450 0.32 0.36 0.28 0.25 450 450 450 450 RDC ( Ω ) max. 0.22 IDC( mA ) max PAGE: 2

@ Inductance VS. DC Superposition Characteristics DC Current (mA) SPECIFICATION FOR APPROVAL AR-001A Test : Equipment : Q Meter HP4291A 10.1 Frequency (MHz) 101K @ Q VS. Frequency Response 680K60 Q 100K 2R2K 1R0K R47K 1 23 271 05 4R7K Inductance (uH) 100K 101K REF : 221K WOUND CHIP INDUCTOR Ⅵ﹒CURVE： NAME PROD. Test Equipment : LCZ Meter HP4194A @ Inductance Change VS. Temperature Response 60401 20 100 10uH 2.7uH Temperature( ) ℃ -20 0 Change L/L ( % )△ Inductance 3522 71 0 3 10753 3 1.5H 20000pF 1KHz WK3260B Test Piece Test Circuit A ABC'S ITEM NO. ABC'S DWG NO. PAGE: 3 20070124-C 20080502-H

There is no differentiation or directions of polarity ( marking ) in the packaging method.※ Q'TY (pcs) ( 2 ) Dimensions ( 3 ) Q'TY & G.W. Per package AR-001A CM3225 CM3225 CM3225 Series 07 - 08 13 - 08 07(S) - 08 Style 9.80 7.50 G.W. (Kg) Outer : Carton 15.00 13 - 08 Style 07 - 08 07(S) - 08 1101,000 770 220 7,000 2,000 G.W. (gw) Inner : Reel 50,000 84,000 100,000 Q'TY (pcs) 13±0.5 C 13178 21±0.8 21±0.8 21±0.8 330 183 AB 81 0 +010 +010 DG 41 x 39 x 22 41 x 39 x 22 41 x 39 x 22 Size (cm) 12.550 -050 50-0 12.5 12.5 N T Unit:m/m no component Leader 200 m/m min. WOUND CHIP INDUCTOR SPECIFICATION FOR APPROVAL ( 1 ) Configuration Ⅶ﹒PACKAGING INFORMATION： A End B NAME PROD. REF : 20070813-F N Components Carrier Tape Width : D※ Embossed Carrier P:4 m/m User direction of feed 100 100 100 100 100 100 100 100 4 m/m G no component 400 m/m min. Trailer D Start T 2.0±0.5 ABC'S ITEM NO. ABC'S DWG NO. Cover Tape PAGE: 420080502-H

Appendix code 2 : Package Appendix code 1 : Classification SPECIFICATION FOR APPROVAL Inner package Q'TY 1 ~ 9：Lead Free Special products comply with RoHS' requirements Appendix code 1：Product Classification Appendix code 2 ：Package Information AR-001A Note： 2 package code "F" ： End 100 200 m/m-0 100 100 100 100 100 100 100 200 m/m-0 End 100 100 100 100 100 100 T / R ( Reel package ) T / R ( Reel package ) T / R ( Reel package ) Inner package T / R ( Reel package ) T / R ( Reel package ) L：Lead Free Standard products comply with RoHS' requirements E F D B C AB a g Code 2000 1000 7000 pcs pcs pcs 1000 1000 2000 pcs pcs pcs Type code REF : 20080131-G PROD. NAME Ⅷ﹒DWGING NUMBER EXPRESSION： WOUND CHIP INDUCTOR MC2 3 52 Reference code Tolerance code Dimension code Electrical code ABC'S ITEM NO. ABC'S DWG NO. Start Start [ anti-static ] Hot-press [ anti-static ] Remark PAGE: 520080502-H

1﹒Applied the allowed DC current for Mechanical performance test Resistance to soldering heat Shock test voltage test Vibration test ( Low frequency ) resistance test Over load test Withstanding Temperature AR-001A Insulation rise test Temp：260±5℃ Time：10±1.0 sec. Inductors shall be dropped 10 times from a height of 1m onto 3cm wooden boardthan±5% not change more more than ±20% 3﹒Q Shall not change 2﹒Inductance shall 5 minutes 10 minutes surface thermometer current to inductor for a period of 1﹒Amplitude：1.5 m/m 3﹒Direction：X，Y，Z 4﹒Duration：2 hrs / X，Y，Z 2﹒Temperature measure by digital Applied 2 times of rated allowed DC inductors terminal and coating for 5 seconds AC voltage of 1000VAC applied between

100 VDC applied between inductor terminal

2﹒Frequency：10 -- 55 -- 10 Hz / 1min. of electrical and mechanical damage no evidence of electrical and 1﹒Inductors shall be

1000 MΩ min﹒

After test，Inductors After tset，Inductors shall be no evidence of electrical and mechanical damage shall be no evidence 20 max.℃ and coating Ⅸ﹒RELIABILITY TEST： DC Resistance RDC Electrical performance test Rated current IDC Self resonance frequency SRF Test item Inductance L NAME PROD. REF : ABC'S DWG NO. ABC'S ITEM NO. CH-502AC not be more than 20℃ Applied the current to coils，The □HP4194A with HP-16034E test fixture Inductance change shall be less than 10% to initial value & temperature rise shall □HP4291A with HP-16093A test fixture Q Refer to standard characteristic list electrical Specification WOUND CHIP INDUCTOR Test condition / Test method SPECIFICATION FOR APPROVAL PAGE: 6 20070124-C 20080502-H

3﹒Load：Allowed DC current 4﹒Load：Allowed DC current 1﹒Temp：40±2℃evidence of short or mechanical performances open circuiting Unless otherwise specified , Allow the specimen to stand at room temperature for 1 hour or more but not more than 2 hours , Measure the electrical and AR-001A Humidity load life Note： 2﹒R.H.：90 -- 95% 3﹒Time：1000±12 hours 1﹒Inductors shall be no evidence of electrical and 2﹒Inductance shall than ±10% 3﹒Q shall not change more than ±20% There shall be no not change more damage Dry heat test load life test Thermal shock test High temperature characteristic Temperature Cold test Humidity test 15 mins Total：5 cycles 1﹒Temp：85±2℃ 1﹒Temp：85±2℃ 2﹒Time：96±2 hours 2﹒Time：1000±12 hours 15 mins Room temp -40 -- +125℃℃ 1﹒Temp：40±2℃ 2﹒R.H.：90 -- 95% 1﹒Temp：-25±2℃ 3﹒Time：96±2 hours 2﹒Time：96±2 hours mechanical Room temp 30 mins 30 mins +125±2℃ -40±2℃ A 0.5kg load shall be applied to both After fluxing，Inductor shall be dipped in a melted solder bath at 240±5 for℃ MIL-STD-202F，Method 215D Terminals in the axis direction for SPECIFICATION FOR APPROVAL change in WOUND CHIP INDUCTOR Terminal shall not The terminal shall be at least 90% covered with solder There shall be no case deformation appearance or obliteration be loosened or of marking Resistance to solvent test Solderability test Climatic test NAME PROD. strength-pull Terminal test 5 seconds﹒ ABC'S ITEM NO. ABC'S DWG NO. 1 minute﹒ ruptured REF : PAGE: 7 20070124-C 20080502-H

SPECIFICATION FOR APPROVAL March 4, 1994 Reports: January 19, 1988: January 19, 1988: January 19, 1988: June 2, 1988; Coating Type Polyurechane Polyesterimide Polyesterimide Polyurechane (solderable) Polyurechane August 27, 1999 Polyurechane Polyurechane Polyurechane Polyurechane Polyurechane ELEKTRISOLA (MALAYSLA) SDN BHD See General Information preceding These Recognitions IALAN DAMN SATU IANDA BAIK 28750 BENTONG, PAHANG For use only in equipment where the acceptability of the combination is determined by Underwriters Laboratories Inc. Marking：Dompany name/nateriel designation or marked designation and factory identification on package ok reel Pg155Polysol 155g AR-001A June 2, 1998; June 2, 1988. EME-5961C EME-1100 EME-1200 BK BK BK BK BK BK 94V-06.4 0.3 3.1 94V-0 94V-0 0.84 0.84 6.4 94V-0 94V-0 94V-0 BM-21 BM-23 BM-22 OMFZ2 ALL ALL ALL 0.79 0.79 0.79 94HB 94V-0 94HB Polysol-N 180 Polysol 155p Polysol 160 Polysol 180 Polysol 170 P170 or G170 Pp155,Gp155 PN180 P160 P180 Amldester 200 DARUL MAKMUR MALAYSIA Mtl Dsg Polysol-N 155 Polysol 155 Estersol 160 BCMark Dsg PN155 P155 A200 E180 WOUND CHIP INDUCTOR Magnet Wire-Comporent OBMW2 Ⅹ﹒UL CARD： PROD. NAME REF : 130MW-79____ R 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 E59481 (S) Nylon ____ ____ ____ ____ MW-79 MW-79 MW-79 MW-79 180 155 155 156 155 TypOC Nylon ____ ____ ____ ____ MW-80, MW-79, MW-28 MW-79 MW-77 MW-74 ANSI Class 155, 100 155, 130 180 200 E143312 Temp ABC'S DWG NO. ABC'S ITEM NO. PAGE: 8 20070124-C 20080502-H