CP04V3TR50 ETC | Alldatasheet
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TA-I TECHNOLOGY CO., LTD 1. Scope This specification applies for the fuse series of thin film chip fuse made by TA-I. 2. Construction 3. Type Designation Over Coat Ceramic Substrate Conductor Cu / Ni Plating Fuse Element CP Chip Fuse Size 04:0402(1005) 06:0603(1608) 12:1206(3216) Rated Voltage T Packaging T: Paper Tape(5K) V6:63V V5:50V V3:32V R50 Rated Current R50:0.5A 1R0:1A Sn Plating
TA-I TECHNOLOGY CO., LTD 4. Dimensions Unit: mm 5. Applications and ratings Part Designation Marking Rated Current Fusing Time Resistance (mΩ) Tolerance±25% Rated Voltage Breaking Capacity Body Temperature rising CP04V3TR50 F 0.50A Open within 5sec.at 200% rated current 380 DC 32V DC32V 35A <75℃at 100% rated current CP04V3TR80 K 0.80A 120 CP04V3T1R0 L 1.00A 95 CP04V3T1R25 M 1.25A 67 CP04V3T1R50 P 1.50A 51 CP04V3T1R60 N 1.60A 46 CP04V3T2R0 S 2.00A 33 CP04V3T2R50 T 2.50A 22.5 CP04V3T3R0 3 3.00A 20 CP04V3T3R15 U 3.15A 19 CP04V3T4R0 W 4.00A 16 *Resistance valve was measured with less than 10% of rated current Type (Inch Size code) Dimensions (mm) L W C d t CP04V CP06V CP12V
TA-I TECHNOLOGY CO., LTD Part Designation Marking Rated Current Fusing Time Resistance (mΩ) Tolerance±25% Rated Voltage Breaking Capacity Body Temperature rising CP12V6TR50 F 0.50A Open within 5sec.at 200% rated current 527.5 DC 63V DC63V 50A <75℃at 100% rated current CP12V6TR80 K 0.80A 211 CP12V6T1R0 L 1.00A 145.5 CP12V6T1R25 M 1.25A 90 CP12V6T1R50 P 1.50A 83 CP12V6T2R0 S 2.00A 57 CP12V3T2R50 T 2.50A 37 DC 32V DC32V 50A CP12V3T3R00 3 3.00A 26 CP12V3T4R0 W 4.00A 18 CP12V3T5R0 Y 5.00A 13 CP12V3T7R0 Z 7.00A 9 Part Designation Marking Rated Current Fusing Time Resistance (mΩ) Tolerance± 25% Rated Voltage Breaking Capacity Body Temperature rising CP06V5TR50 F 0.50A Open within 5sec.at 200% rated current
260 DC 50V DC50V 50A
<75℃at 100% rated current CP06V3TR63 I 0.63A 218 AC/DC 32V AC/DC32V 50A CP06V3TR80 K 0.80A 132 CP06V3T1R0 L 1.00A 84.5 CP06V3T1R25 M 1.25A 63 CP06V3T1R50 P 1.50A 50.5 CP06V3T1R60 N 1.60A 46 CP06V3T2R0 S 2.00A 32 CP06V3T2R50 T 2.50A 25.5 CP06V3T3R00 3 3.00A 20 CP06V3T3R15 U 3.15A 19 CP06V3T4R0 W 4.00A 13 CP06V3T5R0 Y 5.00A 10
TA-I TECHNOLOGY CO., LTD 6.Temperatuer Derating Curve
6.1 Normal Ambient Temperature: 25℃
6.2 Operating Temperature: -20℃~105℃,whit proper Derating factor as below:
7.Reliability Tests Parameter Requirement Test Method Carrying capacity No fusing Rated current ,4hr Fusing Time Within 5sec. 200% of its rated current Interrupting Ability No mechanical damages After the fuse is interrupted ,rated voltage applied for 30sec again Bending Test No mechanical damages Distance between holding points: 90mm, Bending:3mm,1time ,30sec Resistance to solder Heat ±20% 260℃±5℃,10seconds ±1second Solderability 95% coverage minimum 235℃±5℃, 2±0.5second 245℃±5℃, 2±0.5second (Lead Free) Temperature Rise <75℃ 100% of its rated current, Measure of surface temperature Resistance to Dry Heat ±20% 105℃±5℃,1000 hrs Resistance to Solvent No evident damages on protective coating and marking 23℃±5℃of Isopropyl alcohol 90second Residual Resistance 10kΩ and more Measure DC resistance after fusing Thermal Shock △R< 10 % -20℃/ +25℃/+125℃/+25℃ , 10 cycles 105
TA-I TECHNOLOGY CO., LTD 8.Marking Symbol for Rating Current Symbol F I K L M P N S T 3 U W Y Z 9.Taping & Reel
9.1 Taping Dimensions
Packing Type A B W F E P1 P2 P0 D0 T +0.1 ψ1.5 0.45±0.1 +0.1 ψ1.5 0.64±0.1 +0.1 ψ1.5 0.84±0.1 Unit: mm Type Size Paper Tape 2 mm pitch 180mm/R CP 04 10000 Type series Paper Tape 4 mm pitch 180mm/R CP 06 5000 CP 12 5000
TA-I TECHNOLOGY CO., LTD
9.2 Reel Specifications
Unit: mm Series ψA ψB ψC W T CP04 CP06 CP12
9.3 Peel –off force :
10〜15∘ STANDARD : 0.1 ~ 0.7 N carrier tape 10. Storage Conditions: Temperature: 5℃~35℃,Humidity:40%~75% 11. Shelf Life: 2 years from manufacturing date
TA-I TECHNOLOGY CO., LTD 12. Label Date Code Rating current Type LOT NO: Customer Label 13. Recommended land patterns Land pattern Type Size Dimension a b c QTY: 5000 PCS R50 200% T005F0005K 1005 CP06V5T Chip Fuse
TA-I TECHNOLOGY CO., LTD 14. Recommend IR – Reflow profile : (solder : Sn96.5 / Ag3 / Cu0.5) Peak : 250 ℃ , 5 sec Pre – heat Zone : 150 to 180 ℃, 90±30 sec Soldering Zone : 230℃ or higher , 30±10 sec 15. Approval by UL248-14 The fuses have been approved by UL. File No. of UL Recognition is E241710 16. ECN Engineering Change Notice: The customer will be informed with ECN if there is significant modification on the characteristics and materials described in Approval Sheet. 17. Manufacturing Country & City : TA-I TECHNOLOGY CO., LTD. ( Taiwan– Tao Yuan ) Tel: (+886) 3-3246169 Fax : (+886) 3-3246167 Associated companies : (1)TA-I TECHNOLOGY ( SU ZHOU ) CO., LTD. ( China – Su Zhou) Tel :(+86) 512-63457879 Fax : (+86) 512-63457869 (2) TA-I TECHNOLOGY ELECTRONIC (DONGGUAN ) CO., LTD. ( China –Dongguan ) Tel : (+86) 769-8339-4790〜3 Fax : (+86) 769-8339-4794 (3) FORTUNE TASK RESISTOR FACTORY ( China – Dongguan ) Tel : (+86) 769-8339-4790〜3 Fax : (+86) 769-8339-4794 (4) TAI OHM ELECTRONICS ( M ) SDN. BHD. ( Malaysia – Penang ) Tel :(+60) 4- 3900480 Fax : (+60) 4-3901481 (5) P.T.TAI ELECTRONIC Indonesia ( Indonesia – Jakarta ) Tel :(+62) 21-89830123 Fax : (+62) 21-89830703
TA-I TECHNOLOGY CO., LTD Selection Guideline of Fuse: ■Checklist of selection factors ◎Normal operating current ◎Normal operating voltage ( AC or DC ) ◎Ambient Temperature ◎Overload current and length of time in which the fuse must open . ◎Type of fuse ( SMD or Tube ) and physical size limitation ( 0603 or 1206 ) ◎Agency Approval required ( e.g., UL248-14 ) ■ Normal operating current e.g., Rec tangular Wave , If I p = 1.5 A , Normal operating current = 1.5 A
TA-I TECHNOLOGY CO., LTD █ Derating ratio for different ambient Temperature ◎ Referring to bottom figure and select the appropriate derating ratio : e.g., Ambient temperature is 60 degree C the derating ratio ≒ 0.95 █ Calculating the required rating of fuse needed . ◎ Safety coefficient : 70 % is safety coefficient from practical experience ◎ < rating current of fuse e.g., Condition : Normal operating current = 1.5 A Ambient temperature 40 ℃ : Derating ratio ≒ 0.95 < rating current of fuse Normal Operating Current 0.7 x derating ratio 1.5 0.7 x 0.95 105 2.255 < rating current of fuse Ambient temperature Safety coefficient
TA-I TECHNOLOGY CO., LTD █ Determination of the type of fuse e.g., Condition : ◆ Calculating value =2.255 A , 2.255A < rating current of fuse ◆ Normal operating voltage : DC 12 V ◆ Following bottom index-table : Suggesting use CP06V3T2R50 . Part Designation Marking Rated Current Rated Voltage Part Designation Marking Rated Current Rated Voltage CP06V5TR50 F 0.50A 50V CP12V6TR50 F 0.50A 63V CP06V3TR63 I 0.63A 32V CP12V6TR80 K 0.80A 63V CP06V3TR80 K 0.80A 32V CP12V6T1R0 L 1.00A 63V CP06V3T1R0 L 1.00A 32V CP12V6T1R25 M 1.25A 63V CP06V3T1R25 M 1.25A 32V CP12V6T1R50 P 1.50A 63V CP06V3T1R50 P 1.50A 32V CP12V6T2R0 S 2.00A 63V CP06V3T1R60 N 1.60A 32V CP12V3T2R50 T 2.50A 32V CP06V3T2R0 S 2.00A 32V CP12V3T3R00 3 3.00A 32V CP06V3T2R50 T 2.50A 32V CP12V3T4R0 W 4.00A 32V CP06V3T3R00 3 3.00A 32V CP12V3T5R0 Y 5.00A 32V CP06V3T3R15 U 3.15A 32V CP12V3T7R0 Z 7.00A 32V CP06V3T4R0 W 4.00A 32V CP06V3T5R0 Y 5.00A 32V ■ Inrush current : ◆ Considering inrush waveform & calculate I2t (A2s) value ◆ Choosing fuse’s I2t (A2s) value > calculate I2t (A2s) value ◆ Considering Ratio of I2t repeat numbers to blowing ◆ Confrim with us e.g., choosing 0603 Fuse Condition : 1. Rectangular Wave , Ip = 4 A , t = 1 ( ms ) , Calculate Ip2t = 42 x 1 x 10 –3 (A) = 0.016 (A2s) 2. Choosing CP06V3T2R50 ( I2t = 0.1807 (A2s) ) , 3. Inrush shock : 100,000 times ( ≒0.35 ) Calculating : 1. Choosing fuse’s I2t (A2s) value X Derating ratio > calculate I2t (A2s) value 2. 0.1807 x 0.35 = 0.0632 (A2s) 4. 0.0632 > 0.016 Page 12 index-table Inrush derating ratio Inrush 100,000 times
TA-I TECHNOLOGY CO., LTD The fuse is able to meet circuit ‘s application Note*: Typical I2t value is measured at 10x-rated current, Application with surge over 10x-rated current. Please confrim with us. TA-I FUSE I2 t ( A2 s) Part Number Typical I2 t (A2 s) Part Number Typical I2 t (A2 s) Part Number Typical I2 t (A2 s) CP04V3TR315 0.00203 CP06V5TR50 0.0088 CP12V6TR50 0.015 CP04V3TR50 0.00317 CP06V3TR63 0.0125 CP12V6TR80 0.040 CP04V3TR75 0.00402 CP06V3TR80 0.0206 CP12V6T1R0 0.062 CP04V3TR80 0.00532 CP06V3T1R0 0.0211 CP12V6T1R25 0.094 CP04V3T1R0 0.00724 CP06V3T1R25 0.0472 CP12V6T1R50 0.141 CP04V3T1R25 0.01344 CP06V3T1R50 0.0623 CP12V6T2R0 0.285 CP04V3T1R50 0.01356 CP06V3T1R60 0.0817 CP12V3T2R50 0.445 CP04V3T1R60 0.01672 CP06V3T2R0 0.1176 CP12V3T3R00 0.639 CP04V3T2R0 0.01983 CP06V3T2R50 0.1807 CP12V3T4R0 1.109 CP04V3T2R50 0.03763 CP06V3T3R00 0.3177 CP12V3T5R0 1.710 CP04V3T3R00 0.05427 CP06V3T3R15 0.3615 CP12V3T7R0 3.300 CP04V3T3R15 0.06304 CP06V3T4R0 0.5348 CP04V3T4R0 0.08960 CP06V3T5R0 0.7726 TA-I chip fuse Clearing by repeater rush current 0.1 10 100 1000 10000 100000 Ratio of I2t Repeat numbers to blowing Ratio of I2t
TA-I TECHNOLOGY CO., LTD Inrush Waveform
TA-I TECHNOLOGY CO., LTD
TA-I TECHNOLOGY CO., LTD
TA-I TECHNOLOGY CO., LTD
TA-I TECHNOLOGY CO., LTD