GPSR1365-7R8MS

CUSTOMER CUSTOMER’S P/N DESCRIPTION SGTE PART NO. SMD POWER INDUCTOR GPSR1365-7R8MS SAMPLE NO. S13102102 REVISION NO. A DATE 21-Oct-13 SPECIFICATION FOR APPROVAL FULLY APPROVED REVISE APPROVED 深圳感通科技有限公司 (大陸工廠) GANTONG TECHNOLOGY (SHENZHEN) CO., LTD. 深圳市平湖街道平湖村萬福路 26 號 No.26 Wan fu Road, Ping hu Village. Ping hu town, Shenzhen City. Tel: 0755-28457600 Fax: 0755-28452952 感通科技有限公司 (台灣辦事處) 臺北縣汐止市新台 5 路一段 77 號 10 樓之 7 10F~7, N0.77, Sec.1, Hsin Tai 5 Road, Shi-chi City,Taipei. Tel: 886-2-8698-2341 Fax:886-2-8698-2342 納美科技股份有限公司 (香港辦事處) LAPEE TECHNOLOGY LIMITED 香港九龍尖沙嘴加連威老道嘉蘭圍 5-11 號利時商業大廈 17 樓 1713 室 Room 1713 17/F, Rise Commercial Bldg5-11 Granville Cri cuit, Granville Rd, TSim Sha Tsui., Kln Tel: 852-25301111 Fax: 852-25371111 http://www.sgte.cn SPECIFICATION INDEX COVER PAGE ▓ SHAPE & DIMENSION…………………….………...........1-8 ▓ ELECTRICAL CHARACTERISTICS AND EXTERNAL TEST REPORT…….……………………………………….2-8 ▓ ELECTRICAL CHARACTERISTICS……………………..3-8 ▓ ELECTRICAL CHARACTERISTICS……………………..4-8 ▓ ELECTRICAL CHARACTERISTICS……………………..5-8 ▓ PACKING FOR SPECIFICATION…………………………6-8 ▓ GENERAL CHARACTERISTICS………………………….7-8 ▓ THE CONDITION OF REFLOW…………………………..8-8 APPROVED BY Tianyi CHECKED BY DRAWING BY Hu 10/21 10/21 SPECIFICATION Customers Part Number Item Name Date Power Inductor 21-Oct-13 Gan Tong Part NO. Sample NO. Page GPSR1365-7R8MS S13102102 1-8 External Dimensions Unit (mm) 7R8 A 13.45±0.5 B 12.6±0.5 C 6.5 Max D ≤0.2 E 3.0±0.5 F 2.0±0.5 G 14.5REF H 8.0 REF I 5.0REF Coating:uncolored Connection Recommended Land Pattern Electrical Specification Measurement Item Unit Tolerance Specification 7.8uH ±20% DCR uH (±20%) mΩ I rms Amps 10A L Test Frequency 100KHz/1V 12.4mΩ(Max) Test Instrument LCR Meter Agilent/4284A or Chroma /11300 Chroma /16502 100KHz/1V LCR Meter Agilent/4284A+42841A or Chroma /11300+3302+1320+1320S 18A 100KHz/1V ‧I rms: Current that causes a 40℃ temperature rise from 25℃ ambient. I sat Amps ‧I sat: DC current at which the inductance drops 35% from it’s value without current. ‧All test Data is referenced to 25℃ ambient. ‧Operating Temperature Range: -25℃ to +125℃ TEST REPORT Customers Part Number Item Name Date Power Inductor 21-Oct-13 Gan Tong Part NO. Sample NO. Revision No. Page GPSR1365-7R8MS S13102102 A 2-8 Electrical Characteristic Item L0A Specification 7.8uH DCR 12.4mΩ Tolerance ±20% Max 1 7.791 9.062 2 7.459 9.347 3 7.490 9.251 4 7.599 9.146 5 7.492 9.038 6 7.583 9.522 7 7.419 9.436 8 7.667 9.501 9 7.469 9.387 10 7.674 9.254 X 7.564 9.294 σ 0.11 0.16 I rms I sat 10Amps △T≦40℃ 18Amps L≧65% 29.4℃ 74.7% External Dimensions Item A B C Specification 13.45 12.6 6.5 Tolerance ±0.5 ±0.5 Max 1 13.59 12.62 2 13.51 3 E F 3.0 2.0 ≤0.2 ±0.5 ±0.5 6.43 0.11 3.04 2.40 12.61 6.38 0.15 3.07 2.38 13.42 12.60 6.42 0.11 3.05 2.29 4 13.52 12.62 6.35 0.15 3.03 2.27 5 13.54 12.61 6.45 0.12 3.09 2.35 6 13.44 12.62 6.39 0.14 3.06 2.31 7 13.50 12.61 6.34 0.10 3.08 2.26 8 13.56 12.59 6.38 0.13 3.05 2.28 9 13.54 12.62 6.42 0.15 3.07 2.25 10 13.40 12.60 6.40 0.12 3.04 2.30 X 13.50 12.61 6.40 0.13 3.06 2.31 σ 0.06 0.01 0.03 0.02 0.02 0.05 Inductance measured at 100KHz/1Vrms. Electrical specifications at 25℃. Humidity 60±10% D ELECTRICAL CHARACTERISTICS Customers Part Number Item Name Date Power Inductor 21-Oct-13 Gan Tong Part NO. Sample NO. Page GPSR1365-7R8MS S13102102 3-8 Inductance VS DC current IDC L %L0A 0A 7.507 100.0% 2A 7.524 100.2% 4A 7.357 98.0% 6A 7.134 95.0% 8A 6.884 91.7% 10A 6.622 88.2% 12A 6.376 84.9% 14A 6.117 81.5% 16A 5.855 78.0% 18A 5.606 74.7% CONDITTON:100KHz/1.0Vrms ELECTRICAL CHARACTERISTICS Customers Part Number Item Name Date Power Inductor 21-Oct-13 Gan Tong Part NO. Sample NO. Page GPSR1365-7R8MS S13102102 4-8 DC current VS Temperature Time L（μН） T（℃） △T(℃) 18:30 6.628 27.6 19:00 6.624 53.7 26.1 19:30 6.623 57.0 29.4 20:30 6.623 57.0 29.4 21:30 6.623 57.0 29.4 22:30 6.623 57.0 29.4 23:30 6.623 57.0 29.4 CONDITTON: Load 10A 57.0℃ 27.6℃ ELECTRICAL CHARACTERISTICS Customers Part Number Item Name Date Power Inductor 21-Oct-13 Gan Tong Part NO. Sample NO. Page GPSR1365-7R8MS S13102102 5-8 Inductance VS Frequency FREQ. L（μН） 1KHZ 7.769 10KHZ 7.669 100KHZ 7.508 500KHZ 7.428 800KHZ 7.399 1000KHZ 7.381 PACKING FOR SPECIFICATION Customers Part Number Item Name Date Power Inductor 21-Oct-13 Gan Tong Part NO. Sample NO. Page GPSR1365-7R8MS S13102102 6-8 Packaging Information: TYPE A(mm) B(mm) C(mm) D(mm) 13´´*24mm 24±0.5 100±2 13.5±0.5 330 4.0± 0.1 B0 W 2.0± 0.1 T P K0 A0 TYPE Quat A0 B0 K0 W P GPSR1365 500 12.8 13.7 6.7 24 20 GENGRAL CHARACTERISTICS Gan Tong Part NO. GPSR1365-7R8MS .STORAGE TEMPERATURE： 25℃~30℃ HUMIDITY 45~85% RH 2.OPERATING TEMPERATURE -30℃～+125℃(CONTAIN HEATING COIL) PAGE : 7-8 RANGE : 3.EXTERNAL APPEARANCE : NO EXTERNAL DEFECTS CAN BE FOUND IN THE VISUAL INSPECTION. 4. TERMINAL STRENGTH NO TERMINAL DETACHMENT SHOULD BE FOUND WHEN THE DEVICE IS PUSHED IN TWO : DIRECTIONS OF X AND Y WITH THE FORCE OF 10.0N FOR 10±2 SECONDS AFTER SOLDERING BETWEEN COPPER PLATE AND THE TERMINALS.(REFER TO FIGURE AT RIGHT) 5.HEAT ENDURANCE TEST ： REFER TO Recommended Soldering Temperature Graph.（AT PAGE 2）. 6.INSULATING RESISTANCE : THE INSULATION RESISTANCE SHOULD BE OVER 100MΩ WHEN D.C.100V IS APPLIED TO THE WINDING –CORE. MEANWHILE NO STRUCTURE AND ELECTRIC DEFECTS SHOULD BE FOUND FOR 1 MINUTE. 7. TEMPERATURE FEATURE： INDUCTANCE COEFFICIENT IS (0～2000)x10-6(-25～+85℃) 8. HUMIDITY TEST INDUCTANCE DEVIATION IS WITHIN ±5.0% AND NO STRUCTURE AND ELECTRIC DEFECTS CAN BE ： FOUND AFTER 96 HOURS TEST UNDER THE CONDITIONOF RELATIVE HUMIDITY OF 90～95% AND TEMPERATURE OF 40±2℃. AND 1 HOUR STORAGE UNDER ROOM AMBIENT CONDITIONS AFTER THE DEVICE IS WIPED WITH DRY CLOTH. 9. VIBRATION TEST ： INDUCTANCE DEVIATION IS WITHIN ±5.0％ AFTER 1 HOUR SWEEPING VIBRATION IN EACH THREE DIRECTIONS. NAMELY, FREQUENCY IS 10～55～10Hz ANDTHE AMPLITUDE OF 1MINUTE CYCLE IS 1.5mm PP. 10.SHOCK TEST : INDUCTANCE DEVIATION IS WITHIN ±5.0% AFTER THE TEST WITH GOM-BLOCK SHOCK TESTING MACHINE,ONCE IN EACH OF THE THREE PERPENDICULAR AXIS DIRECTIONS. THE SHOCK ACCELERATION IS 981m/s2. THE CONDITION OF REFLOW Gan Tong Part NO. : GPSR1365-7R8MS Reflow Soldering Hand soldering PAGE : 8-8