SHW1000UF6.3V6.3X11

规格承认书 Specification for approval 客户名称: （Customer Name） 铝电解电容 产品名称: （Product Name） Aluminum Electrolytic Capacitor 客户料号： （Customer part number） 科尼盛料号： 　ＳＨＷ１０００ＵＦ６．３Ｖ６．３Ｘ１１ （KNSCHA number） 型号规格: KNSCHA SHW 6.3V1000μF Φ6.3*11L （Specifications） KNSCHA SHW 6.3V1000μF Φ6.3*11L 制 造 (Manufacture) 客 户 (Customer) Approval Approval 拟 制 核 准 (Fiction) 审 核 (Chief) (Approval) 刘淑芬 刘军军 徐贵南 检 验 (Inspect) 审 核 (Chief) 东莞市科尼盛电子有限公司 DONG GUAN KNSCHA ELECTRONICS CO.,LTD. No.8th floor, A3 building, R&D center (Phase I), Songshan Lake Intelligent Valley, Liaobu Town, Dongguan City. TEL:0769-83698067 81035570 FAX: 0769-83861559 Email：sales@knscha.com Website: http://www.knscha.com 核 准 (Approval) SHW Series Aluminum Electrolytic Capacitors Item Name Rating SHW6.3V1000μF 　ＳＨＷ１０００ＵＦ６．３Ｖ６．３Ｘ１１ Case size Φ6.3*11L KNSCHA Lifetime 8000 hours 1. Operating Temp. Range -40℃ ～ + 105℃ 2. Electrical Characteristics See Table 1. 【Table 1】 Rated Voltage VDC Surge Voltage VDC 6.3 8 Nominal Tolerance Dissipation Leakage Permissible Impedance( Static on Factor Current Ripple Current mΩ) Capacitance Capacitance(%) (tanδ)max 2min. 20℃ (mArms)max 100KHZ 20 (μF) 20℃ 120Hz 20℃ 120Hz (μA)max 105℃100KHz ℃ 1000 -20～＋20 63 0.20 1900 0.36 3. Dimensions Rubber Bung Sleeve Фd=0.05 Tinned copper-ply wire φd Safety Vent φ6.3 or over F±0.5 ФD+αmax 15min. L+βmax. Unit(mm) φD+0.5Max 6.3 φD＋0.5 4min. L+1.5Max 11 F±0.5 2.5 d±0.05 0.5 4. Marking Following items are printed with white color on coffee color sleeve Example of Marking 6.3V 1000μF ① Rated voltage & Nominal Capacitance ② Polarity (negative) ③ Trade Mark ④ series ⑤ Symbol of Capacitance Tolerance　（M) ⑥ Max Operating Temp. ① ② KNSCHA SHW ③ ④ (M )105℃ ⑤⑥ 5.MULTIPLIER FOR RIPPLE CURRENT ①. Frequency Coefficient 120Hz Freq.(Hz) Cap(μF) 0.65 ②. Temperature Coefficient Ambient 40 Temperature(℃) Coefficient 2.40 1KHz 10KHz 100KHz 0.90 0.95 60 70 85 105 2.10 1.78 1.65 1.00 1.00 NO.KNS-2209023 (1/5) 6. No. Characteristics Item 1 Leakage Current Performance I= Test Method 63.0 μA I= Max Leakage Current C=Ctatic Capacitor: V=Rated Voltage Protection Resistor : 1000±10Ω Applied Volt : Rated Voltage Mesauring time : 2minutes Measured Frequency : 120Hz±20% 2 Static Capacitance 3 Dissiption Factor (tanδ) 800 ～ 1200 μF Measured Voltage ≤ 0.5Vrms, 1.5 ～ 2.0VDC 0.20 and Under Same as condition of Capacitors 4 High Temp. Load Characteristics Leakage Current Cap. Change Dissipation Factor Appearance ≦the value specified in Table 1 Test Temp. : 105±2℃ Applied voltage: Rated voltage ≦±20% of initial value ≦200% of value specified in Table 1 Test Time :8,000 hours No remarkable abnormality +72, -0 hours 5 High Temp. no load Characteristics Leakage Current Cap. Change Dissipation Factor Appearance ≦the value specified in Table 1 Test Temp. : 105±2℃ No voltage applied ≦±20% of initial value ≦200% of value specified in Table 1 Test Time :10000 hours No remarkable abnormality +24, -0 hurs 6 Terminal Strength Tensile Strength Bending Strength 7 Impedance Ratio 45N {4.5kg} 25N {2.5kg} WV Z(-25℃）/Z(+20℃） Z(-40℃）/Z(+20℃） Keeping time Tensile 1～5sec Bending　30±5sec 6.3 3 10 8 Temperature Stage Item Charac 2,3 Impedance Ratio teristics 5 Cap, Change Performance Stage Test Temp(℃） 20±2 less than the value mentioned in 5-7, 1 -25±3; ≤±25% against value in stage 4 2 -40±3; 3 20±2 4 105±2 After the capacitor is held at tempereture of each stage 5 20±2 and reaches temperature stability, measure performance. 6 9 Surge Voltage Item Leakage Current Cap, Change Dissipation Factor Appearance Perforemance ≤ the initial specified value ≤ ±15% against value before test ≤ the initial specified value No remakable abnormality Test Temp. 15～35℃ Test volt. Surge Volt.Specified in 2 Voltage apply. 1,000times of chage for 30±5sec, under frequency of 6±0.5sec, and discharge for 5min30sec. NO.KNS-2209023 (2/5) 6-2. Characteristics No. Item Performance 10 Vibration Resistance Test Method Stability required Capacitance ≤±5% of the initial specified value Cap. Change Appearance No remarkable abnormality Frequency : 10～55Hz/1min. Width of vibration, 1.5mm Direction and duration X, Y and Z directions, each for 2 hours (Total 9 hours) 11 Solderbility 3/4 area of surrounding directions of surface should be covered with new solder. Solder: Sn-Ag, Sn-Cu Type Soldering Temp : 240±5℃ Dipping degree : 2～2.5mm Flux : Ethanol solution (JIS K8101) or Isopropylalchol (JIS K8839) solution of Rosin (JIS K5902) 12 Resistance to Soldering Leakage Current Cap. Change Dissipation Factor Appearance ≦ Initial specified value ≦±10% of initial value ≦ Initial specified in value No remarkable abnormality Soldering Temp. 260±5℃ Soldering Time . 3~5sec. 13 Resistance to Humidity Leakage Current Cap. Change Dissipation Factor Appearance ≦ Initial specified value ≦±15% of initial value ≦ Initial spesified value No remarkable abnormality 14 Perssure valve moment characterstics There must not be thing ignition, scattering the resolution that that case works safely Printed wiring board:≥1.6mm Test Temp. : 40±2℃ Humidity 90～95% Test Time : 500 ± 8 hours After the above condition,restored to normal temp, and then measured. Dcmethod: impress the reverse voltage and of 1A, I cancel an electric current. 7 Packing method 7-1 Packaging shape, size, quantity Component size 6.3*11 Quanity per package 24000pcs. H L W 8 Related Standards JIS C 5141 9 Marking on packing box ① ② ③ ④ ⑤ ⑥ ⑦ Item name Series name Rated Voltage Nominal Static Capacitance Case size Lot No. Quantity NO.KNS-2209023 (3/5) 10 Leakage current Connecting the capacitor with a protective resistor (1kΩ±10Ω) in series for 2 minutes, and then, measure leakage current.