150uf 400V 25*25 CD294

物料承认书 ROHS APPROVAL SHEET 档案编号: 华秋 客 户 名 称： Customer name: 供应商 东莞市创慧电子有限公司 公司地址 东莞市谢岗镇银湖工业区 物料名称 铝电解电容器 物料名称 铝电解电容器 物料编码 CD2942G151M 物料品牌 CH 物料规格 400V150UF 供方电话 0769-87633398 物料尺寸 D25X25L 供方传真 0769-87633399 附件 物料规格书 ： N Y ROHS检测报告： N Y 样品测试报 告： N Y IQC样品 N Y 新机型物料 物料变更 ： 增加/变更供应商 其他： 备注 客户确认栏 批准 Approver 审核 Checker 制作 Engineer 盖章 日期： 供应商确认栏 批准 Approver 审核 Checker 制作 Engineer 刘劲松 魏小容 邓瑶玲 日期： 盖章 2020/11/13 CD294 Series Aluminum Electrolytic Capacitors Item Name Rating CD2942G151M 400V150UF 1. Operating Temp. Range -25℃ ～ + 105℃ Electrical Characteristics Case size D25X25L See Table 1. 【Table 1】 Rated Voltag e VDC Surge Voltage VDC 400 450 Nominal Tolerance Dissipation Permissible Leakage Static on Factor Ripple Current Capacit Capacitance (tanδ)max Current 5min. 20℃ ance (%) 20℃ (Arms) (μA) (μF) 20℃ 120Hz 120Hz 105℃120Hz 150 -20～＋20 0.15 135 0.82 3. Unit(mm) φD+0.5Max 25 L+2.0Max 25 F±0.5 10.0 4. Following items are printed with white color on black color sleeve ① Rated voltage & Nominal Capacitance ② Polarity (negative) CH ① ③ Trade Mark CD294 ② ④ Symbol of Capacitance Tolerance　（M) 150UF400 ③ ⑤ Max Operating Temp. VENT 105 ④⑤ PET1711 5.MULTIPLIER FOR RIPPLE ①. Frequency Coefficient Freq.(Hz) 60(50) Cap(μF) 150 0.8 ②. Temperature Coefficient Ambient 40 Temperature(℃) 2.4 Coefficient CURRENT 120 300 1K 10K 1 1.25 1.34 1.5 60 70 85 105 2.1 1.78 1.65 1 Characteristics 6. No. 1 Item Performance Leakage Current I= Test Method 135 μA Protection Resistor : 1000±10Ω Whichever is smaller (After 2 min) 2 Applied Volt : Rated Voltage Mesauring time : 2minutes Measured Frequency : 120Hz±20% Static Capacitance -20～＋20 Measured Voltage ≤ 0.5Vrms, 1.5 ～ 2.0VDC 3 4 Dissiption Factor (tanδ) High Temp. Load Characteristics 0.15 and Under Same as condition of Capacitors Leakage Current ≦the value specified in Table 1 ≦±20% of initial value Cap. Change Dissipation Factor ≦200% of value specified in Table 1 No remarkable abnormality Appearance Leakage Current ≦the value specified in Table 1 no load Characteristics 6 Terminal Strength 7 Impedance Ratio 8 Temperature Charac teristics 9 Surge Voltage ≦±20% of initial value Dissipation Factor ≦200% of value specified in Table 1 No remarkable abnormality Appearance Tensile Strength Bending Strength 45N {4.5kg} 25N {2.5kg} WV Z(-25℃）/Z(+20℃） Z(-40℃）/Z(+20℃） Item Stage 2,3 Impedance Ratio 5 105 ±2℃ Test Temp. : Applied voltage: Rated voltage Test Time : hours 2000 +72, -0 hours 105 ±2℃ Test Temp. : No voltage applied Test Time :1000 hours +24, -0 hurs Keeping time Tensile 1～5sec Bending　30±5sec 400 4 / Performance less than the value mentioned in 5-7, Stage Test Temp(℃） 1 20±2 2 3 4 -25±3; -40±3; 20±2 After the capacitor is held at tempereture of each stage 5 105±2 and reaches temperature stability, measure performance. 6 20±2 Cap, Change Item Leakage Current Cap, Change Dissipation Factor Appearance Test Temp. 15～35℃ ≤±25% against value in stage 4 Perforemance ≤ the initial specified value ≤ ±15% against value before test ≤ the initial specified value No remakable abnormality 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. Drawing 6-2. Characteristics No. Item Performance 10 Vibration Resistance Capacitance Cap. Change Appearance Test Method Stability required ≤±5% of the initial specified value 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 Solder: Sn-Ag, Sn-Cu Type Soldering Temp : 240±5℃ should be covered with new solder. Dipping degree : 2～2.5mm Flux : Ethanol solution (JIS K8101) or Isopropylalchol (JIS K8839) solution of Rosin (JIS K5902) 12 Resistance Leakage Current ≦ Initial specified value to Cap. Change ≦±10% of initial value Soldering Dissipation Factor≦ Initial specified in value No remarkable abnormality Appearance Soldering Temp. 280±5℃ Soldering Time . 10±1sec. 13 Resistance Leakage Current ≦ Initial specified value Test Temp. : 40±2℃ Humidity 90～95% Test Time : 500 ± 8 hours After the above condition,restored ≦±15% of initial value Dissipation Factor ≦ Initial spesified value No remarkable abnormality Appearance Humidity to normal temp, and then measured. 14 Perssure valve There must not be thing ignition, scattering Dcmethod: impress the reverse voltage and of 1A, I cancel an electric current. moment the resolution that that case works safely characterstics 7.Packing method 5-1 Packaging shape, size, quantity Component Quanity size per D25X25L PCS 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 Symbol of box Y-2 L H W 480 320 320 10.Soldering Soldering by soldering iron Temperature of iron top : 270～350℃ 　Operating time : within 3 sec. Flow soldering. Preheat : PCB surface temperature 120℃±5℃ Solder Temp : 260℃±5℃ 　Solder Dipping Temp. : 2～4sec. 11.Cleaning of PC board after soldering Using follwing solvents is possible but make sure followingcondition Solvent IPA or Alcoholic agent like Pinealpha ST-100S, Cleanthrough 750H, 750L, 710M, 750K, or Technocare FRW-14～17 ① Cleaning should be made by ultrasonic within 5min, at the temperature less then 60℃. ② Control of pollution is necessary (conductivity,pH, specific gravity, water volume) ③ Please do not keep near cleaning agent. Please do not store in air-tight container. Please let it dry by hot air at the temperature less than maximum operating temp. 东莞市创慧电子有限公司 Dong Guan Chuang Hui Electronics Factory TEST DATA SHEET OF ELECTROLYTIC CAPACITORS （数据测试表） DATE （日期）： CUSTOMER （客户）： RATINGS （规格）： QUANTITY 2020/11/13 （数量）： BRAND(商标)：SERIES(型号) 华秋 CASE SIZE 400V150UF 10 PCS CH CD294 （尺寸）： D25X25L Capacitance Max.TANδ Max.Leakage Max.Impedance Max. Ripple WORKING SURGE Tolerance at at 120 Hz Current(μA) (Ω) Current(Arms) TEMP VOLT. 120Hz/25℃ 25℃ After2min. At100KHz/25℃ At120HZ/ 105 ℃ (℃) (V) -20～＋20 15% 135 / 0.82 -25℃ ～ + 105℃ 450 Impedance (Ω) NO. CAPACITANCE (μF) TANδ（%） Leakage Current (μA) 1 141.0 5.2 102.0 2 143.0 5.3 104.0 3 142.0 5.1 105.0 4 145.0 5.2 103.0 5 147.0 5.3 104.0 6 142.0 5.2 102.0 7 143.0 5.1 102.0 8 144.0 5.3 104.0 9 147.0 5.2 102.0 10 143.0 5.1 104.0 MIN. 141.0 5.1 MAX. 147.0 5.3 105.0 AVE. 143.0 5.2 103.0 核准 ADDR.： 刘劲松 102 审核 魏小容 东莞市谢岗镇银湖工业区火车桥西边 TEL：0769-87633398 Web Site：http： Remarks FAX： 0769-87633399 Email：dg-chuanghui@tom.com 制作 邓瑶玲