电解电容规格书

样品承认书

SPECIFICATION FOR APPROV AL 客户:

(Customer)

品名: 铝电解电容器

(Product Name)

(Series) 日

期：2010 年月日

(Date)

贵公司承认：

Approval Signature

批准: 审核: 制作:

Approved Checked Prepared

电容器有限公司

CAPACITOR CO.,LTD.

地址:

电话传真 (FAX)

邮编(P.C.):

网址 (Internet):

Parts lists 物料清单 :

RT1 Series Type ( 系列 )

(105℃ ,1000H)

Electrical Requirements 电解电容器规格书

Capacitance Tolerance 容量偏差

±20% at 120Hz,20℃

After DC Voltage is applied to capacitor through the series protective resistance(1K Ω ),and then terminal voltage may reach the rated working voltage. The leakage current when measured after 2 minutes (6.3-400V)shall be below the value of the following equation.

串联(1K Ω)保护电阻后，对产品施加额定直流工作电压 (6.3~400V) 两分钟后，漏电

标称容量大于 1000μ F 时，每增加 1000μ F ，损耗角正切值增加 0.02。

Operation

Temperature

2 Range 工作温度

6.3V~100V -40℃~+105℃

160V~400V -25℃~+105 ℃

Rated Working V

oltage

And Surge Voltage

额定电压与 浪涌电压

Leakage

Current 漏电流

Where

Voltage(V

I=Leakage Current( μ A) C=Capacitance(μF) V=Rated DC Working

Dissipation Factor 损耗角正切值 (at

Endurance characteristic 特性检测 :

10

1. The test is about lead tabs strength. 1. 本测试主要测试引出端的强度 .

2. Tension Test: The lead tabs shall not be broken or any malformed condition after fixing capacitor vertically and pressing the following weight on the lead tabs of capacitor for 10 ± 1 secs. 2. 拉力测试：垂直固定电容器后，在引出端施加以下重量 10±1 秒钟，引出端不允 许出现任何损伤和变形。

3. Bending Test: The capacitor is held in vertical position. Attach a weight to the lead tabs, slowly rotate the capacitor 90 ℃ to a same way in the opposite direction. Repeat it again(5secs per cycle). The lead tabs shall not be broken or cracked.

3. 弯曲测试 :竖直放置电容器， 在其引出端悬挂下表重量的重物， 转动电容器 90 度， 恢复后，向相反方向转动 90度，再恢复为一个周期，重复 1次(每个循环 5秒钟 )。 引线不会损伤破损。

9 Mechanical Characteristics Test 引出端的强度

10

Satisfies Characteristic of GB2693 ， IEC383 、 IEC384

Standards 引用标准

11.Diagram of Dimensions 尺寸图 :

(mm)

D ± 0.5 ±1.0

5 6or6.3 8 10 13 1

6 19

F±0.5 2.0 2.5 3.5 5.0 5.0 7.5 7.5 L ± 2.0(max) 11 11 12 13,16,20 20,25 25,31 35,40 d± 0.05 0.5 0.5 0.5or0.6 0.6 0.8

12. Case Size and Ripple Current

D×L(mm)

μwv F mA

6.3 ( 0J )

10 ( 1A ) 16 ( 1C ) 25 ( 1E ) 35 ( 1V ) 50 ( 1H ) 63 ( 1J ) Φ D ×L mA ΦD ×L mA Φ D ×L mA ΦD×L mA Φ D ×L mA ΦD×L mA ΦD ×L mA

0.1 ( 0R1) 5×11 3

0.22 ( R22) 5×11 4

0.33 ( R33) 5×11 5

0.47 ( R47) 5×11 6

1.0 ( 010) 5×119

2.2 ( 2R2) 5×1111

3.3 ( 3R3) 5×1115

4.7 ( 4R7) 5×1118 5×1120 10 (100) 5×1120 5×1125 5×1125 5×1125 5×1130 22 (220) 5×1130 5×1135 5×1135 5×1140 6.3×1150 33 (330) 5×1140 5×1140 5×1150 6.3×1160 8×1260 47 (470) 5×1145 5×1150 5×1150 6.3×1165 6.3×1173 8×1290 100 (101) 5×1160 5×1180 6.3×1180 6.3×1190 8×12110 8×12120 10×12150 220 (221) 6.3×11100 6.3×11110 8×12140 8×12150 10×13190 10×16240 10×20270 330 (331) 8×12120 8×12160 13×21302 10×13220 10×16260 10×20320 13×20380 470 (471) 8×12170 8×12190 10×13250 10×16290 10×20350 13×20430 13×25500 1000 (102) 10×13300 10×16360 10×20440 13×20540 13×25620 16×25790 16×31900 2200 (222) 13×20580 13×20620 13×25700 13×21725 16×311030 19×351230 19×401310 3300 (332) 13×20670 13×25800 16×25970 16×311120 19×351320 19×401400

4700 (472) 16×251000 16×251050 16×311240 19×351440

6800 (682) 16×251120 16×311300 19×35 1530 19×401630

10000 (103) 19×351320 19×351620 19×401730

尺寸和纹波电流