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说明序号/CODE | 客户料号 / CUSTOMER P.N. | 特锐祥料号 /TRX P.N. | 规格型号 /MODEL NO. | 备注 / REMARKS |
1 | / | TBDC470JA | SMD-DL-470J/1KV A0 | 4.3*3.5*2.2 |
2 | / | TBDC470JO | SMD-DL-470J/2KV A0 | 4.3*3.5*2.2 |
3 | / | TBDC470JE | SMD-DL-470J/3KV A0 | 4.3*3.5*2.2 |
4 | / | TBDC101KA | SMD-DL-101K/1KV A0 | 4.3*3.5*2.2 |
5 | / | TBDC101KO | SMD-DL-101K/2KV A0 | 4.3*3.5*2.2 |
6 | / | TBDC101KE | SMD-DL-101K/3KV A0 | 4.3*3.5*2.2 |
7 | / | TBDC221KA | SMD-Y5R-221K/1KV A0 | 4.3*3.5*2.2 |
8 | / | TBDC221KO | SMD-Y5R-221K/2KV A0 | 4.3*3.5*2.2 |
9 | / | TBDC221KE | SMD-Y5R-221K/3KV A0 | 4.3*3.5*2.2 |
10 | / | TBDC331KA | SMD-Y5P-331K/1KV A0 | 4.3*3.5*2.2 |
11 | / | TBDC331KO | SMD-Y5P-331K/2KV A0 | 4.3*3.5*2.2 |
12 | / | TBDC331KE | SMD-Y5P-331K/3KV A0 | 4.3*3.5*2.2 |
13 | / | TBDC471KA | SMD-X7R-471K/1KV A0 | 4.3*3.5*2.2 |
14 | / | TBDC471KO | SMD-X7R-471K/2KV A0 | 4.3*3.5*2.2 |
15 | / | TBDC471KE | SMD-X7R-471K/3KV A0 | 4.3*3.5*2.2 |
16 | / | TBDC681KA | SMD-Y5U-681K/1KV A0 | 4.3*3.5*2.2 |
17 | / | TBDC681KO | SMD-Y5U-681K/2KV A0 | 4.3*3.5*2.2 |
18 | / | TBDC681KE | SMD-Y5U-681K/3KV A0 | 4.3*3.5*2.2 |
19 | / | TBDC102MA | SMD-Y5U-102M/1KV A0 | 4.3*3.5*2.2 |
20 | / | TBDC102MO | SMD-Y5U-102M/2KV A0 | 4.3*3.5*2.2 |
21 | / | TBDC102ME | SMD-Y5U-102M/3KV A0 | 4.3*3.5*2.2 |
22 | / | TBDC152MA | SMD-Y5V-152M/1KV A0 | 4.3*3.5*2.2 |
23 | / | TBDC152MO | SMD-Y5V-152M/2KV A0 | 4.3*3.5*2.2 |
24 | / | TBDC152ME | SMD-Y5V-152M/3KV A0 | 4.3*3.5*2.2 |
25 | / | TBDC222MA | SMD-Y5V-222M/1KV A0 | 4.3*3.5*2.2 |
26 | / | TBDC222MO | SMD-Y5V-222M/2KV A0 | 4.3*3.5*2.2 |
27 | / | TBDC222ME | SMD-Y5V-222M/3KV A0 | 4.3*3.5*2.2 |
... | ... |
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test condition | |||||||
1 | 适用温度范围 Operating temperature rang | -55～+125℃，包括电容器自身发热 Includes capacitors heating | 可在此温度范围内连续使用 This continuous use temperature range | |||||||
2 | 外观和尺寸检查 Appearance and size check | 元件表面清洁，无异物附着，标志清晰， 无可见损伤，尺寸符合规定要求 Component surfaces clean, as attachment, mark clear, no visible damage, dimensional compliance requirements | 目测检查产品外观 尺寸用游标卡尺检查 Visually inspect the product appearance Dimension checked by calipers. | |||||||
3 | 电容量 capacitance | 在允许的偏差等级范围内 Within the scope of the permitted deviation level | 温度：25 ±3℃ Testing temperature 频率：f=1MHz±20％ Testing frequency 电压：1.0±0.1Vrms Testing voltage | |||||||
4 | 损耗角正切（tgδ） （品质因素：Q） （注：tgδ=1/Q） Dissipation factor | Cap.QtgδC＜30pF≥400+20C1/QC ≥30pF≥1000≤0.001
| ||||||||
5 | 绝缘电阻 Insulation resistance | IR≥10000MΩ | 额定电压Rated voltage测试电压applied voltage时间time电流current50、 500VUR60±5s≤0.05A1KV、2KV3KV、6KV500V60±5s≤0.05A
| |||||||
6 | 耐电压 voltage proof | 端子之间 Between lead wire | 无击穿或飞弧 No permanent break-down or flashover during the test period | 额定电压Rated voltage测试电压applied voltage时间time电流current50~500V2.5UR1~5s≤0.05A1KV1.5UR1~5s≤0.05A2KV、3KV1.5UR+5001~5s≤0.05A6KV1.5UR1~5s≤0.05A
| ||||||
端子与外壳之间 Body insulation | 使用金属小球法，施加电压DC1500V测试1-5s，充放电电流≤0.05A Used by metal balls, voltage application DC1500V testing 1-5s, charge and discharge current ≤ 0.05A | |||||||||
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test condition | |||||||
7 | 温度特性 Temperature characteristic | NP0:（0±60 ppm/℃） SL：（+140～-1000ppm/℃） | 在下列阶段温度测量容量值：基准T3 Temperature measurements in the following phase capacity value: (for T3 in base) 步骤step温度TemperatureT120±2℃T2-25±2℃T320±2℃T485±2℃T520±2℃
| |||||||
8 | 引出端强度 Robustness of terminations | 拉力 tensile | S(mm)拉力tensile0.35＜S≤0.5>5N0.5＜S≤0.8>10 N
| 固定电容器本体和引脚，向下拉动引脚。Fixed capacitor’body and Lead wire , lower lead wire. | ||||||
弯曲 bending | 引线无断裂，本体无损伤，无可见损伤 Lead wire shall not cut off. Capacitor shall not be broken. No visible damage. | 在每个方向上连续进行两次弯曲，拉力F=5N Two times in a row in each direction bending, tension F=5N | ||||||||
9 | 耐焊接热 Resistance to soldering heat | 外观检查Appearance check | 无可见损伤，标志清晰 no visible damage，mark clear | 不预先干燥，采用焊槽法，引线插入t=1.6mm，孔径Ф=1.0mm电路板中,离锡面2mm Without prior drying, welding method, lead insert t=1.6mm, diameter ф =1.0mm circuit boards, Tin 2mm 焊锡温度：Solderbathtemperature260±5℃焊锡时间Solder time5±0.5S在标况下恢复24±2小时测量 Measurement of recovery for 24 ± 2 hours under standard conditions | ||||||
容量变化率 Capacitance change | NPO：±0.5％ SL：±1％ | |||||||||
绝缘电阻Insulation resistance | IR≥10000MΩ | |||||||||
耐电压voltage proof | 无击穿或飞弧 No permanent break-down or flashover during the test period | |||||||||
10 | 可焊性 solderability | 包锡良好，在3秒内流合。 Good tinning as evidenced by free flowing of the solder with wetting of the terminations or solder shall flow within 3s. | 不预先干燥，采用焊槽法，引线插入t=1.6mm,孔径Ф=1.0mm电路板中,离锡面2mm Withoutpriordrying,welding method, lead insert t=1.6mm, diameter ф =1.0mm circuit boards, Tin 2mm 焊锡温度Solder bath temperature235±5℃焊锡时间Solder bath temperature2±0.5S | |||||||
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test condition |
11 | 温度快速变化 （温度循环） Rapid change of temperature (temperature cycling) | 无可见损伤，标志清晰 No visible damage. mark clear. | 以下步骤为1个循环，循环5次 Following step 1 loop, loop 5 times 步骤step温度Temperature时间time1-25±2℃30minutes220±2℃3minutes385±2℃30minutes420±2℃3minutes
|
12 | 振动 vibration | 无可见损伤，标志清晰 容量：-20%≤ΔC/C≤+20% No visible damage. mark clear. Capacitance: -20%≤ΔC/C≤+20% | 频率frequency： 10-55-10Hz 1minute 振幅amplitude of vibration： 1.5mm 方向direction: 上下、左右、前后high and low，left and right, front and back side 时间time： 2hours 状态condition： 正弦波振动sinusoidal wave |
13 | 冲击 shock | 外观：标志清晰，本体无可见损伤 容量：-20%≤ΔC/C≤+20% No visible damage. mark clear. Capacitance: -20%≤ΔC/C≤+20% | 条件condition： 加速度accelerated speed：490m/s2 脉冲持续时间pulse duration：11ms 方向direction：X Y Z 次数number of times：3times |
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test conditio | ||
14 | 稳态 湿热 Damp heat steady state | 外观检查Appearance check | 无可见损伤，标志清晰 No visible damage. mark clear. | 温度temperature40±2℃相对湿度Relative humidity90％～95％时间time500（+24/-0）Hours 标况下恢复24±2小时后测量 Measurement of recovery for 24 ± 2 hours under standard conditions | |
容量变化率capacitance change | NP0：±2％max SL: ±3％max | ||||
损耗角正切 Dissipation factor | 电容量capacitanceQtgδC＜30pF≥200+10C1/QC ≥30pF≥500≤0.002
| ||||
绝缘电阻Insulation resistance | 5000MΩmin | ||||
15 | 稳态湿热 (负荷) Damp heat steady state (charge) | 外观检查Appearance check | 无可见损伤，标志清晰 No visible damage. mark clear. | 温度temperature40±2℃相对湿度Relative humidity90％～95％电压voltage额定电压Rated voltage时间time500（+24/-0）小时 标况下恢复24±2小时后测量 Measurement of recovery for 24 ± 2 hours under standard conditions | |
容量变化率capacitance change | NP0：±2％max SL: ±3％max | ||||
损耗角正切 Dissipation factor | CAP.（C）QtgδC＜30pF≥200+10C1/QC ≥30pF≥500≤0.002
| ||||
绝缘电阻Insulation resistance | 5000MΩmin | ||||
16 | 耐 久 性 Endurance | 外观检查Appearance check | 无可见损伤，标志清晰 No visible damage. mark clear. | 温度temperature125±2℃电压voltage1.5UR时间time1000(+48/-0)hours 标况下恢复24±2小时内测量 Measurement of recovery for 24 ± 2 hours under standard conditions | |
容量变化率capacitance change | NP0：±3％max SL: ±5％max | ||||
损耗角正切 Dissipation factor | 静电容量capacitanceQtgδC＜30pF≥270+14C1/QC ≥30pF≥667≤0.0015
| ||||
绝缘电阻 Insulation resistance | 5000MΩmin | ||||
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test condition | |||
1 | 适用温度范围 Operating temperature rang | B、E、F、R | -25～+85℃，包括电容器自身发热 Includes capacitors heating | 可在此温度范围内连续使用 Thiscontinuoususe temperature range | ||
X | -55～+125℃，包括电容器自身发热 Includes capacitors heating | |||||
2 | 外观和尺寸检查 Appearance and size check | 元件表面清洁，无异物附着，标志清晰， 无可见损伤，尺寸符合规定要求 Component surfaces clean, as attachment, mark clear, no visible damage, dimensional compliance requirements | 目测检查产品外观 尺寸用游标卡尺检查 Visually inspect the product appearance Dimension checked by calipers. | |||
3 | 电容量 capacitance | 在允许的偏差等级范围内 Within the scope of the permitted deviation level | 温度：25 ±3℃ Testing temperature 频率：f=1KHz±20％ Testing frequency 电压：1.0±0.1Vrms Testing voltage | |||
4 | 损耗角正切（tgδ） | 2B、2E、2X：tgδ≤0.7% LR、LB: tgδ≤0.5% 2F: tgδ≤0.6% | ||||
5 | 绝缘电阻 Insulation resistance | IR≥4000MΩ | 额定电压Rated voltage测试电压applied voltage时间time电流current50、 500VUR60±5s≤0.05A1KV、2KV3KV、6KV500V60±5s≤0.05A
| |||
6 | 耐电压 voltage proof | 端子之间 Between lead wire | 无击穿或飞弧 No permanent break-down or flashover during the test period | 额定电压Rated voltage测试电压applied voltage时间time电流current50、500V2.5UR1～5s≤0.05A1KV2UR1～5s≤0.05A2KV、3KV1.5UR+5001～5s≤0.05A6KV1.5UR1～5s≤0.05A
| ||
端子与外壳之间 Body insulation | 使用金属小球法，施加电压DC1500V测试1-5s，充放电电流≤0.05A Used by metal balls, voltage application DC1500V testing 1-5s, charge and discharge current ≤ 0.05A | |||||
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test condition | ||
7 | 温度特性 Temperature characteristic | 2B：（-10％～+10％） 2X：（-15％～+15％） LR：（-15％～+15％） 2E：（-56％～+22％） 2F: （-80％～+30％） LB：（-10％～+10％） | 在下列阶段温度测量容量值：基准T3 Temperature measurements in the following phase capacity value: (for T3 in base) 步骤step温度TemperatureT120±2T2-25±2T320±2T485±2T520±2
| ||
8 | 引出端强度 Robustness of terminations | 拉力 tensile | S(mm)拉力tensile0.35＜S≤0.5>5N0.5＜S≤0.8>10 N
| 固定电容器本体和引脚，向下拉动引脚。Fixed capacitor’body and Lead wire lower lead wire. | |
弯曲 bending | 无可见损伤 Lead wire shall not cut off. Capacitor shall not be broken. No visible damage. | 在每个方向上连续进行两次弯曲，拉力F=5N Two times in a row in each direction bending, tension F=5N | |||
9 | 耐焊接热 Resistance to soldering heat | 外观检查Appearance check | 无可见损伤，标志清晰 no visible damage | 不预先干燥，采用焊槽法，引线插入t=1.6mm，孔径Ф=1.0mm电路板中,离锡面2mm Without prior drying, welding method, lead insert t=1.6mm, diameter ф =1.0mm circuit boards, Tin 2mm 焊锡温度Solder bath temperature260±5℃焊锡时间Solder time5±0.5S在标况下恢复24±2小时测量 Measurement of recovery for 24 ± 2 hours under standard conditions | |
容量变化率 Capacitance change | 2B、2X :±10％max LR: ±15％max 2E、2F:±20％max BN: ±10％max | ||||
绝缘电阻 Insulation resistance | IR≥4000MΩ | ||||
耐电压 voltage proof | 无击穿或飞弧 Nopermanentbreak-down or flashover during the test period | ||||
10 | 可焊性 solderability | 包锡良好，在3秒内流合。 Good tinning as evidenced by free flowing of the solder with wetting of the terminations or solder shall flow within 3s. | 不预先干燥，采用焊槽法，引线插入t=1.6mm,孔径Ф=1.0mm电路板中,离锡面2mm Without prior drying, welding method, lead insert t=1.6mm, diameter ф =1.0mm circuit boards, Tin 2mm 焊锡温度Solder bath temperature260±5℃焊锡时间Solder bath temperature2±0.5S | ||
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test condition |
11 | 温度快 速变化 （温度循环） Rapid change of temperature (temperature cycling) | 外观检查： 无可见损伤，标志清晰 Appearance check No visible damage. mark clear. | 以下步骤为1个循环，循环5次 Following step 1 loop, loop 5 times 步骤step温度Temperature时间time1-25±2℃30minutes220±2℃3minutes385±2℃2X:125±2℃30minutes420±2℃3minutes
|
12 | 振动 vibration | 最后检查、测量和要求： 无可见损伤，标志清晰 容量：-20%≤ΔC/C≤+20% Appearance check and measurement: No visible damage. mark clear. Capacitance：-20%≤ΔC/C≤+20% | 频率frequency： 10-55-10Hz 1minute 振幅amplitude of vibration： 1.5mm 方向direction: 上下、左右、前后high and low，left and right, front and back side 时间time： 2hours 状态condition： 正弦波振动sinusoidal wave |
13 | 冲击 shock | 最后检查、测量和要求： 外观：标志清晰，本体无可见损伤 容量：-20%≤ΔC/C≤+20% Appearance check and measurement: No visible damage. mark clear. Capacitance：-20%≤ΔC/C≤+20% | 条件condition： 加速度accelerated speed：490m/s2 脉冲持续时间pulse duration：11ms 方向direction：X Y Z 次数number of times：3times |
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test conditio | |||
14 | 稳态 湿热 Damp heat steady state | 外观检查Appearance check | 无可见损伤，标志清晰 No visible damage. mark clear. | 温度temperature40±2℃相对湿度Relative humidity90％～95％时间time500（+24/-0）Hours 标况下恢复24±2小时后测量 Measurement of recovery for 24 ± 2 hours under standard conditions | ||
容量变化率capacitance change | 2B、2X：±10％max LR、LB：±15%max 2E：±20%max 2F：±30%max | |||||
损耗角正切 Dissipation factor | 2B、2X：0.050max 2E、2F：0.070max LR、LB：0.070max | |||||
绝缘电阻Insulation resistance | 2000MΩmin | |||||
15 | 稳态湿热 (负荷) Damp heat steady state (charge) | 外观检查Appearance check | 无可见损伤，标志清晰 No visible damage. mark clear. | 温度temperature40±2℃相对湿度Relative humidity90％～95％电压voltage额定电压Rated voltage时间time500（+24/-0）小时 标况下恢复24±2小时后测量 Measurement of recovery for 24 ± 2 hours under standard conditions | ||
容量变化率capacitance change | 2B、2X：±10％max LR、LB：±15%max 2E：±20%max 2F：±30%max | |||||
损耗角正切 Dissipation factor | 2B、2X：0.050max LR、2E、2F：0.070max BN：0.070max | |||||
绝缘电阻Insulation resistance | 2000MΩmin | |||||
16 | 耐 久 性 Endurance | 外观检查Appearance check | 无可见损伤，标志清晰 No visible damage. mark clear. | 温度temperature125±2℃(2X)85±2℃(2B 2R 2E 2F BN)电压voltage1.5倍额定电压时间time1000（+48/-0）小时 标况下恢复24±2小时内测量 Measurement of recovery for 24 ± 2 hours under standard conditions | ||
容量变化率capacitance change | 2B、2X、LR、2E：±20％max 2F： ±30%max LB：±20％max | |||||
损耗角正切 Dissipation factor | 2B、2X：0.050max LR、2E、2F：0.070max LB：0.070max | |||||
绝缘电阻 Insulation resistance | 2000MΩmin | |||||
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test condition | ||
1 | 适用温度范围 Operating temperature rang | -25～+85℃，包括电容器自身发热 Includes capacitors heating | 可在此温度范围内连续使用 This continuous use temperature range | ||
2 | 外观和尺寸检查 Appearance and size check | 元件表面清洁，无异物附着，标志清晰， 无可见损伤，尺寸符合规定要求 Component surfaces clean, as attachment, mark clear, no visible damage, dimensional compliance requirements | 目测检查产品外观 尺寸用游标卡尺检查 Visually inspect the product appearance Dimension checked by calipers. | ||
3 | 电容量 capacitance | 在允许的偏差等级范围内 Within the scope of the permitted deviation level | 温度：25 ±3℃ Testing temperature 频率：f=1KHz±20％ Testing frequency 电压：0.1±0.05Vrms Testing voltage | ||
4 | 损耗角正切（tgδ） | 3B、3E、3F：（tgδ）≤5.0% | |||
5 | 绝缘电阻 Insulation resistance | 10V≤UR≤25V: IR≥100MΩ UR＞25V: IR≥1000MΩ | 额定电压Rated voltage测试电压applied voltage时间time电流current10~100VUR60±5s≤0.05A
| ||
6 | 耐电压 voltage proof | 端子之间 Between lead wire | 无击穿或飞弧 No permanent break-down or flashover during the test period | 额定电压Rated voltage测试电压applied voltage时间time电流current50V1.5UR1～5s≤0.05A100V1.5UR1～5s≤0.05A
| |
端子与外壳之间 Body insulation | 使用金属小球法，施加电压DC150V测试1-5s，充放电电流≤0.05A Used by metal balls, voltage application DC150V testing 1-5s, charge and discharge current ≤ 0.05A | ||||
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test condition | ||
7 | 温度特性 Temperature characteristic | 3B：（-10％～+10％） 3E：（-56％～+22％） 3F：（-82％～+22％） | 在下列阶段温度测量容量值：基准T3 Temperature measurements in the following phase capacity value: (for T3 in base) 步骤step温度TemperatureT120±2T2-25±2T320±2T485±2T520±2
| ||
8 | 引出端强度 Robustness of terminations | 拉力 tensile | S(mm)拉力tensile0.35＜S≤0.5>5N0.5＜S≤0.8>10 N
| 固定电容器本体和引脚，向下拉动引脚。 Fixed capacitor’body and Lead wire , lower lead wire. | |
弯曲 bending | 无可见损伤 Lead wire shall not cut off. Capacitor shall not be broken. No visible damage. | 在每个方向上连续进行两次弯曲，拉力F=5N Two times in a row in each direction bending, tension F=5N | |||
9 | 耐焊接热 Resistance to soldering heat | 外观检查Appearance check | 无可见损伤，标志清晰 no visible damage | 不预先干燥，采用焊槽法，引线插入t=1.6mm，孔径Ф=1.0mm电路板中,离锡面2mm Without prior drying, welding method, lead insert t=1.6mm, diameter ф =1.0mm circuit boards, Tin 2mm 焊锡温度Solder bath temperature260±10℃焊锡时间Solder time5±0.5S在标况下恢复24±2小时测量 Measurement of recovery for 24 ± 2 hours under standard conditions | |
容量变化率 Capacitance change | 3B：±10％max 3E、3F、±20％max | ||||
绝缘电阻Insulation resistance | IR≥100MΩ | ||||
耐电压voltage proof | 在初期规格范围之内 | ||||
10 | 可焊性 solderability | 包锡良好，在3秒内流合。 Good tinning as evidenced by free flowing of the solder with wetting of the terminations or solder shall flow within 3s. | 不预先干燥，采用焊槽法，引线插入t=1.6mm,孔径Ф=1.0mm电路板中,离锡面2mm Without prior drying, welding method, lead insert t=1.6mm, diameter ф =1.0mm circuit boards, Tin 2mm 焊锡温度Solderbath temperature235±5℃焊锡时间Solderbath temperature2±0.5S | ||
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test condition |
11 | 温度快 速变化 （温度循环） Rapid change of temperature | 外观检查： 无可见损伤，标志清晰 Appearance check No visible damage. mark clear. | 以下步骤为1个循环，循环5次 Following step 1 loop, loop 5 times 步骤step温度Temperature时间time1-25±2℃30minutes220±2℃3minutes385±2℃30minutes420±2℃3minutes
|
12 | 振动 vibration | 最后检查、测量和要求： 无可见损伤，标志清晰 容量：-20%≤ΔC/C≤+20% Appearance check and measurement: No visible damage. mark clear. Capacitance：-20%≤ΔC/C≤+20% | 频率frequency： 10-55-10Hz 1minute 振幅amplitude of vibration： 1.5mm 方向direction: 上下、左右、前后high and low，left and right, front and back side 时间time： 2hours 状态condition： 正弦波振动sinusoidal wave |
13 | 冲击 shock | 最后检查、测量和要求： 外观：标志清晰，本体无可见损伤 容量：-20%≤ΔC/C≤+20% Appearance check and measurement: No visible damage. mark clear. Capacitance：-20%≤ΔC/C≤+20% | 条件condition： 加速度accelerated speed：490m/s2 脉冲持续时间pulse duration：11ms 方向direction：X Y Z 次数number of times：3times |
N0. | 项目 item | 试验结果（规格值） specitication | 试验条件 Test method and test conditio | |||
14 | 稳态 湿热 Damp heat steady state | 外观检查Appearance check | 无可见损伤，标志清晰 No visible damage. mark clear. | 温度temperature40±2℃相对湿度Relative humidity90％～95％时间time500（+24/-0）Hours 标况下恢复24±2小时后测量 Measurement of recovery for 24 ± 2 hours under standard conditions | ||
容量变化率capacitance change | 3B：±10％max 3E、3F：±20％max | |||||
损耗角正切 Dissipation factor | 3B：0.07 max 3E、3F：0.1max | |||||
绝缘电阻Insulation resistance | 100MΩmin | |||||
15 | 稳态湿热 (负荷) Damp heat steady state (charge) | 外观检查Appearance check | 无可见损伤，标志清晰 No visible damage. mark clear. | 温度temperature40±2℃相对湿度Relative humidity90％～95％电压voltage额定电压Rated voltage时间time500（+24/-0）小时 标况下恢复24±2小时后测量 Measurement of recovery for 24 ± 2 hours under standard conditions | ||
容量变化率capacitance change | 3B：±10％max 3E、3F：±20％max | |||||
损耗角正切 Dissipation factor | 3B：0.07 max 3E、3F：0.1max | |||||
绝缘电阻Insulation resistance | 100MΩmin | |||||
16 | 耐 久 性 Endurance | 外观检查Appearance check | 无可见损伤，标志清晰 No visible damage. mark clear. | 温度temperature85±2℃电压voltage1.5倍额定电压时间time1000（+48/-0）小时 标况下恢复24±2小时内测量 Measurement of recovery for 24 ± 2 hours under standard conditions | ||
容量变化率capacitance change | 3B、3E、3F：±20％max | |||||
损耗角正切 Dissipation factor | 3B：0.07max 3E、3F：0.1max | |||||
绝缘电阻 Insulation resistance | 100MΩmin | |||||
Substances物质名称 | concentration (unit: ppm) 含量 |
Cadmium and cadmium compounds镉及镉化合物 | <100 |
Lead and lead compounds铅及铅化合物 | <1000 |
Mercury and mercury compounds汞及汞化合物 | <1000 |
Hexavalent chromium compounds铬及铬化合物 | <1000 |
Polubrominated biphenyls多溴联苯PBBS | <1000 |
Polubrominated diphenylethers多溴联苯醚PBDES | <1000 |
Cd+Pb+ Hg + Cr+6(packing materials)镉+铅+汞+六价铬 | <100 |
Cl氯 | <900 |
Br溴 | <900 |
Cl+Br 氯+溴 | <1500 |
SVHC (212item) REACH高关注物质212项 | <1000 |
code of year年代码 | code of month月代码 | code of day日代码 | |||||||
year | code | year | code | month | code | day | code | day | code |
|
| 2020 | M | 1 | 01 | 1 | 01 | 16 | 16 |
2021 | N | 2 | 02 | 2 | 02 | 17 | 17 | ||
2010 | A | 2022 | P | 3 | 03 | 3 | 03 | 18 | 18 |
2011 | B | 2023 | R | 4 | 04 | 4 | 04 | 19 | 19 |
2012 | C | 2024 | S | 5 | 05 | 5 | 05 | 20 | 20 |
2013 | D | 2025 | T | 6 | 06 | 6 | 06 | 21 | 21 |
2014 | E | 2026 | U | 7 | 07 | 7 | 07 | 22 | 22 |
2015 | F | 2027 | V | 8 | 08 | 8 | 08 | 23 | 23 |
2016 | H | 2028 | W | 9 | 09 | 9 | 09 | 24 | 24 |
2017 | J | 2029 | X | 10 | 10 | 10 | 10 | 25 | 25 |
2018 | K |
|
| 11 | 11 | 11 | 11 | 26 | 26 |
2019 | L | 12 | 12 | 12 | 12 | 27 | 27 | ||
13 | 13 | 28 | 28 | ||||||
14 | 14 | 29 | 29 | ||||||
15 | 15 | 30 | 30 | ||||||
31 | 31 | ||||||||
中文
