Radial polymer electrolytic capacitor ultra-low ESR CABAB for military & defense
- Conductive polymer solid-state electrolyte is used to achieve ultra-low ESR.
- Superior interference absorption. Excellent temperature and frequency
- The national military standard level meets the environmental requirements of vibration and low
- It is suitable for energy storage, filtering and bypass in electronic circuits in aerospace, aviation, cold, high altitude and ocean
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FEATURES
◆ 105°C, 1000 hours assured.
◆ Standard micro miniature size with 5mm height.
◆ RoHS Compliance
| item | characteristic | ||||
| Operating temperature range | -55℃~+105℃ | ||||
| Rated operating voltage range | 40V~80V | ||||
| Nominal capacitance range | 68μF~2200μF | ||||
| Allowable deviation
nominal capacitance |
of | M（±20%） | （25℃，120Hz） | ||
| DC leakage current*1 | I≤0.01CRUR （25℃，2min）
CR: Nominal capacitance (μF); UR: Rated voltage (V) |
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| Loss tangent tgδ (max) | For details, please refer to the “List of Product Specifications and Technical Parameters”
（25℃，120Hz） |
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| ESR（max）*2 | For details, please refer to the “List of Product Specifications and Technical Parameters”
（25℃，100KHz） |
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| Low temperature characteristics (capacitance rate
of change) |
C25℃-C-55℃/C25℃≤25% |
（25℃，120Hz） |
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|
Durability (High Temperature Test) |
The rated voltage is applied at 105°C for 2000h, and after recovery for 24h, the
electrical performance is tested at room temperature (25°C±5°C).： |
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| Rate of change in capacitance | ≤±10%Initial measurements | ||||
| DC leakage current | ≤Initial prescriptive value | ||||
| The loss angle is tangent | ≤Initial measurements | ||||
| ESR | ≤200%Initial measurements | ||||
|
Store at high temperatures |
It was stored at 105 °C for 1000h, recovered for 24 h, and tested at room temperature
(25 °C±5 °C).： |
||||
| Rate of change in capacitance | ≤±10%Initial measurements | ||||
| DC leakage current | ≤Initial prescriptive value | ||||
| The loss angle is tangent | ≤Initial measurements | ||||
| ESR | ≤200%Initial measurements | ||||
