Description
![]() | DescriptionHigh energy resistor can withstand short-time overload and high peak power. A transient pulse surge into a resistor or working continuously at high power can generate a lot of heat. The two common types of high energy resistor are generally thick film technology and wirewound technology. If this heat does not dissipate in time, all the heat will focus on limited resistance element and affect the performance. The third type is solid ceramic resistor technology, compared to wirewound and thick film resistors, solid ceramic resistors offer a smaller, more compact construction. |
Features
| Applications
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| Series | Image | Description | Resistance Range | Size | Rated Power | Tolerance | TCR | Operating Voltage |
|---|---|---|---|---|---|---|---|---|
| APLR | ![]() | Non-inductive high-energy anti-pulse resistor, small size, strong humidity resistance, high reliability, single pulse energy up to 1000J, suitable for high pulse and high energy applications such as capacitor charging and discharging | 20Ω-10KΩ | 6W | ±5% | 1000J | 400V-5000V |








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