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High Voltage Ceramic Doorknob Capacitors 20kV-2000pF 20kV-10000pF 20kV-18000pF for Non-destructive Testing Equipment

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왓츠앱:0086 18588475571
위챗: 0086 18588475571
스카이프: sales10@aixton.com
만약 당신이 어떠한 관심도 가지면, 우리가 24 시간 온라인 도움말을 제공합니다.
x강조하다 | 20kV-2000pF High Voltage Ceramic Capacitor,20kV-10000pF Doorknob Capacitor,20kV-18000pF HV Ceramic Capacitor |
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No. | Specification | Dissipation | Withstanding Voltage | Insulation Resistance | Dimensions (mm) |
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1 | 20kV-2000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:45 | H:19 | L:23 | D:12 | M:5 |
2 | 20kV-10000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:65 | H:15 | L:19 | D:12 | M:5 |
3 | 20kV-18000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:80 | H:17 | L:25 | D:12 | M:5 |
4 | 30kV-1000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:45 | H:24 | L:32 | D:12 | M:4 |
5 | 30kV-2700pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:60 | H:20 | L:28 | D:12 | M:4 |
6 | 30kV-12000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:45 | H:19 | L:23 | D:12 | M:5 |
7 | 40kV-150pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:74 | H:18 | L:26 | D:12 | M:5 |
8 | 40kV-500pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:28 | H:33 | L:41 | D:8 | M:4 |
9 | 40kV-7500pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:80 | H:24 | L:29 | D:12 | M:6 |
10 | 40kV-10000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:80 | H:22 | L:26 | D:16 | M:5 |
Tens of thousands of exposures with consistent performance: Our high-voltage door handle capacitors ensure reliable operation of non-destructive testing equipment through repetitive testing cycles. Automated production lines subject equipment to continuous high-frequency charge and discharge cycles, placing extreme demands on capacitor durability.
The primary concerns for equipment manufacturers and end users include:
- Ability to withstand millions of charge and discharge cycles
- Minimal capacitance value degradation over time
- Consistent performance in high-temperature environments
Our high-voltage door handle capacitors incorporate advanced materials science and processing techniques:
- Aging-resistant ceramic dielectric: Optimized barium strontium titanate-based material with doping process to suppress dielectric aging
- Strengthened electrode interface: Advanced co-firing process creates durable bond between metallized electrodes and ceramic dielectric
- Superior thermal management: Low dissipation (DF) combined with metal casing design maintains optimal operating temperatures
Based on accelerated life testing data, we guarantee:
- Over one million full-load charge/discharge cycles at rated voltage and maximum operating temperature
- Capacity degradation rate of less than 5%
- Consistent testing performance throughout equipment lifecycle
Choosing our high-voltage door handle capacitors ensures long-term, stable operation in demanding industrial environments, maintaining equipment performance at optimal levels.