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High Voltage Ceramic Doorknob Capacitor with Partial Discharge <5PC at 20kV, Temperature Coefficient -4700 ±1000 ppm/°C, and Storage Temperature -25°C to +85°C

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xDiameter | 90 | Rentang Faktor Disipasi | 0,5% Maksimum |
---|---|---|---|
koefisien suhu | -4700 ±1000 ppm/°C | Pelepasan parsial | kurang dari 5PC pada 20kv |
Tegangan kerja | Tegangan 60kVDC | Bagian no | CT8-1 |
Menghilangnya | ≦0,0040 | Aplikasi | Catu daya tegangan tinggi, amplifier RF, generator pulsa |
Tegangan Dinilai | 10KV - 100KV | Gaya terminasi | Solder Lug |
Kapasitansi | 1100pF | Akurasi Kapasitas | ± 10% |
Suhu penyimpanan | -25°C hingga +85°C | Tingkat tegangan | 50kv |
terminal berulir | M4x0.7 | ||
Menyoroti | Partial Discharge <5PC High Voltage Ceramic Capacitor,Temperature Coefficient -4700 Doorknob Capacitor,Storage Temperature -25°C HV Ceramic Capacitor |
The "ventricle" responsible for energy storage and precise release in high-performance electrical systems.
Building high-performance Pulse-Shaping Networks (PFNs) presents significant challenges that our specialized capacitors overcome:
Challenges | Limitations of Conventional Capacitors | Our Solutions |
---|---|---|
Extreme Voltages | Prone to Dielectric Breakdown, Leading to System Failures | Ultra-High Dielectric Strength: Utilizing specialized ceramic materials and a vacuum epoxy potting process, these capacitors withstand tens of kilovolts of high voltage, doubling reliability. |
High Instantaneous Currents | Severe internal heating and excessive inductance leading to pulse distortion | Extremely Low ESL/ESR: A unique low-inductance structural design and metallized electrodes ensure nanosecond response and withstand surge currents in the hundreds of kiloamperes. |
Synchronous Consistency | Capacitance drift and dispersion are significant, leading to pulse waveform collapse | Excellent Consistency: Strict process control and 100% burn-in testing ensure minimal capacitance deviation across the capacitor bank, enabling perfectly synchronized discharge. |
Long-Term Reliability | Short lifespan under frequent charge and discharge cycles, resulting in high maintenance costs | Extremely Long Cycle Life: Optimized material systems enable performance degradation of less than 2% through >1,000,000 extreme charge and discharge cycles. |