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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

Brand Name:	XIWUER
MOQ:	1 piece
Price:	Negotiable
Payment Terms:	L/C,T/T
Supply Ability:	4,000,000 pcs a year

Detail Information

Product Description

Detail Information

Place of Origin:

XIAN, SHANNXI CHINA

Certification:

ISO9001,ISO14001,OHSAS18001

Diameter:

Dissipation Factorrange:

0.5% Maximum

Temperature Coefficien:

-4700 ±1000 Ppm/°C

Partial Discharge:

Less Than 5PC At 20kv

Working Voltage:

60kVDC

Part No:

CT8-1

Dissipation:

≦0.0040

Applications:

High Voltage Power Supplies, RF Amplifiers, Pulse Generators

Rated Voltage:

10kV - 100kV

Termination Style:

Solder Lug

Capacitance:

1100pF

Capacity Accuracy:

±10%

Storage Temperature:

-25°C To +85°C

Rate Voltage:

50KV

Threaded Terminals:

M4x0.7

Packaging Details:

Carton

Supply Ability:

4,000,000 pcs a year

Highlight:

Partial Discharge <5PC High Voltage Ceramic Capacitor

Temperature Coefficient -4700 Doorknob Capacitor

Storage Temperature -25°C HV Ceramic Capacitor

Product Description

Specialized High-Voltage Ceramic Capacitors

The "ventricle" responsible for energy storage and precise release in high-performance electrical systems.

Challenges and Our Solutions: The Pulse of Precision Engineering

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.