High Power Water Cooled Ceramic Capacitor
The CCGS-3 24KV 4000PF 3000KVA series consists of complex electronic ceramic components and assemblies used in a wide range of applications and cutting-edge technologies. These high voltage RF disc capacitors are fabricated from very low loss CLASS 1 ceramic dielectric materials, permitting them to carry very high electrical loads over a wide frequency range.
Key Features
- Low loss Class 1 ceramic dielectric materials
- Noble metal electrodes with low self-heating
- Very low capacitance-temperature characteristics
- Correspondingly low tuned frequency drift
- Low Inductance construction for higher frequency use
- High voltage and High Reactive Power Ratings
- Low magnetic susceptibility
Main Applications
- Radio broadcast transmitters
- HF filter, By-Pass & Coupling Circuits
- High power matching tuned circuits and Antenna circuits
- High power matching networks and Plasma Generators
- High quality medical imaging systems (MRI)
- Induction and Dielectric Heating Equipment
- Industrial High Frequency Applications
Quality Inspection & Testing
Our high frequency high power RF plate ceramic capacitors are 100% tested for the following parameters to ensure reliability:
- Capacitance & Tolerance
- Dielectric withstanding voltage
- Dissipation Factor
- Insulation Resistance
Frequently Asked Questions
What are the primary benefits of water-cooled ceramic capacitors?
Water-cooled designs allow the capacitor to handle significantly higher reactive power ratings by efficiently dissipating heat, making them ideal for high-power RF applications where air cooling is insufficient.
What kind of dielectric material is used in the CCGS-3 series?
These capacitors utilize very low loss CLASS 1 ceramic dielectric materials, which provide excellent stability and minimal energy dissipation during high-frequency operation.
Can these capacitors be used in medical equipment?
Yes, they are specifically designed for high-quality medical imaging systems, such as MRI machines, where high voltage and stable capacitance are critical.
What parameters are verified during the 100% testing process?
Every unit undergoes rigorous testing for Capacitance, Tolerance, Dielectric withstanding voltage, Dissipation Factor, and Insulation Resistance to ensure industrial-grade performance.
Are these capacitors suitable for induction heating?
Absolutely. They are widely used in induction and dielectric heating equipment due to their ability to manage high electrical loads and low self-heating noble metal electrodes.
What is the temperature characteristic of this model?
The CCGS-3 model features a temperature characteristic of -750ppm/°c, ensuring stable performance across its operating temperature range.
Winwon Chips
