Product Description

The 12kV 20pF High Voltage Ceramic Capacitor is a ceramic capacitor developed for high-voltage circuits where compact design, stable capacitance, and strong insulation performance are required.

Built with ceramic dielectric materials, this capacitor maintains consistent electrical characteristics under high voltage operating conditions. It offers low dielectric loss, good voltage withstand capability, and stable performance in demanding electronic environments.

With a rated voltage of 12kV DC and a capacitance value of 20pF, this capacitor is suitable for high-voltage applications requiring reliable operation, low loss characteristics, and precise capacitance control.

It is commonly used in high voltage power supplies, pulse circuits, protection circuits, medical electronic equipment, communication systems, and industrial electronic devices.

Key Features

High Voltage Withstand Capability

Supports a rated voltage of 12kV DC (12000V), providing stable operation in high-voltage circuit environments.

Stable Capacitance Characteristics

The 20pF capacitance value helps maintain consistent circuit performance and meets the requirements of high-voltage electronic applications.

Low Loss Performance

The ceramic dielectric material provides low dielectric loss characteristics, making it suitable for high-frequency and high-voltage circuit designs.

High Insulation Performance

High insulation resistance helps improve operating stability and supports long-term use in high-voltage environments.

Compact Structure

The compact design allows flexible integration into high-voltage electronic equipment where installation space is limited.

Technical Parameters

Applications

The 12kV 20pF High Voltage Ceramic Capacitor is commonly used in:

• High voltage power supplies
• Pulse circuits
• High frequency circuits
• Voltage protection circuits
• Medical electronic equipment
• Communication equipment
• Industrial control systems
• Testing and measurement equipment

Product Advantages

• High voltage withstand capability
• Stable capacitance performance
• Low dielectric loss
• High insulation resistance
• Suitable for high-frequency applications
• Compact structure
• Long operational lifetime
• Custom specifications available