Product Description

The 12kV 115pF High Voltage Ceramic Capacitor is designed for high-voltage electronic circuits requiring stable capacitance, high insulation performance, and consistent electrical characteristics.

Using ceramic dielectric materials and optimized structural design, this capacitor maintains stable performance under high voltage operating conditions. It features low dielectric loss, good voltage withstand capability, and high insulation resistance, making it suitable for high-voltage and high-frequency circuit applications.

With a rated voltage of 12kV DC (12000V) and a capacitance value of 115pF, this capacitor provides a compact solution for applications where space efficiency, electrical stability, and long-term operation are required.

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

Key Features

High Voltage Withstand Capability

Supports a rated voltage of 12kV DC (12000V), suitable for high-voltage circuits requiring strong insulation capability and stable operation.

Stable Capacitance Performance

The 115pF capacitance value provides consistent electrical characteristics and helps maintain accurate circuit performance.

Low Dielectric Loss

The ceramic dielectric structure reduces energy loss during operation and supports stable performance in high-frequency applications.

High Insulation Resistance

Provides high insulation resistance for improved electrical stability in high-voltage environments.

Compact Structure

Compact design allows flexible installation in high-voltage electronic equipment and limited-space applications.

Technical Parameters

Applications

The 12kV 115pF High Voltage Ceramic Capacitor is suitable for:

• High voltage power supplies
• Pulse circuits
• High frequency circuits
• Voltage protection circuits
• Industrial electronic equipment
• Communication equipment
• Medical electronic devices
• High voltage testing equipment

Product Advantages

• Stable electrical performance under high voltage conditions
• High insulation resistance
• Low dielectric loss
• Good high-frequency characteristics
• Compact structure
• Long operational lifetime
• Custom specifications available