Cylindrical thick-film non-inductive high-voltage resistors are high-performance resistive components specifically designed for high-voltage, pulse, and surge circuits.

This series employs a thick-film non-inductive structure, using high-purity alumina ceramic (over 95%) as the substrate. The resistive film is made of conductive pastes of precious metals such as silver, ruthenium, and palladium, sintered at 850℃, exhibiting excellent thermal conductivity and electrical stability.

The products can be encapsulated in silicone or glass, suitable for long-term operation in various environments including air, high-pressure oil, and epoxy resin.

The leads utilize tin-plated nuts or bolts, ensuring a secure connection and providing excellent corrosion resistance and contact stability, making them ideal and reliable components for high-voltage equipment.

Excellent High Voltage and Pulse Withstand Performance: Maintains stable resistance under high voltage and energy surge conditions, exhibiting excellent surge resistance.

Inductive Design: Effectively eliminates parasitic inductance, ensuring accurate signal transmission in high-frequency and high-voltage circuits.

Excellent Thermal Stability: Utilizes a high thermal conductivity ceramic substrate and precious metal resistive film, providing excellent heat dissipation and extremely low resistance drift.

Reliable Lead-Out Terminal Connection: Tin-plated nuts or screws facilitate mechanical fixing and connection to high-voltage terminals, offering corrosion resistance and vibration resistance.

High Environmental Adaptability: Maintains long-term reliable operation in media such as air, high-pressure oil, and epoxy resin.

Cylindrical thick-film non-inductive high-voltage resistors are widely used in applications requiring high voltage withstand and pulse suppression, such as:

• High Voltage Power Supplies
• Electrostatic & Discharge Systems
• Medical CT Scanners & X-ray Machines
• High Voltage Test & Measurement Equipment
• Vacuum & Pressure Control Circuits