Cylindrical Thick-Film Non-Inductive High-Voltage Resistors are manufactured using advanced thick-film technology, featuring high voltage withstand capability, excellent stability, and reliability. The main substrate is made of over 95% high-purity alumina ceramic (Al₂O₃), and the resistive film is made of a composite paste of precious metals such as silver, ruthenium, and palladium, sintered at 850℃, resulting in excellent thermal conductivity and electrical properties.

The resistors are available in both silicone encapsulation and glass encapsulation, and can operate stably in environments such as air, high-pressure oil, and epoxy resin. The products are small in size and have high power density, making them suitable for various high-voltage pulse and voltage regulation systems, meeting the demanding requirements of industrial and medical applications.

High Voltage and Pulse Withstand Capability: Operates stably under high voltage pulse environments, exhibiting excellent surge withstand performance.

Inductive Structure Design: Effectively reduces the influence of parasitic inductance, ensuring accurate signal transmission in high-frequency and high-voltage systems.

Excellent Thermal Conductivity and Stability: High-purity ceramic substrate and precious metal thick-film technology ensure stable resistance under long-term load.

Strong Moisture Resistance and Corrosion Resistance: Adapts to complex environments, maintaining reliable electrical characteristics even after long-term use.

Multiple Packaging Options: Silicone or glass packaging structures are available to suit different media environments, depending on application requirements.

Cylindrical thick-film non-inductive high-voltage resistors are widely used in high-voltage and pulse control systems, especially suitable for the following equipment:

• High Voltage Power & Test Equipment
• Electrostatic Devices & Sprayers
• Medical CT & X-ray Systems
• Vacuum Equipment & Pressure Circuits
• High Voltage Instruments & Energy Absorption Systems