Thick-film non-inductive high-voltage voltage divider resistors are three-terminal high-voltage voltage divider network resistors with a voltage division ratio of (R1+R2)/R2, commonly 1000:1, 100:1, etc., and can be customized according to requirements.

This series adopts thick-film technology and a non-inductive design, manufactured with a 96% high-purity ceramic substrate, exhibiting excellent voltage withstand performance and electrical stability.

The products are small in size, have good heat dissipation performance, and high resistance matching accuracy, making them ideal for high-voltage measurement and signal voltage division, and are widely used in precision electronic equipment and high-voltage power supply systems.

Non-inductive thick-film design: Effectively eliminates the effects of parasitic inductance, ensuring accurate signal transmission in high-frequency and pulse circuits.

Strong high-voltage dividing capability: Stable withstands high voltage input, with high voltage division ratio accuracy and minimal long-term drift.

Excellent thermal stability: The ceramic substrate possesses excellent heat dissipation and insulation properties, ensuring reliable operation over extended periods.

Customizable design: Supports customization of various voltage division ratios and power parameters to meet the needs of different high-voltage systems.

Advanced manufacturing process: Employs high-precision thick-film printing and high-temperature sintering technology to guarantee electrical consistency and stability.

Thick-film non-inductive high-voltage voltage divider resistors are widely used in electronic equipment requiring high-voltage measurement, voltage division, and signal control, including:

• Traveling Wave Tube Power Source
• Radar Systems
• X-ray Systems
• Analytical Equipment
• High-Resolution CRT Displays