The thick-film non-inductive high-voltage voltage divider resistor is a three-port high-voltage voltage divider network resistor with a voltage division ratio of (R1+R2)/R2. Customization is available to meet common voltage division ratios such as 1000:1 and 100:1, depending on customer requirements. This series of resistors utilizes thick-film technology and a non-inductive design, manufactured using a 96% high-purity ceramic substrate, exhibiting excellent voltage withstand performance and electrical stability.

This product features a compact size, excellent heat dissipation, and high resistance matching accuracy, making it an ideal solution for high-voltage measurement and signal voltage distribution. It is 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