The RGC series of non-inductive cement resistors uses high-quality nickel-chromium alloy resistor sheets as conductors, combined with a ceramic shell and high-temperature resistant inorganic filler materials.

The products exhibit excellent thermal stability and a low temperature coefficient, maintaining stable electrical performance under high loads and over a wide temperature range.

Their non-inductive design effectively suppresses parasitic inductance and high-frequency noise, improving signal purity and response speed.

Suitable for circuit applications requiring high precision and stability.

• Excellent Heat Resistance and Stability

  RGC series resistors operate stably over a wide temperature range of -55℃ to +275℃, exhibiting extremely high thermal stability and overload resistance. The non-inductive design effectively eliminates parasitic effects and electromagnetic interference in high-frequency circuits.

• Rugged Construction, Shock and Moisture Resistant
  The internal components are manufactured using a high-temperature sintering process, and the outer shell is made of highly insulating ceramic material, effectively preventing moisture, shock, and dust, ensuring reliable performance even in harsh industrial environments.
• Low Noise and Long Lifespan Design
  The metal diaphragm conductor features low noise and low drift characteristics, maintaining stable resistance even after long-term use, making it suitable for high-precision and long-term continuous operation systems.

• Industrial Power Supplies and Power Control
  Used in power supply filtering, buffer circuits, and rectifier current-limiting resistors to ensure stable and safe system operation.
• Measurement and Testing Equipment
  Suitable for high-precision measuring instruments, signal amplifiers, and voltage sampling circuits, ensuring signal accuracy and response consistency.
• Automation and Motor Control Systems
  Widely used in industrial control systems such as frequency converters, servo drives, and relay protection devices to perform energy absorption and load braking.
• Communication and Audio Fields
  Provides ideal solutions with low inductance and high linearity characteristics in systems requiring high signal purity, such as RF amplifiers and high-fidelity audio equipment.