Cylindrical high-frequency non-inductive glaze film resistors are manufactured using advanced metal thin-film technology, with the resistive film layer uniformly deposited around the surface of a high-performance ceramic substrate. They offer advantages such as high power capacity, a wide resistance range, and excellent high-frequency characteristics.

This product is specifically designed for high-frequency circuits, AC/DC circuits, and pulse circuits. It effectively suppresses parasitic inductance, ensuring the stability and accuracy of signal transmission. Its compact structure and reliable performance make it ideal for use as a load resistor and absorption element in high-power electronic systems, maintaining stable performance in various harsh application environments.

This series of resistors employs a high-temperature glaze sintering process, ensuring a tight bond between the resistive film and the substrate, resulting in excellent heat dissipation and electrical stability.

Its non-inductive wire-wound structure effectively eliminates parasitic inductance, achieving fast frequency response and low noise performance. The products are small in size, lightweight, and possess excellent conductivity, while also exhibiting high insulation and excellent pulse resistance.

Furthermore, these resistors are characterized by high temperature resistance, moisture resistance, and long lifespan, enabling long-term stable and reliable operation in complex environments.

• High-frequency amplifier circuits and filtering systems
• Radio frequency power amplifiers (RF PAs)
• Communication and radar equipment
• Power converters and inverters
• Precision measuring instruments and testing systems
• Industrial power supplies and dummy load absorption circuits