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Chassis Mount Resistors

The TGHGCR1000FE series of chassis mount resistors are designed for mounting into an electrical chassis or box. Depending on the product, it can be mounted via clip mount, snap-in mount, and through-hole mount. With a higher conducting power and stable performance, it is suitable for use in places with high reliability and power requirements, such as power supplies and DC/DC converters.

Structure of TGHGCR1000FE

The TGHGCR1000FE series comprises of a metal chassis and an adapter unit. The metal chassis is responsible for providing a base and structure and preventing heat fluctuations from impacting the resistor’s performance. The adapter unit is responsible for attaching the resistor, and consists of a threaded metal body, set screws, and a gasket that promotes cooling.

Working Principle of TGHGCR1000FE

The TGHGCR1000FE chassis mount resistor works in a relatively simple manner. Using the adapter unit, the resistor is attached to tge chassis. When the current passes through it, the resistor generates a small electrical resistance. This resistance helps to regulate the current, ensuring that the current that passes through it is kept within the specified parameters. The resistor also dissipates the excess heat generated when the current passes through it, preventing damage due to overheating.

Applications of TGHGCR1000FE

TGHGCR1000FE chassis mount resistors are commonly used in places where reliability and power requirements are high. That includes power supplies, DC/DC converters, LED lighting, and automotive electronic systems. For these applications, it is important to have a reliable power source and a reliable resistor to regulate the current.

The TGHGCR1000FE series of chassis mount resistors are designed for mounting into an electrical chassis or box. With a high conducting power and stable performance, it is suitable for use in places with high reliability and power requirements. It works by generating electrical resistance when current passes through it, helping to regulate the current and dissipate any excess heat. Applications include power supplies, DC/DC converters, LED lighting, and automotive electronic systems.

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