RER75F12R1RC02

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Chassis mount resistors are a type of resistor designed to be mounted on a chassis to provide electrical resistance. The RER75F12R1RC02 is a one of these special resistors and is designed to be used in high power applications. This type of resistor is especially useful in controlling and dampening high frequencies, protecting delicate components, and reducing EMI problems.

The RER75F12R1RC02 features a thin-film, metal-oxide, surge-rated, and radial leaded design. This allows for efficient voltage control and dampening of high frequencies. The design also reduces EMI problems as the resistor is shielded from interference. The thick-oxide layers help reduce current leakage and increase voltage stability.

The RER75F12R1RC02 has a maximum resistance of one ohm at 12 watts. This makes it ideal for applications where current needs to be handled efficiently without the use of a bulky power supply, such as power supplies, medical equipment, and audio amplifiers. Furthermore, the resistor’s 1% tolerance is suitable for precision applications such as LED and laser drivers.

In terms of working principle, the RER75F12R1RC02 works by converting energy into heat. This is done by the resistor’s resistance material, which causes a voltage drop across the component when current passes though it. The voltage drop causes a corresponding amount of heat to be generated, which is dissipated into the surrounding environment.

In sum, the RER75F12R1RC02 is a chassis mount resistor designed for precision and high-power applications. Its thin-film, metal-oxide, surge-rated, and radial leaded design make it well-suited for controlling frequencies, reducing electromagnetic interference, and increasing voltage stability. It works by converting energy into heat, which is dissipated into the surrounding environment. This makes it an ideal choice for applications in which precise power control and a low thermal footprint are required.

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