RER45F57R6PC02

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Chassis mount resistors are widely used in electrical and electronic circuits to limit and control the amount of current that flows in the circuit and provide a safe voltage level. The RER45F57R6PC02 is a non-inductive type, thread-mountable, high power, thick film resistor housed in the metal housing. Its excellent electrical characteristics and robust mechanical construction make it an ideal choice for applications requiring high-powered precision resistive components.

Application Field

The RER45F57R6PC02 chassis mount resistor is designed for a wide range of applications including power conversion, power distribution, electronics, instrumentation, motor and lighting control, lighting, and automotive. It is used for voltage stabilization, power sensing, motor speed control, current sensing, and voltage sensing. It is also used in applications that require accurate and stable resistance values, such as thermal, heaters, and blowers.

Working Principle

The RER45F57R6PC02 is based on thick-film technology. The resistor is manufactured using a proprietary ceramic technology that allows for extremely accurate and stable resistance values. This is achieved through a combination of careful selection of materials and process parameters, including metals, ceramics, and dielectrics, which are used to screen and pattern the resistor elements. This ceramic technology also ensures excellent tolerance and devices life.

The resistor is designed with a low thermal index that ensures excellent performance over a wide range of environmental conditions. It is also capable of dissipating the entire range of thermal energy from the resistors without over-heating the mounting surface or exceeding the maximum power level.

The RER45F57R6PC02 chassis mount resistor provides high-quality, high-power performance and excellent reliability in a wide range of applications. The non-inductive design ensures high accuracy and low temperature coefficient, making it ideal for applications with high power levels and high temperature environments. The robust construction and excellent electrical characteristics make it an ideal choice for applications requiring high-powered precision resistive components.

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