RER45F52R3MCSL

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Chassis mount resistors are widely used in various areas of electronic industry, for which the RER45F52R3MCSL model is no exception. This resistor is a common and standard resistor, consisting of an epoxy body and an insulated wire lead. The main feature of this model is its resistance rating of 45 ohms ± 5% tolerance at a power rating of 2 watts.

RER45F52R3MCSL is typically used for circuit protection and current limiting applications. The resistor can reduce heat generated by circuits because of its high power rating. It is used in various circuits to avoid overload and allow component flexibility with respect to changing conditions or load. By allowing only a limited amount of current to flow through the circuit, the RER45F52R3MCSL will help protect against electrical shock or short circuit.

The RER45F52R3MCSL features a low profile design that makes it easy to install in cramped or confined spaces. The resistor\'s epoxy body and insulated lead provide excellent insulation and protection against environmental harshness as well as signal interference. Its built-in ceramic core improves durability and heat dissipation. This model can also be used in applications where high temperature resistance and precision are required.

The working principle of the RER45F52R3MCSL is relatively simple. Electrical current is passed through a metal wire (or resistor) which restricts the current, thus reducing voltage and dissipating it as heat. This two-watt resistor is designed to handle up to two watts of power at 45 ohms. It acts as a sort of tuner and allows for precise control of current and voltage in a circuit for maximum efficiency and safety.

The RER45F52R3MCSL is a high-reliability, lightweight, and easy-to-install resistor that can be used in commercial, industrial, automotive, and medical industries. It is well-suited for a wide range of applications, including power converters, audio amplifiers, speaker protection circuits, motor controllers, and digital communication systems. Its high power rating and low temperature coefficient make it an ideal choice for circuit protection and current-limiting applications.

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