RER50F1150PCSL

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Chassis Mount Resistors are components that consist of a casing and two or more terminals. The chassis mounting configurations ensure that a resistor is secure and provides electrically and mechanically noise-free operation. RER50F1150PCSL is one of chassis mount resistors belonging to the 50F series. It has a resistance value of 1150 ohms with a power rating of 5W. This resistor is suitable for high power applications because it offers a resistance value up to 3kV.

RER50F1150PCSL is a cylindrical aluminium tube containing six resistive elements. Each resistive element consists of a coil of two insulated copper wires connected to a contact that is connected to an aluminium core. This core is housed in the outer shell of the tube, which is filled with a heat-conductive, non-flammable, dielectric material. This ensures that the heat generated by the resistor is dissipated into the air, thereby keeping the resistor cool.

RER50F1150PCSL is ideal for use in applications where the power dissipation of a regular resistor may be too high. It has a non-inductive construction that ensures low power consumption and a uniform and stable resistance value. The resistor is also insensitive to temperature, humidity and environment, making it a reliable and durable component. RER50F1150PCSL is frequently used in industrial, commercial, electric utility, consumer and automotive applications.

The working principle of RER50F1150PCSL is based on the principle that, when a current passes through a resistor, energy is released in the form of heat, and the temperature of the resistor will rise. The resistor’s internal construction is designed to dissipate this heat, and the temperature of the resistor will remain stable regardless of the amount of current passing through it. This allows it to handle large and sudden current fluctuations without failure.

RER50F1150PCSL is suitable for use in a wide range of applications, including automotive, industrial, consumer electronics, audio-video devices, electronic circuits, power supplies, motor control systems, and more. It provides reliable and durable performance, and its non-inductive construction makes it a reliable choice for high power applications.

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