OK91G5E-R52

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Through hole resistors are widely used in a variety of electronic applications. The OK91G5E-R52 resistor is no exception. It is designed for commercial and automotive applications, and is commonly used in automotive and industrial controls, relay and switch drivers, audio amplifiers, and other industrial, commercial, and automotive systems.

The OK91G5E-R52 is a high-performance resistor with a metal alloy element and is constructed as a through hole element. The upper section of the resistor is enclosed in a ceramic encasement for protection from extreme temperature conditions. It has a cylindrical shape with a ball end on one side for easily connecting it to a circuit board. There are 4 rated styles which all offer different features to the user, such as superior reliability, strength, and power ratings.

The OK91G5E-R52 resistor is designed to handle a wide range of high-power applications and is a common choice for automotive and industrial design applications. The nominal resistance values range from 2K ohms to 500K ohms, and it is capable of handling a maximum power of 0.25W. It has a maximum voltage rating of 200V and the rated temperature range is -55 to +175°C.

The OK91G5E-R52 is a highly reliable resistive element, which makes it a great choice for high power and high temperature applications. It is reliable, has low power dissipation, and offers high stability. It also resists sulfidation and spalling, allowing it to operate at a high temperature for long periods of time without degrading.

The OK91G5E-R52 resistor operates on the principle of Joule heating, which is the thermal effect of current passing through a resistive element. When electric current passes through the element, some of the energy is dissipated in the form of heat, which is controlled by the area, geometry, and material of the resistive element. The resistance of the element determines the amount of energy that is dissipated, which in turn determines the amount of heat generated.

The OK91G5E-R52 is an ideal choice for various types of high-power applications. It provides reliable and consistent performance, has high stability, and is capable of handling high temperatures. It also offers superior reliability and performance, and is widely used in automotive and industrial applications. It is available in a wide range of resistance values and is suitable for various applications.

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