H8113RBDA

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Through Hole Resistors encompass a wide range of resistive components used in electrical circuits. They are generally used to limit the current in a circuit, to provide a measured voltage drop for powering devices, and to provide an electrical load for amplifiers and transistors. Depending on the application, through hole resistors can be used in various configurations, including as single resistors, resistive networks, and in combination with additional components such as bypass capacitors. One of the most frequently used types of through hole resistor is the H8113RBDA, a type of through hole resistor which is designed for operation in high-reliability applications.

The H8113RBDA is a high-reliability through hole resistor that is based on a cartridge design. This type of resistor is constructed with a one-piece structure, in which the internal components are enclosed in an aluminum housing. This design ensures that the resistor is thermally and structurally stable, and can handle operating temperatures of up to +150°C without compromising the internal components. The resistor is constructed using a large number of resistive elements connected in series, which provides a high level of accuracy and stability. The H8113RBDA also has an additional layer of insulation that protects the internal components from environmental exposure, making it suitable for use in harsh environments.

The primary application for the H8113RBDA is in high reliability applications, such as in power supply systems, medical equipment, and military equipment. These types of systems require a highly reliable resistor that offers a high degree of accuracy and stability, and the H8113RBDA is a popular choice for these applications. The resistor is also suitable for use in automotive applications, due to its ability to handle high temperatures and its high level of reliability.

The working principle of the H8113RBDA is similar to that of other through hole resistors, but the design of the one-piece construction makes it well-suited for high-reliability applications. The resistor consists of a number of resistive elements that are connected in series, and the relative resistances of the elements determine the overall resistance of the resistor. As current passes through each element, it will generate a voltage drop, which is proportional to the resistivity of the element. This voltage drop is then combined with the other elements to create the overall resistance of the resistor. As the current through the resistor changes, the total resistance of the resistor will also change, allowing it to be precisely adjusted for any application.

The H8113RBDA through hole resistor is a popular choice for applications that require a high level of reliability and accuracy. The one-piece construction allows it to be used in extreme temperatures, and the additional insulation ensures that the internal components are protected from environmental exposure. Additionally, the resistance can be precisely adjusted thanks to the connected resistive elements, making it suitable for a wide range of applications. This makes the H8113RBDA an ideal choice for high reliability applications in both industrial and automotive systems.

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