H8976KBDA

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Through Hole Resistors are a type of passive electronic component used to control or resist the flow of electrical current in certain circuits. One of the most common types of Through Hole Resistors is the H8976KBDA, an axial leaded component developed by HB-Moore Electronics that is widely used in consumer and industrial applications. This article will provide an overview of the application field and working principle of the H8976KBDA.

Application Field

The H8976KBDA is a precision resistor designed with a variety of high-performance qualities. It has an extremely low temperature coefficient and superior stability, making it a perfect choice for applications requiring consistency and accuracy, such as precision instrumentation, motor control, and robotics. In addition, H8976KBDA resistors are designed to withstand both high voltage and high current, making them suitable for power supply applications such as amplifiers and inverters.

Not only is the H8976KBDA reliable and durable, but its unique design also enables it to withstand extreme temperatures and difficult operating environments. With a power to weight ratio that is twice that of most other Through Hole Resistors, the H8976KBDA is able to dissipate heat efficiently and maintain accuracy over its entire operating range. This makes the component highly desirable for applications requiring high temperature operation.

Working Principle

The working principle of the H8976KBDA is relatively simple. Its axial leads, two of which protrude from either side of the component, provide an electrical connection by which it can be connected to a circuit. When the component is connected, current will flow through the resistor and be imperceptibly reduced as it moves through the component. This reduction is determined by the component\'s value, which is expressed in ohms.

The application of current to the H8976KBDA produces electrical resistance, which is converted to heat by the component. This heat is dissipated by the component\'s thermal material, typically made of ceramic or glass. The component\'s ability to resist current and dissipate heat is determined by the materials it is made from, as well as its tolerances and power rating.

Conclusion

The HB-Moore H8976KBDA is a high-performance Through Hole Resistor that is ideal for a range of demanding applications. Its low temperature coefficient and superior stability make it an excellent choice for precision instruments and motor control, while its high voltage and current ratings also make it suitable for power supply applications. In addition, its unique design enables it to withstand high temperatures and harsh conditions.

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