TE400B820RJ

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Chassis Mount Resistors are a range of resistors that are designed to mount into pre-drilled holes on the chassis or frame of an electrical instrument. They are designed to provide good electrical and mechanical stability, generally withstanding high temperatures, shock, and vibration, and providing a uniform electrical resistance over time and temperature. The TE400B820RJ resistor is commonly used in the field of electrical power control systems, and its working principle is outlined below.

The TE400B820RJ is a thermal-sensitive, non-inductive resistor, with a power rating of 8W, resistance of 10-20 Ohms, and a temperature coefficient of -20ppm/°C. It is constructed from metal or ceramic with a nickel- and silver-plated body, and can be sealed or conformally coated to provide an environment resistant finish. It is designed to be secured using either mounting or epoxy-based methods.

The TE400B820RJ is generally used in applications such as controlling current, over/undervoltage protection components, industrial control systems, inverter circuits, AC and DC power supplies, and temperature compensation. It works by using the thermal coefficient of electrical resistance to adjust the value of current that is passing through it. This is done by changing the amount of power that is dissipated through the resistor when a varying amount of current passes through it. The resistor consists of two terminals and an element that can be open, half-open, or fully-closed, depending on the application. By adjusting the power level and the resistance of the resistor, it is possible to control the flow of current through the resistor, and thus the output of the device.

The TE400B820RJ chassis mount resistor is commonly used in industrial, automotive, and general purpose applications. Its robust construction makes it ideal for applications that require operating temperatures of up to 220°C, and its resistance to environmental factors ensures that it can withstand shock and vibration, which can otherwise damage sensitive components. The resistor is also particularly useful for controlling the amount of current that is passed through circuits, as its resistance can be adjusted to accommodate varying current levels in different applications.

In conclusion, the TE400B820RJ chassis mount resistor is commonly used in power control systems, and its operation is based on the thermal coefficient of electrical resistance and its ability to regulate the flow of current through the resistor. Its robust construction and environmental resistance make it suitable for a wide range of applications, and its easy installation makes it a popular choice among electrical engineers when specifying components for power control systems.

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