TE400B82RJ

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Chassis Mount Resistors, specifically TE400B82RJ, offer a reliable and precise solution for applications that require tolerance, power rating, and long-term stability when installed. They are typically used in power electronics, aerospace, military, and other industries requiring resistance.

The TE400B82RJ is a non-inductive resistor which is designed for high power and repetitive pulsing up to high temperatures. Its basic structure is a flat tail configuration which helps it maintain steady contact. This particular resistor is designed with an extremely low rise and fall time and can be designed with a 0603 footprint.

The virtue of TE400B82RJ is that it is engineered to be highly thermally efficient, meaning it is capable of dissipating very large amounts of power with minimal losses to the heat. As the temperature rises, the thermal performance increases, making them an attractive choice for applications that need to dissipate large amounts of power. In addition, its low inductance profile provides outstanding performance in high frequency applications as well.

The TE400B82RJ has a wide variety of power ratings, ranging from 0.5 Watts to 200 Watts. Depending on the application, the appropriate power rating can be chosen from the available range. The resistors are also designed with a high pulse voltage rating which is capable of withstanding up to 1000V. Other features that it boasts are low noise, low profile package, and high failure rate.

In terms of working principle, TE400B82RJ is a non-inductive element which works on the principle of Ohm’s law. According to Ohm’s law, the current through any conductor is directly proportional to the applied voltage across it. The resistors convert this current to heat through Joule’s law of heating. This heat then dissipates into the environment through thermal radiation.

The TE400B82RJ is an ideal component for applications that demand reliable tolerance and stability. Its capability to dissipate heat without suffering significant losses ensures that it can meet these requirements even at high temperatures. It is also suitable for power electronics, aerospace, military, and other industries that demand resistance. The wide variety of available power ratings further highlights its capabilities in such industries.

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