AHA25AFB-121R

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Chassis Mount Resistors

The AHA25AFB-121R chassis mount resistor is a cylindrical component used to provide electrical resistance to a circuit. It is a two wire component with a molded body made of glass filled nylon material which provides excellent frequency response. The molded area also provides excellent stability on temperature coefficients, power dissipation, and voltage coefficients.

AHA25AFB-121R Application Field

The AHA25AFB-121R is designed for applications which require high temperature and high temperature coefficient stability during long-term operation. The AHA25AFB-121R is used in many industries that require electrical resistors for circuits including consumer electronics, automotive, medical, industrial, and military applications.

Working Principle of AHA25AFB-121R

The AHA25AFB-121R chassis mount resistor works very simply. It is a two wire component made of copper or steel tubing enclosed in a molded body. A resistance wire is passed through the tubing and is subjected to an electrical current which creates heat. The tubing acts as an insulator and the body captures the heat generated by the resistance wire. The resistor\'s job is to convert the electrical energy to thermal energy which helps to control the flow of current in the circuit.

The temperature coefficient of the AHA25AFB-121R is generally higher than conventional resistors as this component is designed to handle heavy currents and is subjected to high temperatures for extended periods of time. The resistor also has excellent frequency response which helps ensure the required power is delivered to the load without any loss of efficiency.

Conclusion

The AHA25AFB-121R chassis mount resistor is a two wire component made of copper or steel tubing enclosed in a molded body. It is designed for applications which require high temperature and high temperature coefficient stability during long-term operation. Its excellent temperature coefficient and frequency response make it ideal for many consumer electronics, automotive, medical, industrial, and military applications.

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