TE400B22RJ

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Chassis mount resistors are used for a variety of applications, including voltage and current regulation, power dissipation, reliability and performance enhancements, protection and grounding, and even heat management. TE400B22RJ is quite popular in this field. This article will discuss the application field and working principle of TE400B22RJ.

TE400B22RJ is a series of high power chassis mount resistors. It features a robust, resistive wire wrap construction with a ceramic core for enhanced high temperature stability. The resistors feature high peak power temps up to 175°C and have been tested to ensure long term performance and reliability. The resistors also have excellent high frequency performance, with −3dB of frequency response and low ripple.

In terms of application, TE400B22RJ can be used for applications where precision power control is needed, such as in the automotive, industrial, and telecom industries. The resistors can be used for voltage and current regulation, power dissipation, high current load sharing, signal level shifting, and various other critical functions. The unique design of the wiring provides low inductance and resistance for accurate control of power in these applications.

TE400B22RJ resistors are exceptionally reliable due to their robust construction and excellent heat management. The resistive wire wrap design is extremely resilient even under stress, allowing it to handle heat generated by high current loads much better than traditional metal oxide film resistors. This helps reduce potential component failures due to heat buildup.

In terms of their working principle, TE400B22RJ resistors work by altering the resistance of a circuit. This is done by increasing or decreasing the amount of current passing through the resistor. As the current increases, the resistive wire wrap design offers increased resistance, eventually reaching a limiting current. The temperature of the resistor also increases as the current increases, further reducing the resistance and ultimately reaching a thermal limit before failure.

The unique design of TE400B22RJ also makes it ideal for use in voltage and current regulation. The increased resistance offers increased protection against surges and over-currents, while the resistive wire wrap design helps to dissipate heat generated by these events. This helps ensure that the system remains reliable and performs correctly in a wide range of conditions.

TE400B22RJ has become a popular choice for many high power chassis mount resistors. Not only does it offer excellent performance and reliability, but it also helps customers achieve their desired objectives. The resistors can handle high current loads and high temperatures while providing low inductance and resistance for precision control of power. This allows designers to easily achieve their desired performance, reliability, and power consumption goals.

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