TJT5003R3J

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Chassis Mount Resistors encompass several categories of power resistors. The TJT5003R3J is one such variety, an axial chassis mount resistor intended for use in a variety of industrial and automotive applications. This resistor is designed for long-term stability, greater power dissipation, and better thermal performance. This article will primarily focus on the application fields and working principle of the TJT5003R3Jchassis mount resistor.

Applications of the TJT5003R3J are varied. It is a popular choice for regulating current in industrial motors due to its high power handling capabilities as well as its durability and reliability. In addition, this resistor can provide protection in industrial power supplies due to its wide resistance range, and can be used as a limiting resistor in voltage regulator circuits. The TJT5003R3J also finds use in automotive lighting and electronic sound systems.

The TJT5003R3J chassis mount resistor is composed of an aluminum oxide ceramic body, which supports a pair of copper-clad tubes and an encasement layer of aramid fiber. These components provide necessary protection to the resistor from any external shocks or vibrations. This construction also increases the durability of the resistor and helps maintain consistent performance in high-temperature and fluctuating power applications.

The operating principle of the TJT5003R3J is simple. Its construction allows heat to transfer from the core resistor element to the surrounding atmosphere through the ceramic body, thus allowing it to dissipate heat and maintain consistent performance over a long period of time. The resistor has a temperature coefficient of -3%, meaning that its resistance is gradually reduced as its temperature rises.

To summarize, the TJT5003R3J is a versatile chassis mount resistor that provides protection to industrial and automotive equipment. It is composed of an aluminum oxide ceramic body, a pair of copper-clad tubes, and an encasement layer of aramid fiber which provides necessary protection to the resistor. The operating principle of the TJT5003R3J is based on allowing heat to transfer from the core resistor element to the surrounding atmosphere. Its temperature coefficient of -3% ensures that its resistance is gradually reduced as its temperature rises.

The specific data is subject to PDF, and the above content is for reference