TE500B1R2J

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Chassis mount resistors are widely used in many different fields. Among them, TE500B1R2J is one of the most popular. The resistor has great performance in terms of its high power rating, high resonance frequency, low DCR and wide temperature coefficient range.

A TE500B1R2J is a thermal-resistant cylindrical resistor package with a dissipative outer shell. It is very compact and provides high-frequency and high-power operation. As a chassis mount resistor, it is designed for direct mounted onto a chassis or heat sink. The resistor is suitable for applications in applications that require high durability and/or high-power dissipation.

The working principle of TE500B1R2J is based on ohmic resistance. When a direct current (DC) flows through the resistor, it will create a voltage drop across it which is proportional to the current. This voltage drop can be used to measure the current flow and determine the resistance of the resistor.

TE500B1R2J has a wide range of application fields. Firstly, it can be used in telecommunication equipment which require both high-frequency and high-power operation. It is also suitable for applications that need high performance, such as power circuits, motor controls, and mission critical military equipment. Moreover, it is used in industrial applications where reliable operation and accurate results are essential.

In addition, TE500B1R2J can also be found in many automotive applications. It is frequently used in resistor-based applications such as fuel injection systems, headlights, and anti-theft systems. Furthermore, it is also used in medical devices that require precise current and voltage settings, such as pacemakers, X-ray machines, and defibrillators.

All in all, TE500B1R2J application field and working principle make it one of the most popular chassis mount resistors. It is suitable for a variety of fields, because of its high-frequency and high-power operation. Moreover, its good performance and wide temperature coefficient range make it suitable for many applications in telecommunication, automotive, and medical industries.

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