Chassis Mount Resistors: TJT1502R2J Application Field and Working Principle

Chassis mount resistors are part of the larger family of resistors, and come in a variety of shapes and sizes. The TJT1502R2J is a type of chassis mount resistor, and is a high-power device designed for use in industrial and automotive applications.

The TJT1502R2J has a feedback system designed to prevent short-circuits due to unstable voltage or current supply. This ensures that the TJT1502R2J is safe and reliable in a wide range of applications. It is rated for a working voltage of up to 30V, and a power rating of up to 15W.

The TJT1502R2J is made using thick film technology, which is a process in which layers of metal oxide are formed onto a substrate, forming a planar structure of resistive material. This type of technology makes the device extremely resistant to both electrical and thermal shock.

TJT1502R2J is divided into two design categories, Type A and Type B. Type A machines are designed for direct current applications, while Type B machines are for alternating current. In either case, the device allows for precise and stable voltage regulation.

In direct current applications, the TJT1502R2J controls the voltage by changing the resistance in the resistor chain, using its built-in controller. This controller adjusts the resistance by changing the voltage across its terminals. This is known as the voltage divider effect.

In applications with alternating current, the TJT1502R2J presents very little impedance to the current. This allows it to absorb the voltage fluctuations that occur in such applications without producing any significant losses. This makes it an excellent choice for power regulation.

The TJT1502R2J is designed to remain stable under temperatures ranging from -55°C to 150°C. This makes it suitable for use in a wide range of industries, including automotive, industrial, and even aerospace applications.

The TJT1502R2J is a reliable solution for many high-power applications. The device is able to absorb large voltage fluctuations without creating any significant losses, making it an excellent choice for power regulation in a variety of industrial and automotive applications.