THS25330RJ

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Chassis Mount Resistors

Chassis mount resistors are resistive components mounted in an enclosure or frame for attachment to the surrounding circuit board. These components are used to control electric current in circuits by providing a voltage drop or by functioning as an electrical load. They are used in applications ranging from the basic input/output stages in digital electronics to the transmission lines in mobile phones. The THS25330RJ is one type of chassis mount resistor and it is designed for high current applications such as power management and hand-held device power supplies.

THS25330RJ Application Field

The THS25330RJ is a current-limiting resistor that can be used in high-volume portable and industrial applications. It is suitable for use in the power supplies of portable communication devices and IT equipment, such as notebooks and tablets. Typical applications include power supply current limiting, and ESD protection. Its compact design makes it suitable for use in high-volume production.

THS25330RJ Working Principle

The THS25330RJ chassis mount resistor works by limiting the current going through it. This is achieved by dissipating the surplus current as heat. In order to do this, the component needs to have a low resistance value so that it will not drop the voltage of the circuit excessively. The THS25330RJ features a small size and low resistance value, making it suitable for high current applications.

The THS25330RJ is designed to be mounted on a chassis or circuit board and is capable of withstanding high temperatures. Its features include low ambient noise, high insulation resistance, and high dissipation factor. Additionally, it is available in a range of sizes and resistance values, making it suitable for most high current applications.

In summary, the THS25330RJ is a chassis mount resistor that is designed for high current applications. Its small size and low resistance makes it suitable for use in high-volume applications such as power supplies and ESD protection. Additionally, it is capable of withstanding high temperatures and features low ambient noise, high insulation resistance, and high dissipation factor.

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