FMP3WSJT-73-1R1

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Through hole resistors are widely used in many electronic circuits and devices for several reasons. The FMP3WSJT-73-1R1 is a great example of such a device. In this article, we’ll discuss the application field and working principle of the FMP3WSJT-73-1R1 through hole resistor.

The FMP3WSJT-73-1R1 is a high power through hole resistor. It has a maximum power rating of 73 Watts, and is rated for a resistance of 1R1 with a tolerance of ±5%. As such, it is ideal for use in where a large amount of power needs to be dissipated in a small space. The device is also UL approved, and meets or exceeds all of the relevant safety standards for through hole devices.

The FMP3WSJT-73-1R1 is primarily used in power applications, including AC and DC power supplies and standard circuits. It can be used in a variety of applications, including in high power current-limiting circuits, in-line power transistor dissipater applications, series and shunt regulator applications, as well as in multi-tap motor speed control systems.

The working principle of the FMP3WSJT-73-1R1 through hole resistor is fairly simple. It works by dissipating surplus power through its resistance. This means that for any given amount of input power, any excess power that cannot be used by the larger circuit is dissipated through the FMP3WSJT-73-1R1. This prevents any overload in the circuit, and helps maintain the desired output voltage or current.

In terms of construction, the FMP3WSJT-73-1R1 through hole resistor is a relatively simple device. It consists of a body, which is typically made out of an insulating ceramic material. The resistor is then coated with metal, such as copper, and then the edges are sealed with a non-conductive trim. The power rating of the resistor is determined by the size of the body, as well as the amount of metal used for the coating.

In conclusion, the FMP3WSJT-73-1R1 through hole resistor is an important component in any power-related circuit. It is primarily used in power circuits, such as AC/DC power supplies and standard circuits. The resistor works by dissipating any surplus power through its resistance, and the power rating of the device is determined by the size of its body as well as the amount of metal used for its coating. As such, it is an indispensible component in many power-related circuits.

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