PWR220T-35-20R0F

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Through Hole Resistors are one of the most common components used in electronic circuits. PWR220T-35-20R0F is one of the offerings in the Through Hole Resistors family. This device has a wide array of applications in the industry and a precise working principle that sets it apart from other Through Hole Resistors.

Applications

The PWR220T-35-20R0F is a through hole resistor that has both automotive and industrial applications. In the automotive industry, it can be used as a boosting device to increase voltage or as a sensing device in automotive systems, such as the ABS system, fuel injection systems, and electric window systems. In the industrial field, it finds applications in applications where high input and output current levels need to be maintained, such as power supply circuits, circuit protection, and high voltage distribution.

Working Principle

The PWR220T-35-20R0F works by reducing and controlling the voltage running through an electronic circuit. It does this by controlling the electric current that passes through it, as a result of the voltage drop across the resistor. This ensures that the voltage in the circuit remains within tolerance levels. The device also works by dissipating some of the excess energy from the electronic circuit, which is beneficial in terms of safety and efficiency.

The device is composed of a ceramic body and a thin metal film, which is embedded in the ceramic body. The metal film is the main component of the resistor, responsible for the resistance value of the device. The resistance value of the device is determined by the dimensions of the metal film, including the width, thickness, and length. This makes the PWR220T-35-20R0F suitable for applications that require precise value control and consistent resistance ratings over temperature.

Conclusion

The PWR220T-35-20R0F is a Through Hole Resistor device with a wide range of applications. Its precise working principle and ability to maintain consistent resistance ratings make it ideal for various automotive and industrial applications. By reducing and controlling the voltage and dissipating excess energy, the device provides an efficient and safe method of managing current levels in the circuit.

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