83YR100KLFTB

Trimmer Potentiometers refer to adjustable resistors with three terminals, used to adjust the output voltage in the circuit by setting the resistance of the resistor. Trimmer Potentiometers can be divided into rotary and slide types according to different operating methods. 83YR100KLFTB is a commonly used trimming potentiometer in the market, which belongs to the rotary type. In this article, we will discuss the application field and working principle of 83YR100KLFTB.

1. Application field

83YR100KLFTB is a rotary trimming potentiometer with a diameter of 35mm. It has three terminals on its back, which can be used for resistance adjustment and rotation adjustment. 83YR100KLFTB can be used to adjust the voltage output in the circuit, and the adjustable output voltage range is 3V-15V. It is widely used in machines with adjustable voltage requirements, such as electronic equipment, circuit boards, etc., for example, it can be used in communication equipment, audio equipment, electrical equipment, aerospace equipment, industrial machinery, etc.

2. Working Principle

83YR100KLFTB is mainly composed of resistance element, rotary shaft and shell. The resistance element is integrated in the body of the potentiometer, and the resistance value is adjusted by the rotation of the rotary shaft. When the rotation shaft is rotated, the resistance value of the potentiometer changes, thereby affecting the output voltage of the circuit. In general, the higher the resistance value is, the lower the output voltage. 83YR100KLFTB can be used as a voltage regulator with adjustable voltage requirements.

In conclusion, 83YR100KLFTB is a rotary trimming potentiometer with adjustable output voltage range of 3V-15V. It is mainly used to adjust the output voltage in the circuit, and can be widely used in communication, electronic, audio, electrical, aerospace and industrial equipment to meet the adjustable voltage requirements. Moreover, its working principle is to adjust the resistance value of the potentiometer by adjusting the shaft, and then adjust the output voltage in the circuit.