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Introduction

Trimmer Potentiometers are used for adjusting voltage and current in electronic circuits. They are a type of variable-resistance devices that can be used to adjust the voltage, current, frequency, or gain of an electronic circuit. RJR26FW202PQ is a trimmer potentiometer specifically designed to provide accurate voltage and current adjustments in electronic circuits. This article will discuss the application field and working principle of RJR26FW202PQ.

Application Field

RJR26FW202PQ is a trimmer potentiometer which can be used in many applications in the industry, such as power supply,audio equipment, measuring instrument, household appliances and other consumer electronics. It is used to fine tune the voltage and current in a circuit, ensuring that the circuit is functioning correctly. With its wide range of operating voltages, RJR26FW202PQ is suitable for applications where the output is heavily reliant on adjusting the voltage or current of a circuit.

Working Principle

RJR26FW202PQ is a three-terminal device, connected between two fixed resistors. The top terminal is connected to the plus side of the voltage source, the middle terminal to the minus side, and the bottom terminal to the output. The resistance between the two fixed resistors is adjustable, allowing the output voltage to be set to the desired value. To adjust the resistance, a lever, or knob, on the top of the device is used. When the lever is moved, it changes the resistance between the fixed resistors, thus changing the output voltage. When the lever is in the center-most position, the output voltage is at its maximum value.

Conclusion

The RJR26FW202PQ is a trimmer potentiometer that can be used to adjust the voltage or current in an electronic circuit. It has a wide range of applications in the industry, such as power supplies, audio equipment, measuring instruments, and household appliances. Its working principle is based on the adjustment of resistance between two fixed resistors, which is done by the lever or knob on the top of the device. This article discussed the application field and working principle of RJR26FW202PQ.

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