PV12P200A01B00

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Trimmer Potentiometers are used in a variety of electronic circuits, such as radio and television receivers, amplifiers, computers, and more recently, home automation systems. The PVI2P200A01B00 is one such device. It is a three-terminal device, typically used for trimming a single resistance value in the circuit.

Application Field

The PVI2P200A01B00 is most often found in radio and television receivers, and amplifiers. It is used to adjust the frequency of the signal output from the circuit. It can be used to adjust the level of the signal, or to fine tune the sound in order to obtain the best possible sound quality. The device can also be used to control the gain of the amplifier. Additionally, it can be used to trim the voltage or current in the circuit.

Working Principle

The PVI2P200A01B00 works by applying a small voltage across two of its terminals, known as the variable wiper and the centre point. The voltage is then amplified by the other terminals, in order to control the resistance between the two. By adjusting the voltage across the variable wiper, the resistance value can be trimmed according to the desired setting. Once the desired resistance value has been set, the new signal is output from the circuit.

The device is designed to be used in series with other components in the circuit, such as resistors, capacitors, and transistors. It is then possible to adjust the overall resistance of the circuit by trimming the resistance value of the potentiometer. This can be useful in applications where the desired resistance value of the circuit varies slightly over time.

Conclusion

The PVI2P200A01B00 is a trimmer potentiometer that can be used in a variety of electronic circuits. It is commonly used in radio and television receivers, amplifiers, and other electronic systems. The device works by applying a small voltage across two of its terminals, which is then amplified in order to control the resistance between them. This allows for the fine tuning of the circuit\'s resistance value in order to obtain the desired signal output.

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