CT-94X-200

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CT-94X-200 is a type of trimmer potentiometer. Trimmer potentiometers, also known as trimpots, have three pins and a rotating knob-like shaft for setting the resistor value. They are often used in applications requiring adjustable resistors. The CT-94X-200 can work with both single-pole and double-pole connections and has a rating of 50mW.

Application Field

The wide range of application fields for the CT-94X-200 includes adjust voltage, audio and broadband amplifiers, radio frequency signals, and ground loop and antenna isolation circuits. These adjustable potentiometers are suitable for use in electronic circuits where resistors need to be adjusted frequently. Typical application fields for the CT-94X-200 include automotive, LED lighting, smart energy and medical devices.

Working Principle

The working principle of the CT-94X-200 trimmer potentiometer is simple yet effective. As the knob-like shaft is rotated, the amount of resistance that the three pins offer changes. Depending on what is connected to the pins, the resistance will either increase or decrease, which in turn can be used to precisely control the current in an electronic circuit.

The trimmer potentiometer produces a variable resistance based on the position of the knob-like shaft. As the valve is increased, the resistance that the pins offer rises smoothly. This means that the current that flows in any circuit connected to the pins can be precisely controlled to obtain the desired results.

Another advantage of the CT-94X-200 is that it offers high reliability when used in circuits. This is because the resistance value of the pins remains constant despite changes in environmental conditions. This makes it a reliable choice for use in circuits that have to function reliably even when subject to changing environments.

Conclusion

The CT-94X-200 trimmer potentiometer is a convenient and reliable solution for controlling the current in any circuit. It has a wide range of applications and is suitable for use in electronic circuits where resistance needs to be adjusted often. Its working principle is simple yet effective, and it offers high reliability when used in circuits.

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