PV36X500C01B00

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Trimmer Potentiometers

A trimmer potentiometer, also known as a trim pot, is a versatile electronic device that is used to precisely adjust the resistance value of a circuit. PV36X500C01B00 is one type of trimmer potentiometer that has a variety of applications.

Application Field

The PV36X500C01B00 trimmer potentiometer is designed for precision and low power consumption. It is often used in analog circuits, like volume and tone control, or various types of sensor circuits. It can be utilized to adjust and fine-tune any type of electric or electronic circuit.

The trim pot is popular in the automotive industry, cell phones, and audio/video components. It can also be used in medical devices, home automation, and electrical engineering projects. Its small size and lightweight makes it perfect for applications where precision and delicacy are necessary.

Working Principle

The PV36X500C01B00 trimmer potentiometer is an adjustable three-terminal resistor. It is composed of a resistive element, a wiper and three terminals – an end terminal, a middle terminal and a control terminal. When the resistive element is connected to the control terminal (also known as the cylinder head terminal), the resistance value of the element changes evenly across the length of the element. Then, when the wiper is moved down the resistive element, it shifts the contact point of the resistance element, thereby changing its resistance value.

The amount of resistance can be adjusted by rotating this trimmer pots\' control terminal, and can range from 0 ohms to 500 ohms. The degree of resistance adjustment is also adjustable – the user can select the degree of rotation that corresponds to a certain amount of resistance. In terms of performance, the PV36X500C01B00 is a low-power, stable, accurate and reliable device.

The PV36X500C01B00 trimmer potentiometers is a highly versatile device that is used in various fields for its precision, low power consumption and easy adjustability. It is ideal for applications that require accurate control of resistance values, like audio/video components or automotive components. It can also be used in medical devices, home automation and electrical engineering projects. It is a great choice for any task that requires precision and delicacy.

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