95A1D-B28-A18L

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Rotary devices are used to measure the level of current or voltage in a circuit. They are a form of passive electrical devices that can be used to regulate or control the flow of current within an electrical circuit. One such device is the 95A1D-B28- A18L.

Application Field

The 95A1D-B28- A18L is a rotary potentiometer that is typically used in electronic circuits where a variable resistance is required, such as in audio processing as well as some other measurement applications. This device is highly accurate and efficient in measuring the level of current or voltage in a circuit. As a result, it is often used in applications such as radios, audio systems, power converters, and other electrical systems where controlling current or voltage levels is desirable.

Working Principle

The 95A1D-B28- A18L is a rheostat, which means that it has three terminals that are connected to two resistors. When the dial is moved, it changes the resistance between the two resistors and the level of current or voltage is adjusted accordingly. The amount of current or voltage that is delivered to the load can be adjusted by turning the dial, which will in turn change the resistance between the two terminals. This allows for precise control of current or voltage levels in a circuit.

In addition to controlling current or voltage levels, the 95A1D-B28- A18L can also be used as an amplifier or attenuator. When the device is used as an amplifier, it works by increasing the output voltage of an electrical circuit. This can be used to boost signals in audio processing applications. On the other hand, when the device is used as an attenuator, it reduces the output voltage of an electrical circuit. This can be used to reduce the signal level in audio processing applications.

The 95A1D-B28- A18L is a reliable and cost-effective way of controlling current or voltage levels in an electrical circuit. It is also highly accurate and efficient in measuring the level of current or voltage. As a result, it is often used in a variety of applications, such as audio processing, power converters, and other systems where controlling current or voltage levels is desired.

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