23ESA105MMF50AF

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Rotary potentiometers and rheostats, such as the 23ESA105MMF50AF, perform the same basic function of adjusting the amount of electric current passing through them. However, they each have slightly different operating principles. In this article, the 23ESA105MMF50AF application field and working principle will be discussed.

Rotary potentiometers are specifically designed for use in performance-related applications, such as adjusting the volume, frequency, or other electronic parameters of a sound system or amplifier. They consist of a long shaft, a set of three terminals, and a resistor-like component. The three terminals are connected to the power source, the amplifier, and the wiper terminal respectfully. The wiper terminal, as its name implies, is a variable contact point on the shaft that visits different parts of the resistor-like component as the shaft is rotated. This changes the resistance of the component, and in turn, the amount of electrical current that passes through it.

Rheostats, on the other hand, are designed for use in power regulation or control applications, such as controlling the speed of electric motors. Though they also consist of a long shaft, a set of three terminals, and a resistor-like component, their configuration is slightly different. Rheostats usually have more power spikes along their longitudinal path because they are designed for higher voltage and current applications. In addition, the wiper terminal will move along the spikes, rather than rotating, as in a potentiometer. As it moves from one spike to the next, it changes the resistance of the component, thereby controlling the electrical current passing through it.

The 23ESA105MMF50AF is a rotary potentiometer that is specifically designed for performance-related audio applications. It features a long shaft for easy adjustment, three terminals, and a resistor of 105 Ohms. The wiper terminal travels in a linear direction as the shaft is rotated, changing the resistance of the component and thus changing the amount of electrical current that passes through it. This allows you to easily adjust the volume, frequency, and other parameters of a sound system or amplifier.

In conclusion, rotary potentiometers and rheostats are both designed for different applications, but their operating principles are similar. The 23ESA105MMF50AF is a rotary potentiometer specifically designed for performance-related audio applications. It consists of a long shaft, three terminals, and a resistor of 105 Ohms. When the shaft is rotated, the wiper terminal travels in a linear direction, changing the resistance of the component and affecting the electrical current passing through it. This allows for precise adjustments of audio parameters.

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