23ESA103MLA50N

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Rotary Potentiometers and Rheostats are electronic components used to regulate the flow of electronic energy within devices, machines and circuits. They are used to modulate, control, and measure the current electrical energy used in applications. In other words, the change in the electrical current in one location is regulated by these devices so that the current in another location is only affected by a limited amount. The 23ESA103MLA50N is one example of such components.

Description

The 23ESA103MLA50N is a rotary potentiometer. It is a classic single turn, ten-pin, trimmer adjustable potentiometer made from cermet material. Cermet is a type of ceramic-metal composite, which combines the best properties of ceramic and metal materials. It is a very robust material which provides an outstanding level of performance and durability. This type of rotary potentiometer is typically made from metal and incorporates a resistive element. It is designed to provide a variable resistance to the flow of electricity and works by adjusting the angle of rotation.

Application Field

The 23ESA103MLA50N is most commonly used in industrial, military, aerospace, automotive and instrumentation applications. For example, it is often utilized in power amplifiers, A/D converters, timers, actuators and motor control systems. This potentiometer is characterized by excellent linearity and good temperature stability. As a result, it is very predictable and reliable, providing consistent and accurate voltage regulation.

Working Principle

The 23ESA103MLA50N works on the principle of variable resistance. As the angle of rotation changes, the resistor element changes its position and thereby changing the resistance value. The resistance is measured in Ohms and this resistance is the basis of the voltage regulation. To regulate the voltage, a variable voltage or current source communicates with the potentiometer. When the voltage or current source is regulated, this in turn regulates the potentiometer’s output. The output is then regulated by the voltage or current source.

The 23ESA103MLA50N has three terminals, two fixed and one adjustable. The adjustable terminal is typically referred to as the wiper. When the wiper is moved or adjusted, a variable resistance is provided between two of the terminals. This variable resistance creates a voltage divider circuit that enables the device to provide a regulated output voltage. The voltage divider circuit works by taking the total voltage and dividing it into several smaller voltages that are proportionally distributed across the circuit. This enables the device to provide a controlled and predictable output voltage.

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