23ESB104MMF50NF

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Rotary Potentiometers and rheostats are two types of components used commonly in circuit designs. The 23ESB104MMF50NF is a potentiometer and rheostat combined into one package. The 23ESB104MMF50NF is a two element device (potentiometer and rheostat) that has a long time and temperature stability that is suitable for a range of application fields.The 23ESB104MMF50NF provides a two-piece design, consisting of a linear resistor element and a rotary wiper assembly. The wiper assembly provides a variable potential from one end of the resistor element to the other. The 23ESB104MMF50NF has an operating temperature range of -55 to 200 degrees Celsius with a linearity of .1% over the entire range of operation. The device is also rated for exposure to shock and vibration of up to 20g and 2G, respectively.The application fields of the 23ESB104MMF50NF include measuring frequency response, phase shift, audio signal level control and voltage level control. It can also be used for high input impedance devices, automotive systems and industrial controls. The device’s long stability and wide operating temperature range make it suitable for a variety of applications.The 23ESB104MMF50NF works by changing the electrical resistance of the element when the wiper contact moves along the resistor element. This allows the device to be used as a potentiometer by attenuating a signal or as a rheostat by controlling current or voltage. When used as a potentiometer, the resistance can be adjusted to create a voltage divider and thus vary the voltage delivered to a load. When used as a rheostat, the device is effective at controlling the amount of current flow through the circuit.

The 23ESB104MMF50NF has outstanding thermal and electrical performance, reliability and resistance characteristics that make it an ideal choice for a wide range of applications. The device is available in a number of package sizes to suit the desired application, and provides a low cost option that is capable of high levels of accuracy. Its accurate signals, long-term stability and wide temperature range make it a great choice for a variety of circuits.

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