3500S-2-104L

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A rotary potentiometer can be used to measure the output voltage of the electrical power supply and to regulate the output voltage. An old-fashioned form of rotary potentiometer, known as the 3500S-2-104L, is made up of an adjustable knob, or rheostat, that is positioned near a grounded, usually copper, connector. When the knob is turned, the voltage generated by the power supply is increased or decreased, depending on the chosen setting.

The 3500S-2-104L rotary potentiometer is a three-terminal device, meaning that it is composed of three distinct parts. The three parts are the adjustable knob, the ground connector, and the central contact terminal. The knob is usually the same color as the body of the rotary potentiometer and has a metal contact that is connected to the ground connector. The central contact terminal is also connected to the ground terminal, but the contact is adjustable and is the element that allows the user to adjust the voltage of the power supply.

The 3500S-2-104L rotary potentiometer works on the principle of a variable resistor. When the knob is turned clockwise, the voltage output of the power supply increases, while turning it counterclockwise decreases the output voltage. The 3500S-2-104L rotary potentiometer can be used in a variety of applications, including radio equipment, test equipment, and motor controllers.

The 3500S-2-104L rheostat has several advantages over other types of electrical rheostats, such as the ability to adjust the voltage directly by turning the knob to the desired position. In addition, because the knob is connected to the ground terminal, there is no risk of damaging sensitive electrical equipment due to accidental voltage overloads. This makes the 3500S-2-104L especially suited for use in laboratory and field measurements.

The 3500S-2-104L rheostat is also well-suited for use in smaller-scale applications, such as troubleshooting and repairing electrical circuits. By connecting the rotary potentiometer in series with the circuit, users can adjust the voltage to determine if the current flowing through the circuit is correct. This can be used to troubleshoot and diagnose various types of electronic issues, such as resistance, capacitance, and inductance.

The 3500S-2-104L rheostat can also be used to measure the current passing through a circuit by connecting it in parallel with the circuit. This can be useful for determining the power output of a circuit or for determining the efficiency of the circuit. By connecting the rotary potentiometer in series and then measuring the voltage output, users can calculate the total current passing through the circuit.

The 3500S-2-104L rotary potentiometer is an excellent tool for both laboratory use and fieldwork. Its ability to adjust the output voltage and to measure current makes it an invaluable tool for a wide range of applications, from radio and test equipment to motor controllers and troubleshooting circuits. With its easy-to-use design and its affordable price, the 3500S-2-104L rotary potentiometer is an indispensible part of any engineer’s toolkit.

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