FXLE3-10M2

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The FXLE3-10M2 is a powerful, universal min-regulator used for motor control, speed regulation and overvoltage protection applications in a variety of electrical and electronics systems. It works by providing a steady, lineary-controlled voltage for the motor using a switching control circuit.

The internal components of the FXLE3-10M2 consists of a toroidal transformer, a bridge rectifier, an SCR, a comparator, and a current-sense resistor. The switching is done by connecting two points on the transformer winding while it is energized with alternating current (AC). The connection is controlled by the SCR which is connected to the comparator. The comparator monitors the voltage difference between two points on the transformer winding, and it will switch the current on or off depending on the voltage difference.

The motor is connected to the output of the FXLE3-10M2 regulator, which is connected to the bridge rectifier. The bridge rectifier converts the AC voltage to a steady DC voltage which is used to drive the motor. The current-sense resistor is used to measure the current in the motor and the SCR is used to control the current in the motor.

The FXLE3-10M2 regulator can be used in a variety of applications such as elevators, material handling equipment, electric wheelchairs, home appliances, and robotic systems. It is a low-voltage, high-current device that can provide precise control of motor speed and torque. It is also useful for providing protection against high voltage surges and overloading.

The FXLE3-10M2 regulator is a very precise and reliable device that can be used in a variety of applications. It is designed to provide high quality and reliable motor control and speed regulation, as well as protection against high voltage surges. It is a cost-effective solution for motor control needs in a variety of applications.

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