0252611687

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0252611687 also known as pulse generator is widely used in various fields. It is basically an electronic device used to generate pulses to operate various types of electronic devices and circuits. Its working principle is based on the fact that pulses are electric signals that occur when voltage changes from low to high, or from high to low.

A typical pulse generator has two outputs, a low output, and a high one. The low output is used to generate a “low” pulse when the pulse generator is first switched on. This low pulse is used to control the circuit, start the operation of a relay, or activate a timer. The high output is used to generate a “high” pulse, which is used to end the operation of the circuit, or deactivate the relay or timer.

In biomedical use, pulse generator devices are used for physiotherapy and massage. The device is designed to generate various pulsing patterns and helps to improve circulation and reduce pain. It is also used in Electro-surgery, Laser therapy and Magnetic Resonance Imaging (MRI).

Pulse generators are used in the automobile industry to control the number of revolutions a car engine can make without causing damage. They regulate the throttle opening and enable the engine to accelerate and decelerate smoothly. The timer system of the device is designed to increase fuel efficiency, reduce emissions and improve engine performance.

The pulse generator is also used in many electronics applications as they are used to generate the clocksignals for both digital circuits and microchips. It is also used in power distribution systems and for starting and stopping motors. The generator helps to monitor and control load output and protect circuits from overload.

The working principle of a pulse generator is based on the fact that electric current starts flowing between two electrodes when there is a voltage difference between them. This voltage difference is generated by adjusting the resistor network. The current flowing through the electrodes causes a magnetic field around them.

When the voltage difference between the two electrodes is adjusted in a way which reverses the direction of the electric current, the two sets of electrodes switch states, and the magnetic field created by the current also changes its direction, thus generating a pulse.

Pulse generator devices have found a variety of uses in different fields, ranging from biomedical to automotive and electronics applications. It can be used to generate various pulses and control various electronic devices and circuits. Its working principle is based on the change in direction of an electric current, which results in the generation of a pulse.

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