Today in this article, we are going to tell you about what is a DC generator, the main parts of a DC generator, and the working principle of a DC generator, if you also want to know this, then keep reading this article completely.
introduction of DC Generator
The DC machine can be used in two ways, if the DC machine is used as a DC generator, then the DC generator converts mechanical energy into electrical energy. The structure of the DC generator and DC motor is the same, that is why the machine can be used as a generator.
what is a DC Generator
The machine that converts mechanical energy into electrical energy is called a DC generator. In this article, we will also learn about the working principle of the DC generator, so if you also want to go, then keep reading this article completely.
Main parts of DC machine:-
1. yoke 2. pole core or shoe or field magnet
3.Kshetra coil 4.Armature core
5.Armature coil 6.Order converter
7.Brush 8.Bearing
Working principle of direct current generator
It is an electromagnetic device whose working capacity, structure design, mechanical force, and current flow all depend on electromagnetic force. This electromagnetic force is of two types
(i) kinetic electromotive force
(ii) static induced potential difference
Electric power can be generated in the following way-
(i) by heating two joints
(ii) by chemical reaction
(iii) by the photoelectric effect
(iv) Electromagnetic induction – According to this, magnetic power is converted into electrical energy.
DC Generator Working Principle
The DC generator converts mechanical energy into electrical energy, for which magnetic field conductors or conductors and the motion of conductors in the magnetic field are necessary to convert mechanical energy into electrical energy. According to this, a magnetic field is generated by the magnet and the conductors between this magnetic field, which are engaged in the armature, induce an electromotive force and thus the mechanical energy generated in the armature is converted into electrical energy with the help of commutator.
is transformed and the direction of the induced emf can be found by Fleming’s right-hand rule. If a coil is rotated in a magnetic field B with a velocity of V meter per second and the length of the coil is 1 meter, then the induced emf produced in each arm of the coil is E = BIV.sin.
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Now you must have known what is a DC generator, the main parts of a DC generator, the working principle of a DC generator. You must have got the answer to all these questions very well.
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