Analog electronics

Analog electronics consider and work with continuous values ​​and can take infinite values, we can note that it deals with signals that change over time continuously because it studies the conduction and non-conduction states of the diodes and transistors that are used to design computations in the algebra with which integrated circuits are manufactured.

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Analog Electronics covers many fields such as, for example, dynamic analog electronics that deals with a circuit that transfers slings or vibrations to an electrical system, hydraulic analogue which is existing between a flat surface water stream or a two-dimensional flow as an example A clock, which tends to have gears of different types which are moved by a driver, moves gears that are different sizes but each for a specific function such as that of seconds, minutes and hours.

We can also say that analog electronics define more specific fields such as:

Driving semiconductors.
Diodes
Circuits with diodes.
Biopolar transistor
Transistorated stages.
Field effect transistors.
Amplification and feedback.
Operational amplifier (I).
Operational amplifier (II).
Other amplifier systems
Other analog systems
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