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Structural units in Embedded Processor
The processor in any embedded system contains various units for its successful and fast operation. Buses, memories, processing units, instructions, registers, control units are some of the structural units that…
Different types of Embedded Processor
An embedded processor is a microprocessor designed especially for handling the needs of an embedded system. The processor is a heart of an embedded system. Processors get the user data as an…
Phase Difference in AC Circuits
In the analysis of AC circuits, it is very difficult to deal with sinusoidal waveforms and their mathematical equations. It becomes a bit more difficult when dealing with two sinusoidal…
Peak value, Average value and RMS value of AC waveform
As you know, the AC waveform is sinusoidal in nature. Its magnitude continuously varies with time, hence it is necessary to find the value at every instant and its peak…
AC waveform | Types and Advantages
There are two types of power supply: DC and AC. DC supply has constant magnitude with respect to time and hence called a Direct Current. In contrast, in AC supply…
Maximum Power Transfer Theorem
The maximum power transfer theorem is applicable to both AC and DC circuits. In any circuit, the maximum power drawn from the supply depends on the load. If the load…
Superposition Theorem with solved problems
Superposition theorem is used to solve the complex electric network, which consists of two or more sources and several resistances, by considering and analyzing all the sources individually. Superposition theorem…
Norton’s Theorem with solved problem
Norton’s theorem is used to solve complex circuits consisting of several sources and impedances by converting them into a simple equivalent circuit called Norton’s equivalent circuit. Now let’s look at…
Thevenin’s Theorem with solved problem
Thevenin’s theorem is used to solve the complex circuits consisting of several sources and impedances by converting them into a simple equivalent circuit called Thevenin’s equivalent circuit. Now let’s look…