Category : Circuits

There is no doubt about the importance of electrical energy as a concept in science. Unfortunately, the concept is often misunderstood. Here, we will explain the definition of the concept, provide examples of how

There are so many concepts when it comes to learning physics and electrical energy. One of the most important and fundamental concepts is the current divider. Due to its importance, there is a need

10 Common Questions You May Find When You’re Discussing about Current Source Whether you are researchers, experts, lecturers, technicians or even college students who especially learn physics or electrical engineering, you will find the

An electrical circuit has several elements with different functions. Among the most essential elements is voltage sources that deliver electric power. In fact, there are two types of electrical sources: voltage and current source.

Analyzing linear circuits, either AC or DC circuit, can be easy with simplification methods such as Thevenin’s or Norton’s theorem. Yet, these methods won’t work for all networks especially circuits that consist of 3

When it comes to analyzing electrical circuits, a few theorems can be used. Among the most popular are Norton’s theorem, Thevenin’s theorem, and maximum power transfer (MPT). However, some people consider that the last

Circuit analysis knows a number of analytical methods to define voltages and currents in a specific circuit. Among the most popular is Norton’s Theorem that works effectively to simplify a complex circuit into a

Calculating a complex circuit involves a complicated math. But there is a solution to simplify the circuit through Thevenin’s theorem. The theorem indicates that any DC circuit consisting of resistance and voltage can be

Mesh current analysis is known as an effective method to determine the current and potential difference of planar circuits. But when it comes to branched-circuits, node voltage method is more suitable to define the

Basic circuit can be analyzed using a few basic analysis tools such as Ohm’s law or Kirchhoff’s laws. But when it comes to large networks, the involved math will be too complex so there