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Electrical Symbols (Part 1)

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Resistor: Capacitor: Inductor: Antenna(Arial): Antenna(Loop): Ground: Terminal: Battery(One cell): Battery(Multi cells): Potentiometer: Rheostat: Air Core Transformer: Transformer: 3-Single Phase Transformer: Fixed Capacitor: Variable Capacitor: Power switch S.P.S.T: Switch S.P.D.T: Switch D.P.D.T: Switch D.P.S.T: Crystal Detector: Rotary Switches: Lightening Arrester: Fuse: Head Phone:

How electricity generate.

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As-Salaam-Alaikum, Welcome to my blogger "World of Knowledge".Here we discuss the topic "How electricity generate" . Electricity Generation:                                                                      Electricity for powering our homes, schools and businesses is made in power stations. Spinning turbines turn large magnets within wire coils,this causes electrons to move which results in electricity. How is electricity made?                                                                  Electricity is a  secondary energy source ,we get it from the conversion of other sources of energy, such as coal, natural g...

Mesh Analysis

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As-Salaam-Alaikum, Welcome to my blogger "World of Knowledge".Here we discuss the topic mesh analysis. Points to be discuss in this Article are given below : Mesh Analysis Steps to Analyse the mesh analysis technique Super Mesh Analysis Super Mesh with examples Mesh Analysis:                                    Mesh Current Analysis  is a technique used to find the currents circulating around a loop or  mesh  with in any closed path of a circuit. Example: One simple method of reducing the amount of math’s involved is to analyse the circuit using Kirchhoff’s Current Law equations to determine the currents,  I 1   and  I 2  flowing in the two resistors. Then there is no need to calculate the current  I 3  as its just the sum of  I 1   and  I 2 . So Kirchhoff’s second voltage law simply becomes,     ...

Nodal Analysis

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As-Salaam-Alaikum,   Welcome to my blogger "World of Knowledge".Here we discuss  the topic which is very important in the field of electrical engineering i.e Nodal Analysis. Points to be discuss in this Article are given below : Nodal Analysis Features of Nodal Analysis Types of Nodal Analysis Solving of Circuit Using Nodal Analysis Basic Steps Used in Nodal Analysis Nodal Analysis with Current Sources Nodal Analysis with Voltage Sources Nodal Analysis:                                     Nodal analysis  is a method of analyzing circuits based on defining  node  voltages as the variables. Solving circuits with a free floating voltage source using the  nodal analysis  technique can be a bit tricky at first. Nodal analysis  is a method of analyzing circuits based on defining node voltages as the variables. Features of Nodal Analysis: ...