Basic Electrical Engineering

Description of Basic Electrical Engineering

Basic Electrical Engineering apps is a digital version of your analog book. App covers more than 100 topics from the subjects organized in units and topics. It covers most of the topic required for the engineering graduates and post graduates students. App also shows recent news for the basic electrical engineering .
Electrical engineers work in a very wide range of industries and the skills required are likewise variable. These range from basic circuit theory to the management skills required of a project manager. The tools and equipment that an individual engineer may need are similarly variable, ranging from a simple voltmeter to a top end analyzer to sophisticated design and manufacturing software.
* Designed with simple UI.
* User friendly designs.
* To the point contents.
* Electrical Formulas.
* Electrical Machine
* Power System Magnetic Circuit.
* Single Phase Transformer
* Steady State Analysis
* Three phase AC Circuit
App contains the below topics -
Electrical Formulas
Introduction Of Electrical Engineering
Voltage And Current
Alternating Current (Ac)
Electric Potential And Voltage
Ac Waveforms
Ohm's Law
Rms Value Of An Ac Waveform
Kirchoff's Voltage Law (Kvl)
Generation Of Three-phase Balanced Voltages
Power Factor
Conductors And Insulators
Three-phase, Four-wire System
The Average And Effective Value Of An Ac Waveform
Star-delta Transformation
Wye And Delta Configurations
Phase Difference
Kirchoff's Current Law (Kcl)
Active And Passive Elements
Series R, L, And C
Conventional Versus Electron Flow
Three-phase Y And Delta Configurations
Generation Of Sinusoidal (Ac) Voltage Waveform
Polarity Of Voltage Drops
Power In Balanced Three-phase Circuits
Ac Inductor Circuits
Thevenin's Theorem
Power Transmission And Distribution
Measurement Of Power In Three Phase Circuit
Power In Ac Circuits
Branch Current Method
Introduction To Power System
Dynamometer Type Wattmeter
Power Factor Correction
Voltage And Current Sources
Magnetic Circuit
Working Principles Of Pmmc
Quality Factor And Bandwidth Of A Resonant Circuit
Source Transformation
Auto-transformer
Introduction Of Measuring Instruments
The Cosine Waveform
Mesh Current Method
Practical Transformer
A Multi-range Ammeters
Series Resistor-inductor Circuits: Impedance
Introduction To Network Theorems
Ideal Transformer
Multi-range Voltmeter
Parallel R, L, And C
Series-parallel R, L, And C
Unilateral And Bilateral Elements
B-h Characteristics
General Theory Permanent Magnet Moving Coil (Pmmc) Instruments
Representation Of Sinusoidal Signal By A Phasor
Loop And Nodal Methods Of Analysis
Eddy Current
Shunts And Multipliers For Mi Instruments
Review Of Resistance, Reactance, And Impedance
Norton's Theorem
Inductor
Construction Of Moving-iron Instruments
D.c Machine Armature Winding
Introduction Of Eddy Current & Hysteresis Losses
Susceptance And Admittance
Emf Equation
Reluctance & Permeance
Generator Types & Characteristics
Analysis Of Series-parallel Magnetic Circuit
Torque Equation
Hysteresis Loss
Single-phase Induction Motor
Different Laws For Calculating Magnetic Field-biot-savart Law
Synchronous Motors
Force Between Two Opposite Faces Of The Core Across An Air Gap
Three Phase Synchronous Motor
Hysteresis Loss & Loop Area
Reluctance Motor
Steinmetz’s Empirical Formula For Hysteresis Loss
Principle Of Operation Of Three-phase Induction Motor
Derivation Of An Expression For Eddy Current Loss In A Thin Plate
Synchronous Condenser
Construction Of Three-phase Induction Motor
Starting Current And Torque
Characteristics Of A Separately Excited Generator
Starting Methods For Single-phase Induction Motor
Capacitor-run Motor Induction Motor
Characteristics Of A Shunt Generator
Permanent-split Capacitor Motor
Capacitor Split-phase Motor
Capacitor-start And Capacitor-run Motor
Load Characteristic Of Shunt Generator
App covers almost every details of basic electrical engineering. It will also help you to do Electrical calculation.