Electrical and Electronics Engineering Basics and Principles
If you want to know all about electronics and electrical engineering – you’ve come to the right place.
Theory4power.com dedicated to teaching and sharing all subjects associated with electrical and electronics engineering.
For more information on basic electrical engineering, see our content on transformers, electrical symbols, alternators, DC motors, induction motors, star-delta starters, Lenz’s laws and Faraday’s laws, and the beginning of DOL.
To learn about basic electronics engineering, see our articles about diodes, thermistors, active low pass filters, oscillators, gray codes, half-wave rectifiers, piezoelectric transducers, and the Maxwell Bridge.
To learn more about Control Engineering, check out our articles on Control Systems, Programmable Logic Controllers (PLCs), SCADA Systems, Nyquist Plots, and Bode Plots.
We also turn to closely related physics topics such as the Schrodinger Wave Equation, Biot Savart Law, and the Heisenberg Uncertainty Principle.
We discuss various types of electric motors, induction motors, including DC motors, synchronous motors, and other special types of motors. We explain the working principles, features, uses, and testing of electronic motors. This section is a collection of knowledge about all things related to electric motors.
We discuss all things about transformers – from basic theory to modern progress. Learn about all the different types of transformers – two winding transformers, autotransformers, power, and distribution transformers, single-phase and three-phase transformers – and more.
We discuss various types of electronic and electrical measurements. Explanation of various bridge circuits, sensors, cathode ray oscilloscopes, digital meters, potentiometers, transducers and more. We explain the working principles of various measuring instruments and measurement systems.
Learn about different types of electronic devices. We can switch to Basic Electronics, Semiconductors, Diodes, Transistors, LEDs, Printed Circuit Boards, MOSFETs and more.
Digital electronic transactions with digital or disconnected signals. We cover binary number systems, binary arithmetic, Boolean algebra, de Morgan theorems, K-maps, logic gates and other number system transformations, including binary. We also explain basic electronic circuits of various logic gates.
Learn about electric power generation systems, including heat, hydro, nuclear power generation, solar panels, wind power generation, cooperatives and more. We explain the working principles and characteristics of various components of power plants such as boilers, turbines, economists, solar panels and wind turbines.