Difference between Unilateral and Bilateral Components
Electrical Engineering XYZ video on Difference between Unilateral and Bilateral Components:
Technical articles on Electronics and Electrical Engineering topics focused on Basics of EE, Electronic components, power systems and equipment used for generation, transmission, operation, and controls of electricity.
Electrical Engineering XYZ video on Difference between Unilateral and Bilateral Components:
Electrical Engineering video on Normally Open vs Normally Closed Relay Contacts:
Single Phase split phase AC Wiring Diagram illustrating the connection from MCB to Isolators, outdoor unit, and indoor unit of air conditioner.
Electrical Engineering XYZ video on Contactor vs Relay. Learn and understand difference between contactor and relay.
ElectricalEngineering.XYZ Formula Conversions kVA to Amps Conversion formulas for AC Circuits with solved explanatory examples.
Both Induction and Synchronous motors are widely used in electrical industry. Electrical Engineering XYZ presents top 10 differences between induction and synchronous motors. You can watch the video below or skip the video to read text below: Induction motor Synchronous motor Speed Runs lower than synchronous speed. Runs at synchronous speed. DC Field No … Read more
Welcome to the world of Control Systems Engineering. In this article Electrical Engineering XYZ shares Professor Benjamin Drew lecture 1 on Control Systems Engineering! In this inaugural lecture, Professor Drew embarks on a journey into the fascinating realm of control systems, exploring the fundamental principles and concepts that underpin this field. Whether you’re a seasoned … Read more
Electrical current is a fundamental property associated with circuits. In this post ElectricalEngineering.XYZ presents all the important formulas you should know about Electric current. You can watch the video below or skip the video and read text if you want. Electric Current Formula By Definition By definition electric current is defined as the rate of … Read more