This tutorial will showcase how inductance, capacitance and resistance affect alternating current. A circuit may have the alternating current through it and the voltage across it rising and failing ...

Abstract: "Simulation-based Labs for Circuit Analysis" brings you an unparalleled learning experience, integrating cutting-edge simulation tools, Multisim Live and Tinkercad, to explore the realm of ...

Connecting dropping resistors in series with resistive loads often leads to significant energy dissipation. In AC circuits, using dropping capacitors can greatly minimize this energy loss. For ...

Purpose: Calculates total opposition (impedance) in AC circuits by combining resistance and reactance. Functionality: Processes inputs like resistance (R), inductance (L), capacitance (C), and ...

Understanding the concept of impedance (Z) is crucial for anyone working with or studying electrical circuits, particularly those involving alternating current (AC). To grasp the intricacies of ...

This Idea For Design shows how a gyrator circuit can be used to perform certain ac tests on units under test that require a dc-current feed. Designers have long used the gyrator circuit to create a ...

Abstract: This paper deals with three-phase direct matrix-reactance frequency converters (MRFC) based on unipolar PWM AC matrix-reactance choppers (MRC). Each MRC with conventional topology has two ...

Check out this interesting wideband AC millivoltmeter circuit from 1990. The simple design features 12 ranges, decent accuracy, 200 µV accuracy, and a frequency range from 20 Hz to more than 2 MHz.