Author name: Engr. Aneel Kumar

 When working with electrical circuits, understanding how multiple devices are connected is crucial for analyzing their behavior and performance. The two fundamental methods of connecting circuit elements are series circuits and parallel circuits. Let’s explore these configurations in detail and their implications on current, voltage, and overall functionality. Keywords: Difference between series and parallel circuits,

Insulating materials are used in electric devices to keep current from flowing where it is not desired. They are simply materials with a sufficiently high resistance (or sufficiently low conductance), also known as dielectric materials. Typically, plastics or ceramics are used. When an insulator is functional, its resistance is infinite, or the conductance zero, so

Understanding Conductivity Conductivity refers to a material’s ability to allow the flow of electrical current, driven by free electrons or charged particles (ions). It is a fundamental property in physics, essential for various natural processes and technological applications. Keywords: electric conductivity applications, water ionization sensors, superconductivity research, conductive materials for electronics, electric conductivity in metals. Conductivity in Metals Metals are

The term ground has a very important and specific meaning in the context of electric circuits: it is an electrically neutral place, meaning that it has zero voltage or potential, which moreover can absorb excesses of either positive or negative charge and disperse them so as to remain neutral regardless of what might be electrically

Magnetic fields are the fundamental mechanism by which energy is converted from one form to another in motors, generators and transformers.  First, we are going to look at the basic principle – A current-carrying wire produces a magnetic field in the area around it. Production of a Magnetic Field 1. Ampere’s Law – the basic