Month: January 2024

Active, Reactive and Apparent Power are vital in electrical engineering. Power is the rate of energy consumption or production. Its qualities might separate it into [Read More]

Someone recently introduced the term “XOR gate” to you as you’re learning about logic gates and circuits. What the heck? Don’t worry—we’ve all been confused [Read More]

Universal gates should be discussed before NOR gate with SR flip-flop, SR latch, RS latch, or memory device construction. NAND and NOR gates are universal [Read More]

We will look at the basics of combinatorial logic circuits in this part. Digital circuits called combinational logic circuits only use the present inputs to [Read More]

Applied circuit analysis uses AC resistive circuits extensively. DC circuits manage a continuous flow of current in one direction, while AC resistive circuits handle a [Read More]

Complex number are crucial to mathematics and expand real numbers. Complex numbers are a + bi, where a and b are real numbers and i [Read More]

“Phasors and Phasor Algebra” seeks to explain the topic thoroughly. The introduction defines the study’s scope and purpose. It introduces phasor fundamentals, applications, and advanced [Read More]

Engineering, physics, and other fields use phase difference and phase shifts. They describe the timing and relative placements of two waveforms or signals. A strong [Read More]

Universal gates operate like basic gates. Any digital gadget can be made with it. There are universal gates. Three are NAND, NOR, and EX-OR. Though [Read More]

AND Gates are digital logic gates used in basic electronics. Only when all two inputs are high does the output rise. Otherwise, output is modest. [Read More]

Want to improve your digital circuits? You should get used to the digital buffer. They may seem complicated to beginners. Fear not! I’ll explain everything about [Read More]

AC waveforms require understanding RMS voltage. RMS voltage, the root mean square value of a voltage waveform, is a good technique to measure voltage over [Read More]

AC waves are alternating current waveforms that fluctuate over time. AC waves are periodic because they oscillate between positive and negative values. This introduction introduces [Read More]

Harmonic frequencies are critical to electrical systems, therefore understanding them is crucial. This study seeks to investigate harmonic frequencies and their effects on power quality [Read More]

Hi there! You’re attempting to understand a Demultiplexer (Demux), right? We know electronics components might be complex for non-engineers. Fear not! This beginner’s instruction will [Read More]

Numerous professions use the sinusoidal waveform, a fundamental concept in mathematics and science. Repeated oscillations can be represented by sine or cosine functions. Sinusoidal waveforms [Read More]

AC Waveforms and Theory explains AC power basics. This study fully covers alternating current wave components, analysis, and applications. To provide readers with the information [Read More]

AC is a form of electrical current that reverses charge flow. Businesses and homes receive electricity in this way. AC dominates power distribution due to [Read More]

When an electric current runs through inductors, they store energy in a magnetic field. Their energy storage and release efficiency makes them popular in electrical [Read More]

OR gates implement logical disjunction in digital circuits and behave according to the truth table on the right. A HIGH output 1 results from one [Read More]

Multiplexer (MUX) and Multiplexing Multiplexing numerous signals into one transmission medium improves data transmission efficiency and capacity. Multiplexing is essential in modern communication systems because [Read More]

Measurement quantifies alternating current (AC), which alternates between positive and negative polarity at regular intervals. AC, used in many electrical systems, must be measured accurately [Read More]

Connecting numerous inductor in parallel in a circuit connects their terminals to the same two locations. This combination has pros and cons over a single [Read More]

Inductor in Series covers everything about inductors and series circuits. Connecting the input and output terminals of two inductors forms a chain. In electrical engineering [Read More]

Inductance is essential to electronics and electrical engineering. This study examines inductor inductance. Electronic circuits require understanding inductors’ behavior to design and analyze them. This [Read More]

Since Inductive Reactances are present in electrical circuits, the idea of inductive reactance is derived from them. It is the inductor’s resistance to the direction [Read More]

Wireless Home Security System and Digital Logic NOT Gate are related in many ways. This paper discusses home security alarms and wireless communication using the [Read More]

The BCD to 7 Segment LED Display Decoder Circuit is a basic circuit that converts BCD inputs into output signals for a 7-segment LED display. [Read More]

The value, range, and temperature coefficient of an inductor can be determined using the Inductor Color Code. The sole function of electrical components known as [Read More]

We will learn about the interesting world of inductors and how they are used in electrical systems in this study. An inductor is an inactive [Read More]