## CMOS Logic Gates Explained

In this article, the CMOS Logic is explained, and how to design different logic gates using CMOS logic is explained in detail. What is CMOS Logic ? If you see any logic gate then its characteristics like its voltage levels, fan-out, speed, power consumption depends on the technology which is used to design these logic … Read moreCMOS Logic Gates Explained

## Binary Multiplication Explained | Multiplication of Fractional Binary Numbers

In this article, the binary multiplication of unsigned binary numbers is explained using the examples. And you will also learn how to multiply two fractional binary numbers. Understanding Binary Multiplication: The binary multiplication is similar to the conventional decimal multiplication. In Binary Multiplication, the each digital of the second number is multiplied with each digit … Read moreBinary Multiplication Explained | Multiplication of Fractional Binary Numbers

## Op-Amp Power Supply Rejection Ratio

What is Power Supply Rejection Ratio of Op-Amp ? Power Supply rejection Ratio (PSRR) specifies that if there is any change in the supply voltage, then how it will affect the output of the op-amp. For op-amp, if there is any change in the supply voltage, then it should not affect the output of the … Read moreOp-Amp Power Supply Rejection Ratio

## Master Slave Flip-Flop Explained

The Master Slave Flip-Flop is the combination two gated latches, where the one latch act as a Master and the second one act as a slave. The salve latch follows the master output. Using the master slave configuration, the race around condition in the JK flip-flop can be avoided. So, let’s briefly see the race … Read moreMaster Slave Flip-Flop Explained

## JK Flip-Flop Explained | Race Around Condition in JK Flip-Flop | JK Flip-Flop Truth Table, Excitation table and Timing Diagram

JK Flip-Flop Symbol and Truth Table In the SR Flip-Flop, when both inputs S and R are 1 then the output of the flip-flop is indeterminate. That issue can be resolved using the JK Flip-Flop. Similar to the SR Flip-Flop, the JK flip-flop has two inputs. And using the two inputs the flip-flop can be … Read moreJK Flip-Flop Explained | Race Around Condition in JK Flip-Flop | JK Flip-Flop Truth Table, Excitation table and Timing Diagram

## T Flip-Flop Explained | Working, Circuit diagram, Excitation Table and Characteristic Equation of T Flip-Flop

T Flip-Flop Symbol and Truth Table The T flip-Flop has one input. When the input is 1 then its output toggles. Let’s say the present state of the flip-flop is Qn. So, with T = 1, if Qn = 0 then in the next state, the output of the flip-flop Qn+1 will become 0. And … Read moreT Flip-Flop Explained | Working, Circuit diagram, Excitation Table and Characteristic Equation of T Flip-Flop

In this article, the logic circuit, the truth table, and the working of half adder and full adder are explained. Half Adder The half adder is the logic circuit that adds the two bits and generates the sum bit (S) and carry bit (C) as an output. The truth table of the half adder is … Read moreHalf Adder and Full Adder Explained

## Logic Gates Explained

What is Logic Gate? The logic gates are very basic building blocks of digital systems. The logic gates are electronic circuits that consist of one or more inputs and one output. The relation between the input and output is based on certain logic. The logic gates have the ability to make certain logical decisions. And … Read moreLogic Gates Explained

## Cascode Differential Amplifier (High Gain Differential Amplifier)

The handwritten notes on the Cascode Differential Amplifier/ High-Gain Differential Amplifier

## Frequency Division Multiplexing (FDM) Explained

What is Multiplexing? Multiplexing is a technique that allows the simultaneous transmission of multiple signals through a single channel or link. In multiplexing, several signals are combined into a single composite signal and transmitted over a single channel or medium. Using multiplexing the channel bandwidth can be utilized more efficiently or more signals can be … Read moreFrequency Division Multiplexing (FDM) Explained