Lecture-0 Opamp Basic Concepts
This is Lecture-0 in my lecture series of operational amplifier. In this lecture you will learn about the basic parameters of ideal opamp.
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This is Lecture-0 in my lecture series of operational amplifier. In this lecture you will learn about the basic parameters of ideal opamp.
Read More Lecture-0 Opamp Basic ConceptsIn this lecture you will learn how to derive the output equation of inverting amplifier using operational amplifier. Complete derivation is solved on the board to understand it very effectively.
Read More Lecture-1 Opamp as Inverting AmplifierThis article is the 3rd part of our series Mesh Analysis: Simple to advanced tutorials for all students. For next parts to study, check the related topics with this post.
Read More Mesh Analysis: Simple to advanced tutorials for all students Part-3This article is the 2nd part of our series Mesh Analysis: Simple to advanced tutorials for all students. For next parts to study, check the related topics with this post.
Read More Mesh Analysis: Simple to advanced tutorials for all students Part-2This article is the 1st part of our series Mesh Analysis: Simple to advanced tutorials for all students. For next parts to study, check the related topics with this post.
Read More Mesh Analysis: Simple to advanced tutorials for all students Part-1For the students of 12th standard electronics and engineering here is the simple explanation of working of 1:4 Line Demultiplexer using Basic Gates. This circuit simulation will give you a very clear idea about the working of 1:4 line demux using basic gates.
Read More Basic tutorial 1:4 Line Demultiplexer using Basic GatesWe know that the Mux is called as data selector circuit because out of number of data inputs it can select a particular signal and produce it at the output.
Read More Basic tutorial 4:1 Line Multiplexer using Basic GatesWatch the video to understand the four possible state of this circuit. Remember that the first state of this circuit is forbidden state. Hence this circuit generally not used in any explanation or even in any applications.
Read More Understanding RS Flip Flop using NOR & NAND GatesUnderstanding De Morgan’s Theorems is very easy. If you learn them step-by-step, then you can grasp the complete understanding of the theorems.
Read More Basic tutorials De Morgan TheoremsIn full adder, there are three inputs A,B,C – where A is at MSB and C is at LSB position. There are two outputs SUM and CARRY – SUM is at MSB and CARRY is at LSB.
Read More Understanding the Full Adder circuit with animation