Differential Amplifier | Differential and Common mode gain | Common mode rejection ratio
In this video, what is Common Mode Rejection Ratio (CMRR) in op-amp and what is the importance of CMRR has been explained with the example.
In this video, the inverting Op-Amp configuration and the concept of virtual ground in Op-Amp has been discussed.
When an amplifier's output waveform doesn't have the exact same shape as the input waveform, then the amplifier is nonlinear.
In this video, the inverting and the non-inverting summing amplifiers using op-amp has been discussed along with the derivations.
In this video, op-amp integrator circuit has been discussed (with derivation) and few examples have been solved based on this op-amp integrator circuit.
In this video, op-amp differentiator circuit has been discussed (with derivation) and few examples have been solved based on this op-amp differentiator circuit.
In this video, the large-signal model of the BJT has been explained.
In this video, Active Low pass Filter and Active High Pass filters have been discussed.
This video is about Independent and Dependent Sources in the electrical circuits.
In this video, the log and antilog amplifier circuits using op-amp and their applications have been discussed.
In this video, the triangular waveform generator circuit has been discussed and the triangular waveform has been generated using the astable multivibrator and the integrator circuit. (with design and simulations)
In this video, Schmitt trigger circuits are explained. After watching this video you will learn what is Schmitt trigger, how Schmitt trigger works, and how it can be designed using the op-amp.
In this video, the Comparator circuit and its different configurations like inverting comparator, Non-Inverting Comparator, and window comparator have been explained.