MOSFET- High Gain Differential Amplifier (Cascode Differential Amplifier) Explained @ALLABOUTELECTRONICS

Uploaded July 2021 | Updated September 2026, 3 weeks ago

In this video, the basic design of the High Gain Differential Amplifier (Cascode Differential Amplifier) is explained with the solved example.

The following topics are covered in the video:
0:00 Introduction
1:51 Differential Amplifier with Current Source Load
8:16 Cascode Differential Amplifier
14:13 Solved Example

The handwritten notes on Cascode Differential Amplifier:
allaboutelectronics.org/cascode-differential-amplifier

High Gain Differential Amplifier:

The typical differential gain of the MOS differential pair is very low. Using the cascode configuration, the gain of the differential amplifier can be increased significantly. In this video, the Cascode Differential Amplifier configuration is explained with solved example.

The other useful videos related to MOSFET:

1) Cascode Amplifier:
youtu.be/uFxXgDCLhGw

2) MOS Differential Amplifier
youtu.be/IYR-FxjAym0

3) MOS Differential Amplifier (Small Signal Analysis)
youtu.be/nWz6JGyT_fo

4) MOS Differential Amplifier (Large Signal Analysis)
youtu.be/gc7Yct-8HdM

This video will be helpful to all the students of science and engineering in understanding the basics of the High Gain Differential Amplifier (Cascode Differential Amplifier).

#ALLABOUTELECTRONICS
#DifferentialAmplifier
#CascodeDifferentialAmplifier

Support the channel through membership program:
youtube.com/channel/UCBkOVp1Cqz4MR0LYR8vKpZg/join
--------------------------------------------------------------------------------------------------
Follow my second channel:
youtube.com/channel/UCGA2TO8ylVqFHpucwn_6Jlw

Follow me on Facebook:
facebook.com/ALLABOUTELECRONICS

Follow me on Instagram:
instagram.com/all_about.electronics
--------------------------------------------------------------------------------------------------
Music Credit: bensound.com

MOSFET- High Gain Differential Amplifier (Cascode Differential Amplifier) Explained

SOP and POS Form : Non Canonical to Canonical Form Conversion of Boolean Expression

Why Zero Ohm Resistors are used in Electronics ?

Voltage Shunt Feedback Amplifier Explained | Feedback Amplifier

$Binary Division Explained (with Examples) In this video, the procedure for Binary Division is explained using solved examples. Binary division is a process of dividing a binary number with another binary number. The result of the division is quotient and remainder. The quotient is the binary number that represents the number of times the divisor can be subtracted from the dividend. And the remainder represents the amount that is left after subtracting the divisor from the dividend. This video explains the Binary Division Procedure along with solved examples. And at the last, the division of fractional binary numbers is also explained using example. This video will be helpful to all the students of science and engineering in understanding Binary Division. The link for the other useful videos related to Binary Arithmetic: 1) Binary Addition and Subtraction: https://youtu.be/AE-27BSbkJ4 2) Binary Multiplication: https://youtu.be/hK1OYxYpwEc 3) Addition and Subtraction using 2s Complement Arithmetic: https://youtu.be/brM0tpBAx8U 4) Binary Division Circuit (Combinational Divider Circuit) https://youtu.be/Wf_1mf6yCoc 5) Digital Electronics (Playlist): https://youtube.com/playlist?list=PLwjK_iyK4LLBC_so3odA64E2MLgIRKafl Timestamps: 0:00 Introduction 2:00 Example 1 6:30 Example 2 10:09 Example 3 (Fractional Binary Numbers) #allaboutelectronics #digitalelectronics #binarydivision Support the channel through a membership program: https://www.youtube.com/channel/UCBkOVp1Cqz4MR0LYR8vKpZg/join Follow my second channel: https://www.youtube.com/channel/UCGA2TO8ylVqFHpucwn_6Jlw Follow me on Facebook: https://www.facebook.com/ALLABOUTELECRONICS/ Follow me on Instagram: https://www.instagram.com/all_about.electronics/ Music Credit: http://www.bensound.com$

D to SR Flip Flop, D to JK Flip-Flop, and D to T Flip-Flop Conversion | Flip-Flop Conversion

Solved Problems on CMOS Logic Circuits | Digital Electronics

How Schottky Diode is Different from Normal Diode? #allaboutelectronics

How to Draw a State Transition Diagram? Analysis of Clocked Sequential Circuits

Floating Point Numbers | Fixed Point Number vs Floating Point Numbers

$Inverse Laplace Transform using Partial Fraction Expansion (Part-2) In this video, how to find the Inverse Laplace Transform using the Partial Fraction Expansion method is explained through various solved examples. Here is the list of topics covered in the video: 0:00 Introduction 2:40 Example 1 (Partial Fraction Expansion for real and non-repeating roots) 7:40 Examples 2 and 3 (Partial Fraction Expansion for real and repeating roots) 18:45 Example 3 (Partial Fraction Expansion for Complex roots) While finding the Inverse Laplace Transform using the Partial Fraction Expansion method, we may encounter three types of roots in the denominator Polynomial. 1) All real and non-repeating roots 2) Real and Repating roots 3) Both Real and complex roots In this video, how to perform the partial fraction expansion for all three cases is explained using examples. Other useful videos related to Laplace Transform: 1) What is Laplace Transform? Why we are using it in the circuit analysis? https://youtu.be/GK-o6RXjROY 2) Laplace Transform of Basic Function: https://youtu.be/KWcRYnyWDCo 3) Laplace Transform Properties (Part-I) https://youtu.be/3oTsZwaLjE8 4) Laplace Transform Properties (Part-II) https://youtu.be/nx9M5rnXKXk 5) Initial and Final Value Theorem: https://youtu.be/h1JYBSkJoxw 6) Laplace Transform of Periodic Functions https://youtu.be/6X_bh-hRgpw 7) Inverse Laplace Transform (Part-1): https://youtu.be/9HSrMDocc0c This video will be helpful to all the students of science and Engineering for understanding, how to find the Inverse Laplace Transform using the Partial Fraction Expansion Method. #allaboutelectronics #laplacetransform #networkanalysis #partialfractionmethod Support the channel through membership program: https://www.youtube.com/channel/UCBkOVp1Cqz4MR0LYR8vKpZg/join Follow my second channel: https://www.youtube.com/channel/UCGA2TO8ylVqFHpucwn_6Jlw Follow me on Facebook: https://www.facebook.com/ALLABOUTELECRONICS/ Follow me on Instagram: https://www.instagram.com/all_about.electronics/ Music Credit: http://www.bensound.com$

Types of Crystal Oscillators Explained | TCXO, OCXO, VCXO Explained