For notes check this link: www.allaboutelectronics.org/mosfet-amplifire-with-active-load/ Correction (Please note): At 8:08 For the PMOS transistor, instead of Vt, it should be |Vt|. That means Vsd should be greater than or equal to Vsg - |Vt| At 11:11, instead of Vt in the equation, it should be |Vt| for PMOS transistor.
This together with the cascode amplifier video saved my life, my lecturer spend one and half hour to explain these stuff and only end up confusing everybody.....Thank you!
You can check the JFET and MOSFET playlist. The playlist also covers the solved examples. Here is the link: ruclips.net/p/PLwjK_iyK4LLC-tRT_Uml3T-ifdcmuykjV&si=V4SrwwrqHmmr5k9a
Hi thank you for the videos, I have a burning question and I really hope you can help me out please!! I am requires to design an amplifier with |Av|= 100V/V and drives a load between 10k to 1M. VDD=5V and Vin= 0.01sin(2pi1000t). I need to simulate this on cadence, may I know what are the steps required?
Sir I'm a little confused with gm expressions why we can't use gm=2Id/Vgs-Vt? In this case we have another answer. I watched the lesson about gm, it didn't help me
@@creativearyaninnovative1846 There is a separate channel for that. ALL ABOUT ELECTRONICS- Quiz. You will find the link for the same in the description or on the channel page. Please check that channel for numericals.
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For notes check this link: www.allaboutelectronics.org/mosfet-amplifire-with-active-load/
Correction (Please note):
At 8:08 For the PMOS transistor, instead of Vt, it should be |Vt|. That means Vsd should be greater than or equal to Vsg - |Vt|
At 11:11, instead of Vt in the equation, it should be |Vt| for PMOS transistor.
This together with the cascode amplifier video saved my life, my lecturer spend one and half hour to explain these stuff and only end up confusing everybody.....Thank you!
Amazing series of tutorial,hope you keep updating 😊
Amazing series of tutorial, hope you keep updating!!
This is a nice circuit in RF when you can couple the input the the bias node as well for twice the gain.
from the bottom of my heart thank you
ro for PMOS can be noticeably larger than ro for NMOS as transistors get smaller, so clever sizing can give you an intrinsic gain amplifier.
It will be great video series. Thanks a lot 👍
Very nice explaination ❤❤
Finally, Active load 💛
Thank you!!!! You explain this so well!!!!!
Excellent tutorial!
AS USUAL YOU ROCK 👍👍👍
Hi, thanks for amazing videos. What is the right video to start from lecture 1 on MOSFET working and going towards building complex circuits?
You can check the JFET and MOSFET playlist. The playlist also covers the solved examples.
Here is the link: ruclips.net/p/PLwjK_iyK4LLC-tRT_Uml3T-ifdcmuykjV&si=V4SrwwrqHmmr5k9a
Well Explained..
Hi thank you for the videos, I have a burning question and I really hope you can help me out please!! I am requires to design an amplifier with |Av|= 100V/V and drives a load between 10k to 1M. VDD=5V and Vin= 0.01sin(2pi1000t). I need to simulate this on cadence, may I know what are the steps required?
The extra current is nice in a active loaded circuit, but the noise of the PMOS device is much higher than a resistor.
Sir I'm a little confused with gm expressions why we can't use gm=2Id/Vgs-Vt? In this case we have another answer. I watched the lesson about gm, it didn't help me
What is going to happen if we use 2 NMOS transistors for Common Source Amplifier with Active load?
I have already made video on cascode configuration. Please check that for more information.
Isn't your placement of the DC blocking capacitor wrong?
Would you please mention the timestamp, where you are referring in the video ?
Thank you
Sir
I have some confusion
Regarding video? Let me know here.
Sir aap numerical nahi include karte h
Kindly upload more numerical problem
With solved example
@@creativearyaninnovative1846 There is a separate channel for that. ALL ABOUT ELECTRONICS- Quiz.
You will find the link for the same in the description or on the channel page.
Please check that channel for numericals.
Good
Take your time to pronunciate i cant understand you