MOS Transistor (Basics, Types, Structure & Working of n channel MOSFET) Explained

MOS Transistor is explained with the following timecodes:

0:00 - VLSI Lecture Series.
0:11 - Outlines on MOS Transistor
0:32 - Basics of MOS Transistor
1:46 - Types of MOS Transistor
3:04 - Structure of n channel MOSFET
5:11 - Working of n channel MOSFET in Cut off region
8:00 - Working of n channel MOSFET in Linear region
10:44 - Working of n channel MOSFET in Threshold of Linear region
12:49 - Working of n channel MOSFET in saturation region

Following points are covered in this video:

0. MOS - Metal Oxide Semiconductor
1. MOS Transistor, MOSFET
2. Basics of MOS Transistor
3. Types of MOS Transistor
4. Structure of n channel MOSFET
5. Working of n channel MOSFET

Here, In working of n channel MOSFET, i have explained three different regions of working
1. Cut off region of MOSFET
2. Linear region of MOSFET
3. Saturation region of MOSFET

Chapter-wise detailed Syllabus of the VLSI Course is as follows:

Evolution of Logic complexity, VLSI Design methodologies, Full Custom design and Semi Custom design, VLSI terminologies, Package Technology of IC, VLSI Design flow, Importance of CAD tools in VLSI, Comparison of FPGA, CPLD, PLC, DSP, Microcontroller and Microprocessor.

CMOS Fabrication process, Twin Tube CMOS Fabrication Process, Photolithography, Ion Implantation.

Two Terminal MOS structure, Flat band voltage, MOS under external bias, MOSFET, Threshold voltage of MOSFET, Gradual Channel Approximation of MOSFET, Channel Length Modulation of MOSFET, Substrate Bias Effect in MOSFET, MOSFET Capacitances, nMOS and pMOS, Examples on MOS, MOSFET, nMOS and pMOS.

nMOS Inverter, Noise Margin and Transfer characteristics of nMOS Inverter, Resistive Load Inverter, Depletion Load nMOS Inverter, CMOS Inverter, Voltage Transfer characteristics of CMOS Inverter, Parameters of CMOS Inverter, Examples on CMOS Inverter, Propagation delay of CMOS Inverter.

CMOS Circuits rules, CMOS NAND gate, CMOS NOR gate, Boolean function using CMOS, CMOS Multiplexer, CMOS SR Latch using NOR gates, CMOS SR Latch using NAND gates, CMOS D Latch, CMOS SR Flip Flop using NOR gates, CMOS JK Flip Flop using NOR gates, Stick Diagram, CMOS Transmission Gate, Multiplexer using Transmission gates, D Latch using Transmission gates, Boolean function implementation using transmission gates.

Dynamic CMOS, Cascading issues of dynamic CMOS, Comparison of static CMOS and Dynamic CMOS, Domino Logic CMOS, Charge sharing in Dynamic CMOS, Boolean function implementation using dynamic CMOS, NORA CMOS logic, Boolean function implementation using NORA CMOS, Voltage Bootstrapping, Latch Up in CMOS and Latch up prevention steps, FinFET Technology.

On Chip Clock Generation, Ring Oscillator, Clock Distribution, Faults in Integrated circuits, BIST - Bult In Self Test in Integrated circuit, Stuck at Fault.

Engineering Funda channel is all about Engineering and Technology. Here this video is a part of VLSI.

#MOS #VLSI #VlsiDesign @EngineeringFunda

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[sukhdarshanvinayak]

tremendous video sir 😍😍😍😍😍😍😍😍😍😍 my collage teachers can't explain me what is MOSFET but u explained me in just 17 min 😍😍😍😍 you are amazing sir..

[mishram]

I don't have any suggestions but I thoroughly enjoy your materials. Thank you !!

[pratikmakwana]

I am thankful to each and every video of

[rashi_]

Really grate explanation thanks a lot 😢

[abhishekbal]

Amazingly explained sir. No one could have done It better

[saipavand]

sir reduce the ads a little bit, i know you need ads for revenue, but it is becoming a bit inconvinient to skip ads for every 3 min

[divyanshmathur]

Thank you soo much sir for your video lectures, The way you arrange topic wise and explain each and every topic is really appreciable...

Respect++

[Bedanta_Bora]

Sir can you make a video on Derivation of 𝐼 𝐷 𝑆 of a n-channel MOSFET operating inlinear and saturation region

[shubhanshujain]

Sir, you explained the working very well but please try to explain things in more detail like why pinch-off occurs and why velocity is greater than drift velocity. It will help those students too who are willing to make VLSI as their career. I love watching your video. Thanks sir.

[chiragahir]

Sir I need videos for VLSI design. please make playlist for VLSI circuit design

[ManojSingh-qitb]

thanku sir 🙏🙏🙏
u r amazing teacher sir....

[coucinhapalavrante]

Professor, you talk of variation of 'thickness of inversion layer' but haven't shown yet how to calculate that. Should I interpret 'thickness of inversion layer' as a mere illustration of density of electrons here, as I guess calculation is difficult as there probably is not much of a vertical field in the inversion layer? Then further you refer to 'no need for high velocity electrons'. Should I relate that to my question (video 24, "Channel length modulation in MOSFET") on channel length modulation in that in the channel there is a drift current, and where the channel has been 'pinched off' there is a current maintained by 'high velocity electrons'? If that is so, then is there analogously also a current due to high velocity electrons when Vgs approaches Vto from below while a (high?) Vds is present? Or am I rascaling here...? :)

[jk]

Super sir continue more videos....do videos on how circuits designed on pcb....vlsi Once tq sir...

[vyaskaushik]

Sir pls upload a lecture series on verilog HDL from basics to advanced concepts

[riyakohli]

Where is p channel mosfet in cut off region
Linear region
Saturation region
????

[amualtolakew]

the app is not working in my phone...it shows an error not valid phone number

[meetkhatri]

Sir isn't there inversion channel because of presence of electrons? If we increase the drain voltage, shouldn't the electron accumulate at drain and thereby increasing the inversion layer at the drain?

[manashdebnath]

sir pls try to remove the add banner which pop at the bottom.it disturbs

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