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Engineers Learning Hub - Dr. Irfan Ahmad Pindoo
India
Registrace 8. 08. 2011
Fundamentals of Semiconductor Devices || Revision Series || Part-02
Time stamps for Chapters:
0:00 Introduction
0:16 MOSFET Basics
1:50 Types of MOSFET
4:33 MOSFET Symbols
7:32 Constructional Details of N-Channel E-MOSFET
10:35 Operation of N-Channel E-MOSFET
16:22 Introduction to Operational Amplifier (Op-Amp)
20:22 Ideal Characteristics of an Op Amp
32:08 Configurations of OP-Amp
34:27 Inverting and Non-Inverting Configuration in an Op Amp
35:23 Concept of Virtual Short and Virtual Ground
36:34 No Current inside an Op Amp
37:22 Inverting Op Amp Gain Analysis
40:05 Inverting Op Amp Gain Analysis
42:09 Unity Gain Buffer
44:08 Applications of an Op Amp
0:00 Introduction
0:16 MOSFET Basics
1:50 Types of MOSFET
4:33 MOSFET Symbols
7:32 Constructional Details of N-Channel E-MOSFET
10:35 Operation of N-Channel E-MOSFET
16:22 Introduction to Operational Amplifier (Op-Amp)
20:22 Ideal Characteristics of an Op Amp
32:08 Configurations of OP-Amp
34:27 Inverting and Non-Inverting Configuration in an Op Amp
35:23 Concept of Virtual Short and Virtual Ground
36:34 No Current inside an Op Amp
37:22 Inverting Op Amp Gain Analysis
40:05 Inverting Op Amp Gain Analysis
42:09 Unity Gain Buffer
44:08 Applications of an Op Amp
zhlédnutí: 128
Video
Fundamentals of Semiconductor Devices || Revision Series || Part-01
zhlédnutí 138Před 3 měsíci
Time stamps for Chapters: 0:00 Introduction 0:22 Types of Materials 4:15 Advantages of Semiconductors 6:11 Disadvantages of Semiconductors 8:08 Types of Semiconductors 8:32 Intrinsic Semiconductors 11:05 Concept of Hole Current 14:57 Doping in Semiconductors 17:50 Extrinsic Semiconductors (N-Type and P-Type) 19:40 PN Junction diode 21:55 Biasing of PN Junction diode 31:12 VI Characteristics of ...
Fundamentals of D.C and A.C. Circuits || Revision Series || Part-02
zhlédnutí 120Před 3 měsíci
0:00 Introduction 0:15 Voltage Division Rule 2:49 Current Division Rule 5:05 Thevenin Theorem 10:25 MCQs on Thevenin Theorem 13:22 Numerical Problem on Thevenin Theorem 19:12 Norton Theorem 21:14 Numerical Problem on Norton Theorem 25:45 AC and its Comparison with DC 27:46 Basic Terminologies used in AC 33:35 RMS (Root Mean Square) in AC 36:44 Numerical Problem 1 on AC fundamentals 39:06 Numeri...
Fundamentals of D.C. and A.C Circuits || Revision Series || Part-01
zhlédnutí 359Před 3 měsíci
Embark on an informative journey through the foundational concepts of electrical engineering in this comprehensive video. Designed for beginners and anyone eager to reinforce their understanding of core principles, this guide explores essential electrical concepts and analysis techniques. Begin with an introduction to fundamental electrical quantities, such as voltage, current, and power, which...
Carry Look Ahead Adder| 4-Bits | 17 | Combinational Circuits | Digital Electronics
zhlédnutí 188Před rokem
This video explains Carry Look Ahead Adder in detail
Ripple Carry Adder| 4-Bits | 16 | Combinational Circuits | Digital Electronics
zhlédnutí 150Před rokem
This video discusses working of 4- bit RCA
Realization of Full Subtractor using NAND gates only |15|Combinational Circuits| Digital Electronics
zhlédnutí 533Před rokem
This video discusses realization of Full Subtractor using NAND gates only
Realization of Half Subtractor using NOR gates only |14| Combinational Circuits |Digital Electronics
zhlédnutí 118Před rokem
This video discusses about realization of Half Subtractor using NOR gates only
Realization of Half Subtractor using NAND gates only |13|Combinational Circuits |Digital Electronics
zhlédnutí 201Před rokem
This video discusses realization of Half Subtractor using NAND gates only
Realization of Full Adder using NAND gates only | 12 | Combinational Circuits | Digital Electronics
zhlédnutí 90Před rokem
This video discusses Realization of Full Adder using NAND gates only.
Realization of Half Adder using NOR gates only | 11 | Combinational Circuits | Digital Electronics
zhlédnutí 39Před rokem
This video discusses about the implementation of Half Adder using NOR gates only
Realization of Half Adder using NAND gates only || 10 ||Combinational Circuits | Digital Electronics
zhlédnutí 64Před rokem
This video discusses the implementation of Half Adder using NAND gates only
Implementation of Full Subtractor using Half Subtractors || 09 || Combinational Circuits
zhlédnutí 109Před rokem
This video provides the details regarding implementation of Full Subtractor using Half Subtractors
Full Subtractor || 08 || Combinational Logic Circuits || Digital Electronics
zhlédnutí 111Před rokem
This video explains the design procedure for implementing a full subtractor circuit.
Half subtractor || 07 || Combinational Logic Circuits
zhlédnutí 135Před rokem
This video explains the design procedure steps for Half Subtractor circuit.
Implementation of Full Adder using Half Adders || 06|| Combinational Logic Circuits
zhlédnutí 100Před rokem
Implementation of Full Adder using Half Adders || 06|| Combinational Logic Circuits
Full Adder || 05 || Digital Electronics
zhlédnutí 107Před rokem
Full Adder || 05 || Digital Electronics
Half Adder || 04 || Digital Electronics
zhlédnutí 93Před rokem
Half Adder || 04 || Digital Electronics
BCD to Excess-3 Code Conversion using Design Procedure Steps || 03 || Digital Electronics
zhlédnutí 145Před rokem
BCD to Excess-3 Code Conversion using Design Procedure Steps || 03 || Digital Electronics
Design Procedure of Combinational Circuits || 02 || Digital Electronics
zhlédnutí 153Před rokem
Design Procedure of Combinational Circuits || 02 || Digital Electronics
Introduction to Combinational Logic Circuits || 01 || Digital Electronics
zhlédnutí 369Před rokem
Introduction to Combinational Logic Circuits || 01 || Digital Electronics
Video # 5 | Digital Electronics | Number System | Ques 5 | Solved GATE problem.
zhlédnutí 199Před 2 lety
Video # 5 | Digital Electronics | Number System | Ques 5 | Solved GATE problem.
Video # 4 | Digital Electronics | Number System | Ques 4 | Solved GATE Problem.
zhlédnutí 107Před 2 lety
Video # 4 | Digital Electronics | Number System | Ques 4 | Solved GATE Problem.
Digital Electronics | Number System | Hexadecimal and BCD code | Question 3
zhlédnutí 139Před 2 lety
Digital Electronics | Number System | Hexadecimal and BCD code | Question 3
Video 2 | Digital Electronics | Solved GATE / IES / PSUs Questions | ECE, CSE, EE, and IN branches
zhlédnutí 113Před 2 lety
Video 2 | Digital Electronics | Solved GATE / IES / PSUs Questions | ECE, CSE, EE, and IN branches
Digital Electronics || Solved GATE / IES / PSUs Questions || for branches ECE, CSE, EE and IN.
zhlédnutí 309Před 2 lety
Digital Electronics || Solved GATE / IES / PSUs Questions || for branches ECE, CSE, EE and IN.
Quick Revision of Transformers and Motors (Unit 3: ECE 131)
zhlédnutí 959Před 2 lety
Quick Revision of Transformers and Motors (Unit 3: ECE 131)
Numericals Based on Dependent Energy Sources || Superposition Theorem
zhlédnutí 295Před 3 lety
Numericals Based on Dependent Energy Sources || Superposition Theorem
Use of Scientific Calculators for AC Circuit Analysis || Using a FREE app || Android Version
zhlédnutí 25KPřed 3 lety
Use of Scientific Calculators for AC Circuit Analysis || Using a FREE app || Android Version
Happy teachers day sir✨🙏
Thank you dear! God bless you!
sir can you also make a video explaining 8t sram .
very complete and great video about the structure of SRAM cell and its working on CZcams.. Thanks a lot
Thank you sir
❤❤
thank youuu sooooo muchhh sirrrr excellent teaching 👌🏻
Thanks Sir
Thanks Sir
Thanks Prof
Thanks Sir
sir my question is in read operation both bitline and bitline bar can be 1 but in write operation it can be complementary to each other?
well I'm just guessing but, it is because in read operation bit lines are to be read(i.e. as output) so we just precharged them to vdd/2) but in write operation we are taking inputs from bit lines that's why they are complemented to make ckt faster as mentioned.
Ok thanku sir
@@sairatfanpagesaivirat1827 no problem 🙌
Didn't understand from 9:03
What is vdd
Voltage supply. V for voltage and dd indicates drain terminal of the MOSFET
best explanation...crisp n clear....Thankyou sir
4T sram is actually larger in size compared to 6T
great video...u explained very clearly and saved a lot of time of mine...Thank u
thx u sir
Great explanation
thanks
Bro thank you so much for the video
Great learning channel
Very useful
Thanks
How to press 9C1 ??
Please share the slides
Sir i need your help....
Mail at: irfan.pindoo@gmail.com
Nice video sir 👍
Best teacher (2019 batch btech cse)
it's great that you did explain all the basic but related stuff for us, so it's pretty easy to catch up with your flow. I've watched a few but your video is the most clear and straiforward. Thank u for a wonderful explaination. Cant wait to see your next video on the write operation.
Please video make in urdu or hindi
Sir yehi Hindi me bhi to pada sakte ho .....
Best! Thank you
Kudos...you boosted my understanding on read/write Operation
Hello Dr. Irfan. Kindly, I am using cadence Ordad. I am wondering, how could I calculate the different types of delay as well as the power consumption of the SRAM. Thank you in advance
Hello sir, i do not understand that in read operation , why BL and BL bar is connected to VDD ? , hoping your help sir
great simple explanation! thank you ;)
Sir how sram(6T) size is smaller compared to dram(1T).Even capacitor is also of small size right! Could you please clarify it sir.
I have to teach this to a student I'm tutoring and I'm dying 😭😱 I'm from back in the day when they wouldn't let you use calculators. Now I'm playing catch up.
Very nice video thank you
Can I get the notes, sir?
alright!
easy to understand the operation of sram by your video. Thank you sir.
thank you so much sir for clear & clear explanation
Where is previous video of sram?
Sir voltage is responsible for braking of wire or current is responsible.
Current is produced due to the voltage, as per Ohm's law. So, effect is same
Ok
very much simply yet content fully explained sir!!! Hat's off!!
Thank you for posting such instructive content on PROM !
Very good video on programmable logic devices. Step by step and clearly explained.
Thankyou so much I got an clear explanation in ur channel👍
Write operation of SRAM ??
Sir this playlist plz