43:09

AE Lecture 18.a) Frequency response of Opamp amplifiers with finite opamp UGB

59:56

MS/Mtech in top schools of USA vs India (Stan/Berk/MIT/UCLA vs IITM/IITK etc.,)

32:19

AE Lecture 17) An interesting diode peak detector (old GATE problem) or AC-to-DC converter problem

16:25

SAS Problems Lec 3: An interesting problem on Nyquist sampling with delay (GATE 2025)

36:37

AE Lecture 16. c) Frequency response of practical differentiator

41:05

AE Lecture 16. b) Frequency response of practical integrators and differentiators

29:36

AE Lecture 16. a) Frequency response of Integrators and differentiator circuits

59:10

AE Lecture 15. b) Pulse response of first order lowpass and highpass filters

31:17

AE Lecture 15. a) Pulse response of Integrators and Differentiators

31:54

AE Lecture 14) Interesting realizations of Integrators and differentiators

38:05

AE Lecture 13. b) Input offset voltage and noise in integrators and differentiators

24:39

AE Lecture 13. a) : Impact of finite gain and offsets in opamp circuits

01:03:10

AE Lecture 12: Deeper look at Slew rate and finite bandwidth of opamps

01:04:14

AE Lecture 11 : Practical Opamps - Slew rate, Input voltage range, short circuit current etc.,

54:12

AE Lecture 10 : Practical opamps - Input bias current and offset current

46:57

AE Lecture 9: Pratical opapms - Offset and noise

39:04

AE Lecture 8. b) : Practical opamp basics: Offset and offset nulling circuits

43:55

AE Lecture 8.a) : Practical opamp basics- Gain and gain-bandwidth product

43:00

AE Lecture 7: A quick history of practical Opamps

11:39

AE Lecture 6. c) Problems on opamp based level shifter circuits

01:10:21

AE Lecture 6.b) Problems on opamp based circuits (part 2)

29:38

AE Lecture 6.a) Problems on understanding virtual ground in opamps

42:26

AE Lecture 5 : Analysis of opamp circuits with saturating non-linear characteristics

48:58

AE Lecture 4.b) A deeper look at virtual ground in opamp circuits

22:27

AE Lecture 4.a) Virtual Ground in circuits with feedback

35:21

AE Lecture 3: Opamp based arithmetic circuits (part 2)

55:12

AE Lecture2: Opamp based arithmetic circuits

55:19

AE Lecture1: Feedback basics and opamp based arithmetic circuits

03:57

Analog Electronics: Undergraduate level course on Electronic system design

11:48

Schmitt trigger doubt explanation (part 2)

12:55

LC circuit doubt explanation

23:08

Advice to Gen-Z engineers (part-1)

53:44

AIC Lecture 58) Flipped voltage follower vs Super source follower. (dc characteristics)

05:07

OC Lecture 17.a) Some corrections to OC Lecture 17

19:14

OC Lecture 17) A non-inverting integrator circuit undergoing open loop to closed loop transition

20:16

AIC Lecture 57) An interesting differential amplifier circuit with asymmetric loads and inputs

51:47

CMOS OPAMP Lec 2) Single ended amplifier design problem- Qualitative approach

24:41

AIC Lecture 56) Flipped voltage followers (FVF) basics: Part1- Analysis using control theory

27:15

OC Lecture 16) An interesting opamp based Transimpedance amplifier circuit

39:51

ES Lecture 53: Intuitive analysis of second order circuits (Part 1)

27:17

MS or NO MS: Thoughts on Masters programs in India MS(research) vs MTech vs Industry sponsored MS.

36:32

MS or NO MS: Thoughts on MS in EE - Part 2

09:39

MS or No MS: Thoughts on MS in EE - Part 1

18:24

Interaction with undergraduates on research in Analog/RF

27:38

OC Lecture 15) Opamp based dc level shifter circuits

29:03

AIC Lecture 55: Basics of supply vs ground referred RC filtering in current mirrors

14:29

SAS problems Lec 2: Integral of sinc and squared sinc functions using Duality property

14:39

SAS Problems Lec 1: A non trivial identity system problem

01:35

Virtual classrooms: Small clarification on eligibility and preferences

17:16

Virtual Classrooms for Undergraduates (Sophomores)- Announcement

45:29

Analog-Discussions with Undergraduate/Graduate students. Lecture 1

21:40

AIC Lecture 54) An interesting CMOS Level Shifter Circuit

11:41

OC Lecture 15) A problem on power delivered by an Opamp

07:42

OC Lecture 14 : Analysis of an opamp circuit with equal negative and positive feedback

27:06

OC Lecture 13) An interesting stability problem in a logarithmic amplifier

17:16

OC Lecture 12) A problem of realising nonlinear functions using opamps

19:33

AIC Lecture 53.a) MOS leakage cancellation circuit using current mirror

39:36

AIC Lecture 53) A MOS gate leakage cancellation circuit problem

23:04

AIC Lecture 52) Transient response of an Opamp based circuit problem (series Regulator circuit)

33:27

AIC Lecture 51) Frequency response of a Non inverting integrator circuit problem.