47:30

Analog Electronics lecture 6 Eng & Telugu/ Op-amp-1/ Google meet live sessions

01:07:44

Analog Electronics lecture 5 Eng & Telugu/ Diode circuits-2 (Google meet live sessions)

01:01:41

Analog electronics lecture 4 Eng & Telugu / Diode circuits-1/ ( Google meet live sessions)

01:27:17

Boolean algebra ACE notes revision / Google meet live sessions(Eng & Tel)

09:59

Op amp detailed introduction / current summing and voltage summing nodes

01:19

IISc Bangalore MS research interview experience/promo

10:19

General Configuration of negative(-ve) feedback circuits.

01:23:31

Analog electronics lecture 3 Eng&Telugu (Google meet live sessions)

01:25:01

Analog electronics lecture 2 Eng&Telugu ( Google meet live sessions)

52:55

Analog electronics lecture 1 Eng&Telugu ( Google meet live session )

04:22

Analog(BJT) Numerical question

07:50

Compensating resistance Analog Numerical question solved

05:53

Miller's theorem & Miller resistances

06:53

Positive feedback analog numerical solved - GATE 2020

02:06

Simulation of negative resistance

01:55

Bootstrap circuit

06:06

Justification to explain MOSFET can be used as an Amplifier

12:08

Amplifiers numerical question

04:59

Thevenin's resistance using VI method - numerical question

10:14

Transresistance Amplifier- CCVS( Current Controlled voltage source)

07:09

Transconductance Amplifier- VCCS( voltage controlled current source)

07:23

Current Amplifier-CCCS(Current Controlled Current Source)

08:12

Voltage amplifier - VCVS ( voltage controlled voltage source)

13:24

All about Amplifiers

24:38

GATE preparation strategy to get below AIR 1000 / tips to crack gate in 1 st attempt

19:28

Vlotage division and current division short cut techniques (VDR & CDR)

10:29

Op amp as a black box

03:30

Medha servo drives pvt.ltd // how I got selected // tips to crack it

03:21

NPTEL certification without watching videos || Tips to get good percentage

05:22

Veda IIT Analog design - How I got selected in Veda IIT as analog design engineer|| tips to crack it

07:02

PN junction diode under no Bias/ equilibrium case

13:20

Drift and Diffusion current

09:47

How oscillator circuit is producing output?

09:11

What is operating / Q-point and why is it important?

18:33

Matched filter - High signal to noise ratio filter

06:50

Wein bridge circuit - AC bridge

06:27

Schering bridge - AC bridge

12:17

Anderson bridge - AC bridge

06:08

Maxwell's inductance capacitance bridge

05:14

Maxwell's inductance bridge - AC bridge

07:36

Kelvin's bridge - DC bridge

08:02

Wheatstone bridge - DC bridge

07:00

Why DC bias required?

04:05

Synchronous counter analysis - 2

04:58

Synchronous counter analysis

14:42

MOD 6 synchronous up counter design

10:58

Synchronous 2 bit down counter and Up-down counter

09:43

Introduction to counters and 2 bit synchronous up counter

15:24

What exactly is a FLIP FLOP? Background behind flip-flop

10:30

D flip-flop to JK flip-flop conversion

07:46

JK flip-flop to T flip-flop conversion

12:06

SR to JK flip-flop conversion : sequential circuits

07:47

T-flip-flop : sequential circuits

05:56

JK flip-flop : sequential circuits

03:57

D flip flop - sequential circuits

09:13

SR flip flop - sequential circuits

07:53

D-latch, JK latch, T latch - sequential circuits

12:35

SR LATCH - sequential circuits

10:04

NAND based memory element, why Latches?

15:16

NOR based memory element - Sequential circuits introduction