24:05

Virtual Ground Vs Real Ground || Can they be Shorted??

11:06

Type-II PLL modeling in Matlab and LTSpice

31:47

Type II PLL || Loop Dynamics Part 2

16:32

Type II PLL || LTSpice Implementation

41:04

Type II PLL|| Charge Pump and Loop Dynamics

41:22

Type-II PLL || Phase and Frequency Detector (PFD)

40:58

Type-I PLL || Loop Dynamics

42:10

Voltage Controlled Oscillator (VCO) || PLL Design

44:38

Introduction to Phase Locked Loop || PLL

01:19:45

Mid-Sem Solution Discussion

30:35

Lec 21: CS Amplifier

24:35

Lec 20: CMOS Technology

44:33

Lec 19: Introduction to MOSFETs

18:29

Lec 18: Op-Amp Circuits -II

01:01:19

Lec 17: Operational Amplifiers (Op-Amps)

15:15

Let 16: Common Base (CB) Amplifier

48:03

Lec 15: Common Collector (CC) Amplifier

44:03

Lec 14: Common Emitter Amplifier with Emitter Resistance

51:55

Let 13: Bandwidth of Amplifiers

41:02

Lec 12: Voltage Swing, Input and Output Impedance

51:14

Lec 11: Common Emitter Amplifier || Introduction to Electronics || IIT Bhubaneswar

42:54

Lec 10: Introduction to BJT || Introduction to Electronics || IIT Bhubaneswar

18:39

Understanding Small Signal Analysis Mathematically

34:52

Lec 9: Clippers, Clampers and Voltage Doubler || Introduction to Electronics || IIT Bhubaneswar

41:09

Lec 8: Small Signal Analysis of Diodes || Introduction to Electronics || IIT Bhubaneswar

28:42

TUTORIAL: Zener diode Voltage Regulation

46:50

Lec 7: Voltage Regulation with Zener Diode || Introduction to Electronics || IIT Bhubaneswar

01:02:25

Lec 6: Half-Wave and Full-Wave Rectifiers || Introduction to Electronics || IIT Bhubaneswar

37:29

Lec 5: Solving Diode Circuits || Introduction to Electronics || IIT Bhubaneswar

25:19

Lec 4: Diode Current Equation Derivation || Introduction to Electronics || IIT Bhubaneswar

40:34

Lec 3: PN junction || Introduction to electronics || IIT Bhubaneswar

30:23

Lec 2: Drift and Diffusion currents || Introduction to Electronics || IIT Bhubaneswar

38:16

Lec 1: n-type and p-type semiconductors || Introduction to Electronics || IIT Bhubaneswar

55:22

Lecture 7: Common Source Amplifier | Source Degeneration

40:43

Lecture 6: Simulation with LTSpice | Basics of SPICE and its models

34:28

Lecture 5: MOSFET Capacitances

42:40

Lecture 4: Small Signal Model of MOSFET

43:33

Lecture 3: MOS Characteristic Equations

37:19

Lecture 2: Introduction to MOSFETs

15:44

VLSI circuits and System - Introduction

01:06:05

Common Source Amplifier

48:24

State Diagram in Sequential circuits

11:23

Logisim Timing Analysis of D-Latch

10:38

LTSpice Tutorial for using 65nm and 180nm MOSFET Models

28:59

How to write a research or journal paper || Dr. Nijwm Wary || IIT Bhubaneswar

53:39

CMOS Transmission Gate

28:46

CE Amplifier

18:46

VI Characteristic of BJT part II

17:29

VI Characteristic of BJT part I

04:34

LTSpice tutorial on Voltage Doubler

13:05

Centre-tap Full-Wave Rectifier LTSpice Tutorial

15:03

Lab Demonstration of Voltage Clipper and Doubler

11:26

LTSpice tutorial of voltage clippers

09:41

LT Spice tutorial to get I-V Characteristic of Diode

24:26

Demonstration of Full-Wave Rectifier

13:40

Lab Demonstration of Zener Diode and LED

20:43

Demonstration of I-V Characteristic of Diode

16:29

Lab Demonstration of Half Wave Rectifier

13:10

MultiSim tutorial on transient and AC analysis for RC filter

08:08

LT Spice tutorial on transient and AC analysis of RC circuit