12:17

Mesh Analysis

24:45

Super Node Analysis ( nodal Analysis with voltage source)

15:31

Nodal Analysis (Node voltage method)

21:59

Phase relationship (leading or lagging) between two signals

03:46

Problems from Angle modulation Part 2

07:52

Problems from Angle modulation - Part 1

40:54

Booth Algorithm for Multiplication

16:05

Problems on DSB SC Amplitude Modulated signal

13:21

Example problem for Double Sideband Suppressed Carrier Amplitude Modulated signal (DSB SC -AM)

07:58

Spectrum of Amplitude modulated DSBSC signal

10:28

Fourier Transform of Cos(wt) and Sin(wt) signal, plotting their spectrum

12:17

Solving Integrodifferential equation using Laplace transform

19:00

Preemphasis and Deemphasis filter in FM system

14:39

Interference (Noise) in angle modulated system

11:51

Signal to Noise ration, Noise factor, Noise figure and Noise temperature

03:01

Gaussian White Noise and Noise Bandwidth

08:38

Types of noise in communication system

10:11

Noise analysis in DSB-SC receiver (Coherent Detection)

15:33

Receiver model for noise Analysis in Analog communication

15:56

Noise in SSB SC coherent type receiver

18:02

NOP insertion, forwarding, stall in pipeline mips

10:36

Double Side Band - Suppressed Carrier (DSB-SC) Amplitude Modulation

16:32

Plotting DSB-SC (Suppressed Carrier) and DSB-WC (With Carrier) Amplitude modulation

15:46

Plotting Single sided Spectrum and Double Sided Spectrum

22:33

Floating Point Representation - Single Precision and Double Precision

16:32

K map for XOR and XNOR gates (Worst case)

22:01

Convolution using Laplace transform

01:16:36

Lecture 5 : Thevenin and Norton Theorem

39:52

Minimal Sum of Product and Minimal Product of Sum using K map

32:14

Analysing Given Sequential Circuit

24:24

State Description in Digital Logic Circuit Design

24:10

State Diagram and State Table Conversion - Digital Logic Design

12:32

Convolution Codes - Encoder- Transform Domain Approach

15:01

Convolution Codes - Encoders- Time domain approach

06:38

XP Pen display - TEQIP III

14:57

LCD interactive panel - TEQIP III

04:56

Core Switches and Distribution Switches under TEQIP III

04:50

Firewall and Threat prevention package and end switches

04:53

Purchase of VOIP based PBX system through TEQIP III

37:25

Asynchronous counter circuits

01:05:15

Synchronous sequential counter design

30:49

Lecture 19 Realisation structure using Direct form I,II,Cascade and Parallel of Discrete Time system

32:26

Lecture 18 Applications of Z transform

14:59

Drawing flowchart or block diagram and grouping using MS Word

28:31

Lecture 13 BJT

48:31

Lecture 17 - Z Transform Basics

30:28

Lecture 12 Basics of Flip Flops SR,JK,D and T flip flops

15:02

Full wave rectifier Bridge Circuit using MULTISIM Live

15:01

Half Wave Rectifier using MULTISIM Live

15:02

How to create MULTISIM LIVE account

18:30

Lecture 11 Half Adder, Full Adder Combinational Circuit

31:04

Lecture 16 Applications of Laplace Transform

35:42

Lecture 15: Properties of Laplace Transform

35:19

Lecture 10 - Digital Logic Gates

10:34

Lecture 13 Dirichlet Condition for the existence of Fourier Series

38:43

Lecture 14 Laplace transform

36:14

Lecture 12 Exponential Fourier Series

29:13

Lecture 9 Analog to Digital Converter - Successive Approximation - Flash Type - ADC using Op amp

23:59

Lecture 11: Amplitude Phase Form (Also Called Cosine representation) of Fourier Series

26:42

Lecture 8 Digital to Analog Converter using opamp