26:12

L19 - Probability of Error (Pe) and Output SNR for Base Band Signal Receiver system

09:58

L22 - Probability of Error (Pe) and Output SNR for BASK system - Modulation and Demodulation

08:37

L23 - Probability of Error (Pe) and Output SNR for BPSK system - Modulation and Demodulation

10:30

L24 - Probability of Error (Pe) and Output SNR for BFSK system - Modulation and Demodulation

12:51

L25 - Probability of Error (Pe) and Output SNR for QPSK system - Modulation and Demodulation

07:08

L18 - Comparison of BASK, BFSK, BPSK Modulation and Demodulation

14:00

L17 - M-ary Phase Shift Keying MPSK - M-ary Transmitter and Receiver

19:20

L16 - QPSK - Quadrature Phase Shift Keying Transmitter and Receiver - Modulation and Demodulation

19:43

L15 - BFSK - Binary Frequency Shift Keying Transmitter and Receiver - Modulation and Demodulation

15:59

L14 - DEPSK - Differentially Encoded Phase Shift Keying Transmitter and Receiver

17:13

L13 - DPSK - Differential Phase Shift Keying - Transmitter and Receiver

00:44

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21:27

L12 - BPSK - Binary Phase Shift Keying Transmitter and Receiver, Euclidean Distance

11:46

L10 - Introduction to Digital Modulation Techniques and Line Encoding Formats

08:07

L9 - Comparison of Pulse Digital Modulation techniques - PCM Versus DM

08:59

L8 - ADM - Adaptive Delta Modulation Transmitter and Receiver

17:50

L7.2 - Drawbacks of Delta Modulation, Quantization Noise Power, SNR of DM

11:05

L7.1 - DM - Delta Modulation Transmitter and Receiver

06:05

L2 - Advantages of Digital Communication System

16:21

L11 - BASK - Binary Amplitude Shift Keying Transmitter and Receiver

14:33

L6 - DPCM - Drawbacks of PCM and Differential Pulse Code Modulation Transmitter and Receiver

10:41

L5 - Need of Companding - Non Uniform Quantization in PCM

16:38

L4 - Quantization Error and Noise SNR Calculation of PCM system - Digital Communication

09:16

L1 - Elements of Digital Communication System

01:03

Solving Rubik's cube (4x4) in 2 minutes 25 sec | #amazing #super #cube #rubiks #rubikscube #rubik

00:40

Solving Mirror Cube in just 1 minute 25 seconds | #amazing #cube #rubikscube #rubiks #cubesolver

17:53

L6 - AC Analysis of DIBO Differential Amplifier - Linear Integrated Circuits and its Applications

10:44

L5 - DC Analysis of DIBO Differential Amplifier - Linear Integrated Circuits and its Applications

15:21

L4 - Differential Amplifier and its Configurations -Linear Integrated Circuits and its Applications

09:07

L3 - Temperature ranges, power supplies and ordering of IC information - LICA

15:01

L2 - IC Classification - Linear Integrated Circuits and its Applications (LICA)

09:30

L1 - Introduction - Linear Integrated Circuits and its Applications (LICA)

54:18

L10 - Differential Pulse Code Modulation (DPCM) - Digital Communication

52:04

L9 - Companding in PCM System - Digital Communication

55:30

L8 - Signal to Noise Ratio (SNR) of Pulse Code Modulation (PCM) - Digital Communication

49:06

L7 - Quantization Error of PCM (Pulse Code Modulation) - Digital Communication

55:21

L6 - Elements of Pulse Code Modulation - Part 4 - Digital Communication

55:46

L5 - Elements of Pulse Code Modulation - Part 3 - Digital Communication

51:39

L4 - Elements of Pulse Code Modulation - Part 2 - Digital Communication

54:14

L3- Elements of Pulse Code Modulation - Part 1 - Digital Communication

52:37

L1 - Elements and Advantages of Digital Communication

53:32

L11 - Delta Modulation (DM) and its drawbacks - Digital Communication

54:22

L12 - Adaptive Delta Modulation (ADM) and Demodulation - Digital Communication

46:55

L22 - Comparison of BASK , BFSK and BPSK - Digital Communication

49:49

L21 - M-ary Phase Shift Keying (M-ary PSK) modulation and demodulation - Digital Communication

47:56

L20 - Quadrature Phase Shift Keying (QPSK) modulation and demodulation - Digital Communication

50:50

L19 - Frequency Shift Keying (FSK) Transmitter and Receiver - Digital Communication

56:28

L18 - Differentially Encoded Phase Shift Keying (DEPSK) - Digital Modulation Techniques

48:19

L17 - Differential Phase Shift Keying (DPSK) transmitter and receiver, working principle

48:56

L15 - Phase Shift Keying (PSK), Euclidean Distance, Bandwidth - Digital Modulation Techniques

56:17

L14 - Amplitude Shift Keying (ASK) modulation- Digital Modulation Techniques - Digital Communication

54:51

L16 - Phase Shift Keying (PSK) Generation and Detection - Digital Modulation Techniques

53:13

L13 - Introduction to Shift Keying Techniques - Data Transmission - Digital Modulation Techniques

51:01

L29 - Probability of error for QPSK System - Data Transmission - Digital Modulation

49:59

L28 - Probability of error for BFSK System - Data Transmission - Digital Modulation

50:23

L27 - Probability of error for BPSK System - Data Transmission - Digital Modulation

48:04

L26 - Probability of error for BASK System - Data Transmission - Digital Modulation

50:54

L25 - Matched filter receiver and its probability of error

52:11

L24 - Optimum receiver and its probability of error

45:44

L23 - Base band signal receiver and its probability of error