Pulse Digital Circuits (English) Part - 1

   Saturday, December 09, 2023   

Starting a new Lecture Notes Series on Pulse Digital Circuits

Youtube Lecture Playlist Credits 

Channel Name: Education 4u

So Let Us Start to This Journey of Learning 

Pulse Digital Circuits By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: RC network with Sinusoidal | Linear wave shaping | PDC | Lec-01

Lecture 2: Low Pass RC network | Step input | Pulse Digital Circuits | Lec-02

Lecture 3: Low Pass RC network | Rise time & 3 dB frequency | Pulse Digital Circuits | Lec-03

Lecture 4: Low Pass RC network | Pulse input | Pulse Digital Circuits | Lec-04

Lecture 5: Low pass RC network | Square wave input | Pulse Digital Circuits | Lec-05

Lecture 6: Low pass RC network | Ramp input | Pulse Digital Circuits | Lec-06

Lecture 7: Low pass RC network | Exponential input | Pulse Digital Circuits | Lec-07

Lecture 8: Low pass RC circuit | Integrator | Pulse Digital Circuits | Lec-08

Lecture 9: Low pass RC network | Examples | Pulse Digital Circuits | Lec-09

Lecture 10: High pass RC circuit | Sine wave input | Pulse Digital Circuits | Lec-10

Lecture 11: High pass RC circuit | Step input | Pulse Digital Circuits | Lec-11

Lecture 12: High pass RC circuit | Pulse input | Pulse Digital Circuits | Lec-12

Lecture 13: High pass RC circuit | Square wave input | Pulse Digital Circuits | Lec-13

Lecture 14: High pass RC circuit | Expression for percentage tilt | Pulse Digital Circuits | Lec-14

Lecture 15: High pass RC circuit | Ramp input | Pulse Digital Circuits | Lec-15

Lecture 16: High pass RC circuit | Exponential input | Pulse Digital Circuits | Lec-16

Lecture 17: High pass RC circuit | Differentiator | Pulse Digital Circuits | Lec-17

Lecture 18: Attenuators | Pulse Digital Circuits | Lec-18

Lecture 19: RL and RLC circuits | Low pass & High pass | Pulse Digital Circuits | Lec-19

Lecture 20: RLC parallel circuits | Pulse Digital Circuits | Lec-20

Lecture 21: Clippers | Non linear wave shaping | Introduction | Pulse Digital Circuits | Lec-21

Lecture 22: Shunt type clippers | Characteristics | Part-1/2 | Pulse Digital Circuits | Lec-22

Lecture 23: Shunt type clippers | Characteristics | Part-2/2 | Pulse Digital Circuits | Lec-23

Lecture 24: Series clippers | Above Reference Voltage | Part-1/2 | Pulse Digital Circuits | Lec-24

Lecture 25: Series clippers | Below Reference Voltage | Part-2/2 | Pulse Digital Circuits | Lec-25

Lecture 26: Single ended clipping circuits | Part-1/2 | Pulse Digital Circuits | Lec-26

Lecture 27: Single ended clipping circuits | Part-2/2 | Pulse Digital Circuits | Lec-27

Lecture 28: Clipping at two independent levels | Characteristics | Pulse Digital Circuits | Lec-28

Lecture 29: Clipping circuits | Double ended | Pulse Digital Circuits | Lec-29

Lecture 30: Noise clippers | Series & Shunt types | Pulse Digital Circuits | Lec-30

Lecture 31: Transistor clippers | Wave forms | Pulse Digital Circuits | Lec-31

Lecture 32: Coupled clippers | Emitter | Pulse Digital Circuits | Lec-32

Lecture 33: Comparator | Pulse Digital Circuits | Lec-33

Lecture 34: Negative clamper | Pulse Digital Circuits | Lec-34

Lecture 35: Clamping circuit theorem | Pulse Digital Circuits | Lec-35

Lecture 36: Switching characteristics of diode | Pulse Digital Circuits ( PDC ) | Lec-36

Lecture 37: Transition times of diode | Storage | Pulse Digital Circuits ( PDC ) | Lec-37

Lecture 38: Piece wise linear diode Characteristics | Breakdown | Pulse Digital Circuits ( PDC ) | Lec-38

Lecture 39: Transistor as a switch | Pulse Digital Circuits ( PDC ) | Lec-39

Lecture 40: Transistor switching times | Pulse Digital Circuits ( PDC ) | Lec-40

Lecture 41: Transistor switch | Design | Pulse Digital Circuits ( PDC ) | Lec-41

Lecture 42: Multi-vibrators | Introduction | Pulse Digital Circuits ( PDC ) | Lec-42

Lecture 43: Bi-stable Multi-vibrators | Fixed Bias | Part-1/3 | Pulse Digital Circuits ( PDC ) | Lec-43

Lecture 44: Bi-stable Multi-vibrators | Fixed Bias | Part-2/3 | Pulse Digital Circuits ( PDC ) | Lec-44

Lecture 45: Bi-stable Multi-vibrators | Self Bias | Part-3/3 | Pulse Digital Circuits ( PDC ) | Lec-45

Lecture 46: Bistable multi-vibrators | Commutating capacitors | Pulse Digital Circuits ( PDC ) | Lec-46

Lecture 47: Bistable multivibrators | Triggering at Collectors & Bases | Pulse Digital Circuits ( PDC ) | Lec-47

Lecture 48: Bistable multivibrators | Unsymmetrically Triggering | Pulse Digital Circuits ( PDC ) | Lec-48

Lecture 49: Bistable multivibrators | Symmetrically Triggering | Pulse Digital Circuits ( PDC ) | Lec-49

Lecture 50: Bistable multivibrators | A direct connected binary | Pulse Digital Circuits ( PDC ) | Lec-50

Lecture 51: Schmitt Trigger | Bistable Multivibrator | Emitter coupled | Pulse Digital Circuits ( PDC ) | Lec-51

Lecture 52: Schmitt Trigger | Derivation for UTP | Pulse Digital Circuits ( PDC ) | Lec-52

Lecture 53: Schmitt Trigger | Derivation for LTP | Pulse Digital Circuits ( PDC ) | Lec-53

Lecture 54: Monostable multivibrator | Collector Coupled | Pulse Digital Circuits ( PDC ) | Lec-54

Lecture 55: Mono-stable Multivibrator | Pulse Digital Circuits ( PDC ) | Lec-55

Lecture 56: Mono-stable Multivibrator | Reverse saturation current | Pulse Digital Circuits ( PDC ) | Lec-56

Lecture 57: Monostable multivibrator | Voltage to time converter | Pulse Digital Circuits ( PDC ) | Lec-57

Lecture 58: Astable multivibrator | Diagram & Working | Pulse Digital Circuits ( PDC ) | Lec-58

Lecture 59: Monostable Multivibrator | Designing | Example-1 | Pulse Digital Circuits ( PDC ) | Lec-61

Lecture 60: Monostable Multivibrator | Designing | Example-2 | Pulse Digital Circuits ( PDC ) | Lec-62

Lecture 61: Monostable Multivibrator | Emitter coupled | Pulse Digital Circuits ( PDC ) | Lec-64

Lecture 62: Astable multivibrator | Designing -1 | Pulse Digital Circuits ( PDC ) | Lec-66

Lecture 63: Astable multivibrator | Frequency of oscillation | Pulse Digital Circuits ( PDC ) | Lec-59