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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 64: Astable multivibrator | Voltage to frequency converter | Pulse Digital Circuits ( PDC ) | Lec-60

Lecture 65: Monostable multivibrator | Design of a triggering pulse | Pulse Digital Circuits ( PDC ) | Lec-63

Lecture 66: Monostable multivibrator | Gate width in Emitter coupled | Pulse Digital Circuits ( PDC ) | Lec-65

Lecture 67: Astable multivibrator | Designing-2 | Square Wave | Pulse Digital Circuits ( PDC ) | Lec-67

Lecture 68: Astable multivibrator | Designing-3 | free running oscillator | PDC | Lec-68

Lecture 69: Astable Multivibrator | Emitter coupled | PDC | Lec-69

Lecture 70: Astable multivibrator | Emitter coupled | Period calculation | PDC | Lec-70

Lecture 71: Time base generators | General features | PDC | Lec-71

Lecture 72: Exponential sweep circuit | Part-1/2 | PDC | Lec-72

Lecture 73: Exponential sweep circuit | Transmission & Displacement Error | Part-2/2 | PDC | Lec-73

Lecture 74: Unijunction transistor | Introduction | PDC | Lec-74

Lecture 75: Sweep circuit using UJT | PDC | Lec-75

Lecture 76: UJT Sweep circuit | Examples-1 | PDC | Lec-76

Lecture 77: UJT Sweep circuit | Relaxation Oscillator | Examples-2 | PDC | Lec-77

Lecture 78: UJT Sweep circuit | Design | Examples-3 | PDC | Lec-78

Lecture 79: Sweep circuit | Using Transistor switch | PDC | Lec-79

Lecture 80: Common Base transistor | Constant current sweep | Slope Error | PDC | Lec-80

Lecture 81: Time base generators | Miller & bootstrap | PDC | Lec-81

Lecture 82: Miller sweep Circuit | PDC | Lec-82

Lecture 83: Bootstrap sweep Circuit | PDC | Lec-83

Lecture 84: Miller time base generators | Transistor | PDC | Lec-84

Lecture 85: Bootstrap Sweep Circuit | Example problem | PDC | Lec-85

Lecture 86: Bootstrap time base generator | Transistor | Part-1/2 | PDC | Lec-86

Lecture 87: Bootstrap time base generator | Transistor | Part-2/2 | PDC | Lec-87

Lecture 88: Bootstrap time base generator | Transistor | Example problem | PDC | Lec-88

Lecture 89: Current time base generators | Wave Forms | PDC | Lec-89

Lecture 90: Linearity correction through adjustment of driving waveform | PDC | Lec-90

Lecture 91: Current time base generator | Example problem | PDC | Lec-91

Lecture 93: OR gate | Realization using Diode and transistor | PDC | Lec-93

Lecture 95: AND gate | Realization using Diode and transistor | PDC | Lec-95

Lecture 96: NOT gate inverter | RTL | PDC | Lec-96

Lecture 98: NAND Gate | DTL & RTL Realization | PDC | Lec-98

Lecture 99: NAND Gate | Transistor- Transistor Logic | PDC | Lec-99

Lecture 100: NOR Gate | 3-Input | DTL & RTL Realization | PDC | Lec-100

Lecture 101: EXOR | EXNOR | Derived Gates | PDC | Lec-101

Lecture 102: Digital IC | Characteristics | PDC | Lec-102

Lecture 103: Logic Families | Introduction | Comparison | PDC | Lec-103

Lecture 104: TTL Open Collector NAND gate | Standard TTL | PDC | Lec-104

Lecture 105: Tri - State TTL | Truth Table TTL Inverter | PDC | Lec-105

Lecture 106: Schottky TTL | Circuit Diagram | PDC | Lec-106

Lecture 107: Integrated Injection logic | IIL | Inverter, NAND & NOR Gate | PDC | Lec-107

Lecture 108: ECL NOR / OR Gate | Circuit Diagram | Introduction PDC | Lec-108

Lecture 109: MOS Logic | Symbol | Characteristics | PDC | Lec-109

Lecture 110: NAND gate | 2 i/p | NMOS | PDC | Lec-111

Lecture 111: NMOS logic circuits | Inverter | PDC | Lec-110

Lecture 112: NOR gate | NMOS | 2 I/P | PDC | Lec-112

Lecture 113: CMOS inverter | PMOS & NMOS | Logic family | PDC | Lec-113

Lecture 114: NAND gate | CMOS Logic family | PDC | Lec-114

Lecture 115: NOR gate | CMOS Logic family | PDC | Lec-115

Lecture 116: Pass Transistor | Transmission Gate | Switch logic | PDC | Lec-116

Lecture 117: Dynamic CMOS logic | Four phase clock | PDC | Lec-117

Lecture 118: Relaxation devices | Pulse synchronization | PDC | Lec-118

Lecture 119: Sweep circuit | Frequency division | PDC | Lec-119

Lecture 120: Astable blocking oscillator | RC controlled | Frequency division | PDC | Lec-120

Lecture 121: Astable multivibrator | Synchronization | PDC | Lec-121

Lecture 122: Phase delay | phase jitters | Divider | PDC | Lec-122

Lecture 123: Sweep circuit | Synchronization | Symmetrical signals | PDC | Lec-123

Lecture 124: Sweep circuit | Sine wave frequency division | PDC | Lec-124

Lecture 125: Unidirectional sampling gate | Diode | PDC | Lec-125

Lecture 126: Unidirectional diode gates | more than one input | PDC | Lec-126

Pulse Digital Circuits (English) Part - 2