VLSI (English)

   Friday, December 08, 2023   

Starting a new Lecture Notes Series on VLSI

Youtube Lecture Playlist Credits 

Channel Name: Education 4u

So Let Us Start to This Journey of Learning 

VLSI By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: What is VLSI | Introduction & Design flow | VLSI | Lec-01

Lecture 2: Moore's law in VLSI | IC evolution | VLSI | Lec-02

Lecture 3: MOS transistor Structure | Modes of operation | VLSI | Lec-03

Lecture 4: MOS transistor | Enhancement mode | Characteristics | VLSI | Lec-04

Lecture 5: MOS transistor | 6-Steps for fabrication | VLSI | Lec-05

Lecture 6: NMOS Transistor | Fabrication steps | VLSI | Lec-06

Lecture 7: PMOS Transistor | Fabrication steps | VLSI | Lec-07

Lecture 8: CMOS Transistor | N-Well fabrication | VLSI | Lec-08

Lecture 9: CMOS Transistor | P-Well fabrication | VLSI | Lec-09

Lecture 10: CMOS Transistor | Twin tub process | VLSI | Lec-10

Lecture 11: nMOS Transistor | Ids versus Vds derivation | Part-1/2 | VLSI | Lec-11

Lecture 12: nMOS Transistor | Ids versus Vds derivation | Saturation Region | Part-2/2 | VLSI | Lec-12

Lecture 13: MOS transistor | Aspects of Threshold voltage | VLSI | Lec-13

Lecture 14: Trans conductance | Output conductance | VLSI | Lec-14

Lecture 15: Pass transistor | Figure of merit | VLSI | Lec-15

Lecture 16: nMOS inverter | Characteristics | VLSI | Lec-16

Lecture 17: Pull ups | Load Resistor | NMOS & PMOS | VLSI | Lec-17

Lecture 18: CMOS inverter | Characteristics | VLSI | Lec-18

Lecture 19: nMOS inverter | Pull up to pull down ratio | VLSI | Lec-19

Lecture 20: nMOS inverter | Pull up to pull down ratio | driven through Pass transistor | VLSI | Lec-20

Lecture 21: BiCMOS inverter | Circuit Diagram | BiPolar + CMOS | VLSI | Lec-21

Lecture 22: CMOS and Bipolar technologies | Differences | VLSI | Lec-22

Lecture 23: Latch up in CMOS circuits | SCR | VLSI | Lec-23

Lecture 24: Stick diagrams | MOS layers | VLSI | Lec-24

Lecture 25: CMOS realizations | Inverter | VLSI | Lec-25

Lecture 26: Stick diagrams | Rules to draw | VLSI | Lec-26

Lecture 27: CMOS inverter | Stick diagram | VLSI | Lec-27

Lecture 28: CMOS NAND GATE | Stick diagram | VLSI | Lec-28

Lecture 29: CMOS NOR GATE | Stick diagram | VLSI | Lec-29

Lecture 30: CMOS logic functions | Stick diagram | VLSI | Lec-30

Lecture 31: MOS Layout layers | Color Coding & Representation | VLSI | Lec-31

Lecture 32: Mask layout | Lambda based design rules | VLSI | Lec-32

Lecture 33: CMOS inverter | Layout diagram | VLSI | Lec-33

Lecture 34: CMOS 2-input NAND and NOR gates | Layout diagram | VLSI | Lec-34

Lecture 35: CMOS logic functions | Layout diagram | VLSI | Lec-35

Lecture 36: MOS layers | Sheet resistance concept | VLSI | Lec-36

Lecture 37: MOS transistors | Inverters | Sheet Resistance | VLSI | Lec-37

Lecture 38: CMOS Inverter | Sheet Resistance | VLSI | Lec-38

Lecture 39: MOS circuits | Area capacitance | Standard unit of capacitance | VLSI | Lec-39

Lecture 40: MOS Circuits | Area capacitance calculations | VLSI | Lec-40

Lecture 41: MOS Transistor | Delay time | VLSI | Lec-41

Lecture 42: Inverter delays | nMOS | Calculation | VLSI | Lec-42

Lecture 43: CMOS Inverter Delay | Real time & Fall time Estimation | VLSI | Lec-43

Lecture 44: Cascaded Pass Transistor | Long poly silicon wires | Propagation delay | VLSI | Lec-44

Lecture 45: Wiring Capacitance | Fringing Field, Inter layer & Peripheral | VLSI | Lec-45

Lecture 46: Choice of layers | MOS circuits | VLSI | Lec-46

Lecture 47: Scaling models | Scaling factors | Part-1/2 | VLSI | Lec-47

Lecture 48: Scaling Factors | Device Parameters | Part-2/2 | VLSI | Lec-48

Lecture 49: Limitations on scaling | Substrate Doping | Part-1 | VLSI | Lec-49

Lecture 50: Limitations on scaling | Miniaturization, Interconnect & Contact Resistance | Part-2 | VLSI | Lec-50

Lecture 51: Limits on Logic levels and current density | VLSI | Lec-52

Lecture 52: Switch logic | Pass Transistor & Transmission Gate | VLSI | Lec-53

Lecture 53: Gate logic | nMOS, CMOS & BiCMOS | VLSI | Lec-54

Lecture 54: Pseudo nMOS logic | CMOS Logic | VLSI | Lec-55

Lecture 55: Dynamic CMOS logic - 1 | Forms of CMOS Logic | VLSI | Lec-56

Lecture 56: Dynamic CMOS logic - 2 | Forms of CMOS Logic | VLSI | Lec-57

Lecture 57: Cascaded inverters | Driving large capacitance | Part-1/3 | VLSI | Lec-58

Lecture 58: Super Buffers | Driving large capacitance | Part-2/3 | VLSI | Lec-59

Lecture 59: BiCMOS Drivers | Driving large capacitance | Part-3/3 | VLSI | Lec-60

Lecture 60: MOS transistors | Characteristics | Regions of Operations | VLSI | Lec-61

Lecture 61: MOS Transistor | Common source stage with resistive load | VLSI | Lec-62

Lecture 62: Common source stage with diode connected load | MOS Transistor | VLSI | Lec-63

Lecture 63: Common source amplifier | without source resistor | MOS Transistor | VLSI | Lec-64

Lecture 64: MOS Transistor | Common source amplifier with source resistor | VLSI | Lec-65

Lecture 65: Common drain amplifier | MOS transistor | VLSI | Lec-66

Lecture 66: Common gate amplifier | MOS transistor | VLSI | Lec-67

Lecture 67: MOS device models | Layout & Capacitance | Part-1/2 | VLSI | Lec-68

Lecture 68: MOS device models | Small signal & Spice | Part-2/2 | VLSI | Lec-69

Lecture 69: Body bias effect | MOS transistor | VLSI | Lec-70

Lecture 70: Current sources and Sinks | Characteristics | Part-1/3 | VLSI | Lec-71

Lecture 71: Current sources and Sinks | Cascode Current mirror | Part-3/3 | VLSI | Lec-73

Lecture 72: FPGA design flow | Block Diagram | VLSI | Lec-74

Lecture 73: FPGA Architecture | Configurable Logic Block ( CLB ) | Part-1/2 | VLSI | Lec-75

Lecture 74: FPGA Architecture | Switch Matrix | Part-2/2 | VLSI | Lec-76

Lecture 75: SRAM technology | FPGA technologies | VLSI | Lec-77

Lecture 76: Antifuse technology | FPGA technologies | VLSI | Lec-78

Lecture 77: EPROM technology | EEPROM | FPGA technologies | VLSI | Lec-79

Lecture 78: FPGA families | Introduction | Altera flex 8000 | Part-1/3 | VLSI | Lec-80

Lecture 79: FPGA families | XILINX XC4000 | XLINX SPARTAN II | Part-2/3 | VLSI | Lec-81

Lecture 80: FPGA families | XILINX VIRTEX | Part-3/3 | VLSI | Lec-82

Lecture 81: Giga scale dilemma | IC evaluation | VLSI | Lec-83

Lecture 82: Short channel effects | DIBL & Source Scattering | Part-1/2 | VLSI | Lec-84

Lecture 83: Short channel effects | Velocity Saturation| Impact Ionization | Part-2/2 | VLSI | Lec-85

Lecture 84: High K dielectric | SIO2 | VLSI | Lec-86

Lecture 85: FinFET technology | SG & IG | Part1 | VLSI | Lec-87

Lecture 86: FinFET technology | Fabrication & Characteristics | Part2 | VLSI | Lec-88

Lecture 87: CMOS Combinational | Sequential logic circuit | VLSI | Lec-89

Lecture 88: Static CMOS design | Complemetary CMOS design | VLSI | Lec-90

Lecture 89: Complementary CMOS circuits | Propagation delay | VLSI | Lec-91

Lecture 90: Ratioed logic in CMOS | Pseudo NMOS | DCVSL | VLSI | Lec-92

Lecture 91: Pass transistor logic | Static CMOS circuit design | VLSI | Lec-93

Lecture 92: Dynamic CMOS design | Basic Principle | VLSI | Lec-94

Lecture 93: Dynamic CMOS design | Issues | VLSI | Lec-95

Lecture 94: Domino Logic | np CMOS | Cascading dynamic gates | VLSI | Lec-96

Lecture 95: Sequential logic | Wave Forms | VLSI | Lec-97

Lecture 96: Static Latches and registers | VLSI | Lec-98

Lecture 97: Mux based latches | Master-Slave | VLSI | Lec-99

Lecture 98: Master slave register | Reduced clock load | VLSI | Lec-100

Lecture 99: Current sources and Sinks | Wilson Current Mirror Circuit | Part-2/3 | VLSI | Lec-72