Канал: Sanjay Vidhyadharan

Microprocessors and Interface: Lecture-15: 8086 Logical Instructions : Part-2

Microprocessors and Interface: Lecture-15: 8086 Logical Instructions : Part-2

Microprocessors and Interfaces: Lecture 14: 8086 Logical Instructions: Part-1

Microprocessors and Interfaces: Lecture 14: 8086 Logical Instructions: Part-1

Microprocessors and Interfaces: Lecture 13 ; 8086 Arithmetic Instructions : Part-2

Microprocessors and Interfaces: Lecture 13 ; 8086 Arithmetic Instructions : Part-2

Microprocessors and Interfaces: Lecture 12 8086 Arithmetic Instructions : Part-1

Microprocessors and Interfaces: Lecture 12 8086 Arithmetic Instructions : Part-1

L10

L10

Microroprocessors and Interfaces: Lecture 9 8086 Instructions Set : Part-3

Microroprocessors and Interfaces: Lecture 9 8086 Instructions Set : Part-3

Bike ride Hyderabad to Tadoba

Bike ride Hyderabad to Tadoba

Lesson 8: 8086 Instructions Set : Part-2

Lesson 8: 8086 Instructions Set : Part-2

Microprocessors and Interfaces: 8086 Instructions Set : Part-1

Microprocessors and Interfaces: 8086 Instructions Set : Part-1

Testability of VLSI: Lecture 14 Fault Tolerant VLSI Design

Testability of VLSI: Lecture 14 Fault Tolerant VLSI Design

Testability of VLSI Lecture 13 Analog and Mixed-Signal Testing

Testability of VLSI Lecture 13 Analog and Mixed-Signal Testing

Testability of VLSI Lecture 12: Built-in Self-Test

Testability of VLSI Lecture 12: Built-in Self-Test

Testability of VLSI Lecture 11: Design for Testability

Testability of VLSI Lecture 11: Design for Testability

Inverter DC Simulation in Tanner

Inverter DC Simulation in Tanner

Testability of VLSI: Lecture 10 - Delay Testing

Testability of VLSI: Lecture 10 - Delay Testing

Testability of VLSI Lecture 09: Testing of Memory

Testability of VLSI Lecture 09: Testing of Memory

Testability of VLSI Lecture 08: Testing of Sequential Circuits

Testability of VLSI Lecture 08: Testing of Sequential Circuits

Testability of VLSI Lecture 07: Automatic Test Pattern Generation for Combinational Circuits

Testability of VLSI Lecture 07: Automatic Test Pattern Generation for Combinational Circuits

Testability of VLSI Lecture 6B: Introduction to Automatic Test Pattern Generation

Testability of VLSI Lecture 6B: Introduction to Automatic Test Pattern Generation

Testability of VLSI Lecture 6A: Testability Measures

Testability of VLSI Lecture 6A: Testability Measures

Testability of VLSI Lecture 5: Fault Simulation

Testability of VLSI Lecture 5: Fault Simulation

Advanced VLSI Design: 2023-24 Lecture 5 Static Timing Analysis

Advanced VLSI Design: 2023-24 Lecture 5 Static Timing Analysis

Testability of VLSI Lecture 4: Logic Simulation

Testability of VLSI Lecture 4: Logic Simulation

Testability of VLSI: Lecture 3: Fault Collapsing

Testability of VLSI: Lecture 3: Fault Collapsing

Introduction to Radar Lecture 4: MTI and Pulsed Doppler Radars

Introduction to Radar Lecture 4: MTI and Pulsed Doppler Radars

Testability of VLSI Lecture 2: Fault Modelling

Testability of VLSI Lecture 2: Fault Modelling

Testability of VLSI Lecture 1: Introduction to VLSI Testing

Testability of VLSI Lecture 1: Introduction to VLSI Testing

Introduction to Radars Lecture 3: Unmodulated CW Radar

Introduction to Radars Lecture 3: Unmodulated CW Radar

Introduction to Radars Lecture 2: Modulated CW Radar

Introduction to Radars Lecture 2: Modulated CW Radar

Microprocessor Programming and Interfacing Lecture-1 : Introduction

Microprocessor Programming and Interfacing Lecture-1 : Introduction

Introduction to Radars Lecture 1: The Radar Range Equation

Introduction to Radars Lecture 1: The Radar Range Equation

Basics of LT SPICE and Installation of TSMC 180 nm Technology Filesin LT SPICE

Basics of LT SPICE and Installation of TSMC 180 nm Technology Filesin LT SPICE

Bike Trip : Hyderabad to Srisailam

Bike Trip : Hyderabad to Srisailam

Analog IC Design : Gain Boosting and Output Amplifiers

Analog IC Design : Gain Boosting and Output Amplifiers

Advanced VLSI Design: Arithmetic Circuits: Part-2

Advanced VLSI Design: Arithmetic Circuits: Part-2

Analog IC Design: Stability and Oscillators

Analog IC Design: Stability and Oscillators

Advanced VLSI Design: Arithmetic Circuits: Part-1

Advanced VLSI Design: Arithmetic Circuits: Part-1

Analog IC Design : Operational Amplifiers

Analog IC Design : Operational Amplifiers

VLSI Design: Arithmetic Circuits: Part-1

VLSI Design: Arithmetic Circuits: Part-1

Analog IC Design : Feedback

Analog IC Design : Feedback

Advanced VLSI Design: Logic Families Other than CMOS

Advanced VLSI Design: Logic Families Other than CMOS

Analog IC Design Frequency Response of Single Stage Amplifiers

Analog IC Design Frequency Response of Single Stage Amplifiers

Analog IC Design: DC Voltage and DC Current Sources Part-2

Analog IC Design: DC Voltage and DC Current Sources Part-2

Analog IC Design : DC Voltage and DC Current Sources

Analog IC Design : DC Voltage and DC Current Sources

Analog IC Design : Differential Amplifiers Part-3

Analog IC Design : Differential Amplifiers Part-3

Analog IC Design : Differential Amplifiers Part-2

Analog IC Design : Differential Amplifiers Part-2

Advanced VLSI Design: Pipelined Registers

Advanced VLSI Design: Pipelined Registers

Advanced VLSI Design: Static Timing Analysis

Advanced VLSI Design: Static Timing Analysis

Analog IC Design : Differential Amplifiers Part-1

Analog IC Design : Differential Amplifiers Part-1

Lecture 6: CMOS Inverter Static Characteristics _2002_S1

Lecture 6: CMOS Inverter Static Characteristics _2002_S1

Analog IC Design : MOSFET Single Stage Amplifiers Part-2

Analog IC Design : MOSFET Single Stage Amplifiers Part-2

MOSFET Single Stage Amplifiers Part-1

MOSFET Single Stage Amplifiers Part-1

VLSI SYSTEMS AND ARCHITECTURE: Pipelined Architecture

VLSI SYSTEMS AND ARCHITECTURE: Pipelined Architecture

VLSI SYSTEMS AND ARCHITECTURE : Timing Signals

VLSI SYSTEMS AND ARCHITECTURE : Timing Signals

VLSI SYSTEMS AND ARCHITECTURE: Flowcharts to Datapath Control Design

VLSI SYSTEMS AND ARCHITECTURE: Flowcharts to Datapath Control Design

VLSI SYSTEMS AND ARCHITECTURE: Sequential Circuit Design using Flip-flops in Xilinx

VLSI SYSTEMS AND ARCHITECTURE: Sequential Circuit Design using Flip-flops in Xilinx

VLSI SYSTEMS AND ARCHITECTURE: Hardware Flowcharts Part-3

VLSI SYSTEMS AND ARCHITECTURE: Hardware Flowcharts Part-3

Advanced VLSI Design : CMOS Scaling

Advanced VLSI Design : CMOS Scaling

Advanced VLSI Design : Deep-Submicron MOSFET operation

Advanced VLSI Design : Deep-Submicron MOSFET operation

VLSI Design : CMOS Testing

VLSI Design : CMOS Testing

Advanced VLSI Design: Adiabatic Logic

Advanced VLSI Design: Adiabatic Logic

Advanced VLSI Design: Interconnects

Advanced VLSI Design: Interconnects

VLSI Design: Memory Design

VLSI Design: Memory Design

Advanced VLSI Design: Low Power VLSI Design Part-2: Architecture, Algorithmic Optimization

Advanced VLSI Design: Low Power VLSI Design Part-2: Architecture, Algorithmic Optimization

Advanced VLSI Design: Low Power VLSI Design Part-1: Gate Level Optimization

Advanced VLSI Design: Low Power VLSI Design Part-1: Gate Level Optimization

VLSI Design: Arithmetic Circuits: Part-2

VLSI Design: Arithmetic Circuits: Part-2

Layout of NAND gate in Cadence Virtuoso . DRC and LVS Check

Layout of NAND gate in Cadence Virtuoso . DRC and LVS Check

Advanced VLSI Design: Memory Design

Advanced VLSI Design: Memory Design

Advanced VLSI Design: Arithmetic Circuits: Part-2

Advanced VLSI Design: Arithmetic Circuits: Part-2

VLSI Design: Pass Transistor Logic

VLSI Design: Pass Transistor Logic

Advanced VLSI Design: Arithmetic Circuits: Part-1

Advanced VLSI Design: Arithmetic Circuits: Part-1

VLSI Design: Domino Logic

VLSI Design: Domino Logic

VLSI Design: Adiabatic Logic

VLSI Design: Adiabatic Logic

VLSI SYSTEMS AND ARCHITECTURE: Hardware Flow Chart-Part-2

VLSI SYSTEMS AND ARCHITECTURE: Hardware Flow Chart-Part-2

VLSI SYSTEMS AND ARCHITECTURE: Applications of Decoder, Encoder and Multiplexer in Xilinx Verilog

VLSI SYSTEMS AND ARCHITECTURE: Applications of Decoder, Encoder and Multiplexer in Xilinx Verilog

VLSI SYSTEMS AND ARCHITECTURE: Hardware Flow Chart Part-1

VLSI SYSTEMS AND ARCHITECTURE: Hardware Flow Chart Part-1

VLSI SYSTEMS AND ARCHITECTURE: Multiplexer Design using Verilog in Xilinx

VLSI SYSTEMS AND ARCHITECTURE: Multiplexer Design using Verilog in Xilinx

Advanced VLSI Design: Interfacing Circuits – Part-3 Level Shifters and IO PADS

Advanced VLSI Design: Interfacing Circuits – Part-3 Level Shifters and IO PADS

VLSI Design: Dynamic Logic

VLSI Design: Dynamic Logic

LSI SYSTEMS AND ARCHITECTURE: Decoder and Full Adder Design iusing Verilog in Xilinx

LSI SYSTEMS AND ARCHITECTURE: Decoder and Full Adder Design iusing Verilog in Xilinx

VLSI SYSTEMS AND ARCHITECTURE: ALU Design and Microprocessor Design

VLSI SYSTEMS AND ARCHITECTURE: ALU Design and Microprocessor Design

Demonstration of RTL, DTL, CMOS NAND and NOR in LT SPICE

Demonstration of RTL, DTL, CMOS NAND and NOR in LT SPICE

Digital Logic Families

Digital Logic Families

VLSI SYSTEMS AND ARCHITECTURE: Instruction Set Architecture and MIPS Instructions

VLSI SYSTEMS AND ARCHITECTURE: Instruction Set Architecture and MIPS Instructions

VLSI SYSTEMS AND ARCHITECTURE: Handling multi-bit data and Concatenation in Verilog

VLSI SYSTEMS AND ARCHITECTURE: Handling multi-bit data and Concatenation in Verilog

Digital Design : Memory

Digital Design : Memory

LSI SYSTEMS AND ARCHITECTURE: Initialization in Verilog uisin XILINX ISE

LSI SYSTEMS AND ARCHITECTURE: Initialization in Verilog uisin XILINX ISE

LSI SYSTEMS AND ARCHITECTURE: Computer Arithmetic Algorithms and Implementations

LSI SYSTEMS AND ARCHITECTURE: Computer Arithmetic Algorithms and Implementations

Digital Design: ADC and DAC

Digital Design: ADC and DAC

Digital Design: Applications of Sequential Circuits

Digital Design: Applications of Sequential Circuits

Advanced VLSI Design: Interfacing Circuits – Part-2, Schmitt Triggers

Advanced VLSI Design: Interfacing Circuits – Part-2, Schmitt Triggers

Advanced VLSI Design: Interfacing Circuits – Part-1 Synchronizer and Arbiters

Advanced VLSI Design: Interfacing Circuits – Part-1 Synchronizer and Arbiters

VLSI ARCHITECTURE: Implementation of Adders in Xilinx ISE Verilog Data Flow Level Modeling

VLSI ARCHITECTURE: Implementation of Adders in Xilinx ISE Verilog Data Flow Level Modeling

VLSI ARCHITECTURE: Microprocessor Architecture

VLSI ARCHITECTURE: Microprocessor Architecture

VLSI Design: Layout of Static CMOS Circuits

VLSI Design: Layout of Static CMOS Circuits

Digital Design : Asynchronous Counters

Digital Design : Asynchronous Counters

Digital Design : Synchronous Counters

Digital Design : Synchronous Counters

Advanced VLSI Design: Latch Based Clocking & Asynchronous Clocking

Advanced VLSI Design: Latch Based Clocking & Asynchronous Clocking

VLSI Design : Delays in Complex CMOS Static Logic Circuits

VLSI Design : Delays in Complex CMOS Static Logic Circuits

VLSI Design: CMOS Static Logic

VLSI Design: CMOS Static Logic

Implementation of Majority Circuit in Xilinx ISE

Implementation of Majority Circuit in Xilinx ISE

VLSI System and Architecture : Introduction to VLSI Architecture

VLSI System and Architecture : Introduction to VLSI Architecture

Digital Design: Registers

Digital Design: Registers

Digital Design : State Table Reduction & Implication Chart

Digital Design : State Table Reduction & Implication Chart

Advanced VLSI Design: Clock Generation and Distribution Part-2

Advanced VLSI Design: Clock Generation and Distribution Part-2

Advanced VLSI Design: Clock Generation and Distribution Part-1

Advanced VLSI Design: Clock Generation and Distribution Part-1

VLSI Design: CMOS Inverter Transient Response

VLSI Design: CMOS Inverter Transient Response

VLSI Design: MOSFET Capacitance

VLSI Design: MOSFET Capacitance

Digital Design : Sequence Detector

Digital Design : Sequence Detector

Digital Design : Sequential Circuit Design

Digital Design : Sequential Circuit Design

Advanced VLSI Design: Static Timing Analysis

Advanced VLSI Design: Static Timing Analysis

Advanced VLSI Design: Pipelined Registers

Advanced VLSI Design: Pipelined Registers

Digital Design: Sequential Logic, Flipflops

Digital Design: Sequential Logic, Flipflops

Digital Design: Sequential Logic & SR, D Latch

Digital Design: Sequential Logic & SR, D Latch

Advanced VLSI Design: Dynamic Registers

Advanced VLSI Design: Dynamic Registers

VLSI Design: CMOS Inverter Static Characteristics

VLSI Design: CMOS Inverter Static Characteristics

VLSI Design CMOS ScalingTechnology Scaling, Constant field Scaling, Constant voltage Scaling.

VLSI Design CMOS ScalingTechnology Scaling, Constant field Scaling, Constant voltage Scaling.

VLSI Design: CMOS Technology

VLSI Design: CMOS Technology

Impementaion of SR Latch, D-Latch and D Flip-flop using 180 nm TSMC CMOS devices in LT SPICE.

Impementaion of SR Latch, D-Latch and D Flip-flop using 180 nm TSMC CMOS devices in LT SPICE.

Advanced VLSI Design: Latch and Flip-flops

Advanced VLSI Design: Latch and Flip-flops

Deep-Submicron MOSFET operation:

Deep-Submicron MOSFET operation:

Review of MOSFET Operation

Review of MOSFET Operation

Installation of TSMC 180 nm Technology Files in LT SPICE an NMOS & PMOS Characterization

Installation of TSMC 180 nm Technology Files in LT SPICE an NMOS & PMOS Characterization

VLSI Design / Advanced VLSI Design: Introduction to VLSI Design

VLSI Design / Advanced VLSI Design: Introduction to VLSI Design

VLSI Design Using LT SPICE : SRAM Design

VLSI Design Using LT SPICE : SRAM Design

VLSI Design Using LT SPICE : Pass Transistor Logic Design

VLSI Design Using LT SPICE : Pass Transistor Logic Design

VLSI Design Using LT SPICE : Dynamic and Domino CMOS Design

VLSI Design Using LT SPICE : Dynamic and Domino CMOS Design

VLSI Design Using LT SPICE Static CMOS Design : D-Latch Design

VLSI Design Using LT SPICE Static CMOS Design : D-Latch Design

VLSI Design Using LT SPICE : Static CMOS Design

VLSI Design Using LT SPICE : Static CMOS Design

Decoders and Encoders

Decoders and Encoders

Multiplexers and De-multiplexers

Multiplexers and De-multiplexers

VCO Design in LT SPICE uisng TSMC 180 nm CMOS Devices

VCO Design in LT SPICE uisng TSMC 180 nm CMOS Devices

VLSI Design Using LT SPICE : Inverter Design

VLSI Design Using LT SPICE : Inverter Design

VLSI Design Using LT SPICE

VLSI Design Using LT SPICE

Multipliers and Magnitude Comparators

Multipliers and Magnitude Comparators

Combinational Logic and Arithmetic Circuits

Combinational Logic and Arithmetic Circuits

Hazards in Digital Circuits

Hazards in Digital Circuits

Logic Gate Realization

Logic Gate Realization

My Kittens Hunting Non-Poisonous Snake

My Kittens Hunting Non-Poisonous Snake

Quine-McCluskey (QM) Technique

Quine-McCluskey (QM) Technique

Five Variable K-Maps

Five Variable K-Maps

Problems and Solutions BJT Circuits

Problems and Solutions BJT Circuits

K-Maps Part 2

K-Maps Part 2

K-Maps Part 1

K-Maps Part 1

BJT Amplifiers- Part 2

BJT Amplifiers- Part 2

BJT Amplifiers-Part1

BJT Amplifiers-Part1

Introduction to BJT

Introduction to BJT

Problems and Solutions on Diode Rectfiers, Clippers and Clampers

Problems and Solutions on Diode Rectfiers, Clippers and Clampers

Boolean Algebra: Part 2

Boolean Algebra: Part 2

Boolean Algebra: Part 1

Boolean Algebra: Part 1

Diode Clipper and Clamper Circuits

Diode Clipper and Clamper Circuits

Elcetrical Science: Diode Rectifiers

Elcetrical Science: Diode Rectifiers

CUTE LITTLE KITTEN

CUTE LITTLE KITTEN

Binary Codes

Binary Codes

Number System Part 2

Number System Part 2

Problems and Solutions : Passive Filters & Transformers

Problems and Solutions : Passive Filters & Transformers

Implementation of Majority Circuit using 74XX, TTL Gates in Tinkercad

Implementation of Majority Circuit using 74XX, TTL Gates in Tinkercad

Electrical Science: Transformer Theory and Operation

Electrical Science: Transformer Theory and Operation

Electrical Science: Passive Filters

Electrical Science: Passive Filters

Problems and Solutions: Three Phase AC Circuits

Problems and Solutions: Three Phase AC Circuits

Number System Part 1

Number System Part 1

Introduction to Digital Systems

Introduction to Digital Systems

Three Phase AC Circuits – Part 3

Three Phase AC Circuits – Part 3

Three Phase AC Circuits – Part 2

Three Phase AC Circuits – Part 2

Electrical Science: Three Phase AC Circuits - Part 1

Electrical Science: Three Phase AC Circuits - Part 1

Problems and Solutions: Frequency Domain Analysis (AC Analysis) of RLC Circuit

Problems and Solutions: Frequency Domain Analysis (AC Analysis) of RLC Circuit

Electrical Science: Resonance in AC Circuits

Electrical Science: Resonance in AC Circuits

Electrical Science: AC Response for a Parallel RLC Circuits

Electrical Science: AC Response for a Parallel RLC Circuits

Electrical Science: AC Response for a Series RLC Circuits

Electrical Science: AC Response for a Series RLC Circuits

Problems and Solutions: Basics of AC Circuit

Problems and Solutions: Basics of AC Circuit

Electrical Science: AC Response for Pure Resistive, Inductive and Capactive Circuits

Electrical Science: AC Response for Pure Resistive, Inductive and Capactive Circuits

Electrical Science: Introduction to AC Circuits

Electrical Science: Introduction to AC Circuits

Electrical Science: Problems and Solutions Second Order Circuits

Electrical Science: Problems and Solutions Second Order Circuits

Electrical Science: Second Order Circuits, RLC series and RLC Parallel Circuits

Electrical Science: Second Order Circuits, RLC series and RLC Parallel Circuits

Electrical Science; Problems and Solutions First Order Circuits

Electrical Science; Problems and Solutions First Order Circuits

Electrical Science: First Order RC and RL Circuits

Electrical Science: First Order RC and RL Circuits

Electrical Science: Inductors

Electrical Science: Inductors

Electrical Science: Capacitors

Electrical Science: Capacitors

Glowing LED with Interlocking Relay, 9 V battery 7805 Regulator and in tinkercad

Glowing LED with Interlocking Relay, 9 V battery 7805 Regulator and in tinkercad

Electrical Science Solved Examples Thevenin’s, Norton’s, Max-Power Transform, Superposition Theorem

Electrical Science Solved Examples Thevenin’s, Norton’s, Max-Power Transform, Superposition Theorem

Electrical Science: Superposition Theorem

Electrical Science: Superposition Theorem

Electrical Science: Norton’s Theorem & Max Power Transform Theorem

Electrical Science: Norton’s Theorem & Max Power Transform Theorem

Electrical Sciences: Thevenin’s Theorem

Electrical Sciences: Thevenin’s Theorem

Glowing LED with 9 V battery, 7805 Regulator, and 5 V Relay in tinkercad

Glowing LED with 9 V battery, 7805 Regulator, and 5 V Relay in tinkercad

Staircase Wiring in tinkercad

Staircase Wiring in tinkercad

Electrical Science : Poblems and Solutions on Mesh and Node Analysis

Electrical Science : Poblems and Solutions on Mesh and Node Analysis

Electrical Science: : Mesh and Node Analysis

Electrical Science: : Mesh and Node Analysis

Electrical Science: Circuit Analysis and Kirchhoff’s Laws

Electrical Science: Circuit Analysis and Kirchhoff’s Laws

Driving LED with 9 V battery and resistor in Tinker Cad

Driving LED with 9 V battery and resistor in Tinker Cad

Basic Electrical Quantities and Resistance

Basic Electrical Quantities and Resistance

Introduction to Tinker cad. Simple Switch and Bulb Circuit

Introduction to Tinker cad. Simple Switch and Bulb Circuit

Problems and Solutions Electrical Sciences Power Sources

Problems and Solutions Electrical Sciences Power Sources

VTC Curve of 180 nm TSMC CMOS Inverter with Parametric Sweep of Channel Width in LT SPICE

VTC Curve of 180 nm TSMC CMOS Inverter with Parametric Sweep of Channel Width in LT SPICE

Electrical Science: Lecture 1 : Power Sources

Electrical Science: Lecture 1 : Power Sources

TSMC 180 nm NMOS Characterization. Transfer Characteristics & Output Characteristics in LT Spice

TSMC 180 nm NMOS Characterization. Transfer Characteristics & Output Characteristics in LT Spice

TSMC 180 nm CMOS Full Adder in LT Spice Measurement of Delay and Power Sizing of Transistors .

TSMC 180 nm CMOS Full Adder in LT Spice Measurement of Delay and Power Sizing of Transistors .

Cute Kittens Enjoying Swinging In Hammock

Cute Kittens Enjoying Swinging In Hammock

Design, Simulation and measurement of frequency of Operation of Op-Amp based VCO in LT SPICE.

Design, Simulation and measurement of frequency of Operation of Op-Amp based VCO in LT SPICE.

8086 Interfaces : Problems and Solutions 8255A PPI/8254 Timer and 8259A PIC

8086 Interfaces : Problems and Solutions 8255A PPI/8254 Timer and 8259A PIC

Importing PTM 7nm , 16 nm , 22 nm CMOS Technology files Into Virtuoso Cadence®.

Importing PTM 7nm , 16 nm , 22 nm CMOS Technology files Into Virtuoso Cadence®.