RF Microelectronics: Lecture 4: Mixers

Course : RF Microelectronics- Lecture 3: Low Noise Amplifiers

RF Microelectronics: Lecture 2: Active Inductors

Advanced Analog IC design : Lecture 5: Linear Regulator Design and Simulation

RF Microelectronics: Lecture 1: Tuned Amplifier

Advancved Analog IC design: Total Harmonic Distortion

Advanced Analog IC Design: Lecture 3: Linearity Measurement

Advanced Analog IC Design: Lecture 2: Switched-Capacitor Circuits

Lecture 14 Combinational Components

Tinkercad AR Tutorial Series- Electrical Science -Tutorial 1: Kirchoff’s Voltage Law

Advanced Analog IC Design : Lecture-1 : Bandgap Refernce

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

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

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

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

L10

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

Bike ride Hyderabad to Tadoba

Lesson 8: 8086 Instructions Set : Part-2

Microprocessors and Interfaces: 8086 Instructions Set : Part-1

Testability of VLSI: Lecture 14 Fault Tolerant VLSI Design

Testability of VLSI Lecture 13 Analog and Mixed-Signal Testing

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

Testability of VLSI Lecture 11: Design for Testability

Inverter DC Simulation in Tanner

Testability of VLSI: Lecture 10 - Delay Testing

Testability of VLSI Lecture 09: Testing of Memory

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 6B: Introduction to Automatic Test Pattern Generation

Testability of VLSI Lecture 6A: Testability Measures

Testability of VLSI Lecture 5: Fault Simulation

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

Testability of VLSI Lecture 4: Logic Simulation

Testability of VLSI: Lecture 3: Fault Collapsing

Introduction to Radar Lecture 4: MTI and Pulsed Doppler Radars

Testability of VLSI Lecture 2: Fault Modelling

Testability of VLSI Lecture 1: Introduction to VLSI Testing

Introduction to Radars Lecture 3: Unmodulated CW Radar

Introduction to Radars Lecture 2: Modulated CW Radar

Microprocessor Programming and Interfacing Lecture-1 : Introduction

Introduction to Radars Lecture 1: The Radar Range Equation

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

Bike Trip : Hyderabad to Srisailam

Analog IC Design : Gain Boosting and Output Amplifiers

Advanced VLSI Design: Arithmetic Circuits: Part-2

Analog IC Design: Stability and Oscillators

Advanced VLSI Design: Arithmetic Circuits: Part-1

Analog IC Design : Operational Amplifiers

VLSI Design: Arithmetic Circuits: Part-1

Analog IC Design : Feedback

Advanced VLSI Design: Logic Families Other than CMOS

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

Analog IC Design : Differential Amplifiers Part-3

Analog IC Design : Differential Amplifiers Part-2

Advanced VLSI Design: Pipelined Registers

Advanced VLSI Design: Static Timing Analysis

Analog IC Design : Differential Amplifiers Part-1