Канал: GATE Engineering (Dr. Mohan Bansal)

Why Convolution is for only LTI System?

Why Convolution is for only LTI System?

Decode | Higher Order Decoder | Digital Electronics |

Decode | Higher Order Decoder | Digital Electronics |

Multiplexer Problems | Higher Order MUX | Digital Electronics | Numerical Problems

Multiplexer Problems | Higher Order MUX | Digital Electronics | Numerical Problems

GATE 2025 | Practice Problem | Decoder | Digital Electronics |#shorts #shortsvideo #ytshorts

GATE 2025 | Practice Problem | Decoder | Digital Electronics |#shorts #shortsvideo #ytshorts

Decoder | Numerical Problems on Decoder | Digital Electronics |

Decoder | Numerical Problems on Decoder | Digital Electronics |

Redundant Gate | Minimization | K-map | Digital Electronics | #shorts #ytshorts

Redundant Gate | Minimization | K-map | Digital Electronics | #shorts #ytshorts

Gate 2025 |Gate Preparation | K map | Digital Electronics | minimized function #shortsvideo #shorts

Gate 2025 |Gate Preparation | K map | Digital Electronics | minimized function #shortsvideo #shorts

Practice Problem | GATE 2025 | Logic Gates| Digital Electronics |#shorts #ytshorts #shortvideo

Practice Problem | GATE 2025 | Logic Gates| Digital Electronics |#shorts #ytshorts #shortvideo

GATE 2024 Preparation | Logic Gates | Digital Electronics | Special gates #shortsvideo #shorts

GATE 2024 Preparation | Logic Gates | Digital Electronics | Special gates #shortsvideo #shorts

GATE 2025 | GATE Problem | SOP and POS | Digital Electronics | #shorts #ytshorts #gatengineering

GATE 2025 | GATE Problem | SOP and POS | Digital Electronics | #shorts #ytshorts #gatengineering

4 variable k map | GATE 2025 | GATE Solution | Digital Electronics #shorts #shortsvideo #education

4 variable k map | GATE 2025 | GATE Solution | Digital Electronics #shorts #shortsvideo #education

GATE 2023 Exam Solution | GATE 2025 Preparation | SNR | ADC | Resolution #shorts #shortvideo

GATE 2023 Exam Solution | GATE 2025 Preparation | SNR | ADC | Resolution #shorts #shortvideo

GATE 2023 Solution | GATE 2024 Preparation | PSD | Power Spectral Density | #shorts #shortvideo

GATE 2023 Solution | GATE 2024 Preparation | PSD | Power Spectral Density | #shorts #shortvideo

GATE Exam 2023 Solution | GATE 2024 Preparation | Digital Electronics #shorts #ytshorts #gate

GATE Exam 2023 Solution | GATE 2024 Preparation | Digital Electronics #shorts #ytshorts #gate

Gray code | binary to gray code conversion - digital electronics

Gray code | binary to gray code conversion - digital electronics

GATE 2025 Preparation | decimal to gray code | Digital Electronics #shorts #short #shortvideo

GATE 2025 Preparation | decimal to gray code | Digital Electronics #shorts #short #shortvideo

GATE 2025 | GATE 2023 Solution | PSD | Power Spectral Density | #shorts #shortvideo

GATE 2025 | GATE 2023 Solution | PSD | Power Spectral Density | #shorts #shortvideo

GATE 2025 | GATE 2023 Solution | Propagation delay time in digital electronics | #shorts #shortvideo

GATE 2025 | GATE 2023 Solution | Propagation delay time in digital electronics | #shorts #shortvideo

GATE 2025 | GATE 2023 Solution | Causal and time invariant System - Part 2 | #shorts #shortvideo

GATE 2025 | GATE 2023 Solution | Causal and time invariant System - Part 2 | #shorts #shortvideo

GATE 2025 | GATE 2023 Solution | Causal and Non Causal System | #shorts #shortvideo

GATE 2025 | GATE 2023 Solution | Causal and Non Causal System | #shorts #shortvideo

GATE 2025 | GATE 2023 Solution | KVL and Mesh Analysis | #shorts #short #shortvideo #education

GATE 2025 | GATE 2023 Solution | KVL and Mesh Analysis | #shorts #short #shortvideo #education

GATE 2025 | GATE 2023 Solution | MUX Problem | #shorts #gate #gateexam

GATE 2025 | GATE 2023 Solution | MUX Problem | #shorts #gate #gateexam

BCD Addition | Digital Electronics

BCD Addition | Digital Electronics

Signed Number Addition/Subtraction using 2's Complement | Digital Electronics

Signed Number Addition/Subtraction using 2's Complement | Digital Electronics

Signed number subtraction using 1's complement | Digital Electronics

Signed number subtraction using 1's complement | Digital Electronics

1's and 2's complement representation of signed decimal number

1's and 2's complement representation of signed decimal number

Binary Subtractions using (r-1)'s (1's) Complement | Digital Electronics

Binary Subtractions using (r-1)'s (1's) Complement | Digital Electronics

Binary Subtractions using r's (2's) Complement | Digital Electronics

Binary Subtractions using r's (2's) Complement | Digital Electronics

Numerical Problems on Zener Diode | Voltage Regulator

Numerical Problems on Zener Diode | Voltage Regulator

Parallel RLC Circuit | Current Phasor Diagram

Parallel RLC Circuit | Current Phasor Diagram

Elements in the Series RLC Circuit | RLC calculation

Elements in the Series RLC Circuit | RLC calculation

Series RLC Circuit | Numerical Problem | Power factor and Phasor Diagram

Series RLC Circuit | Numerical Problem | Power factor and Phasor Diagram

Operational Amplifier | Inverting and Non-Inverting | numerical problems

Operational Amplifier | Inverting and Non-Inverting | numerical problems

AC Circuit: Power Analysis | Complex Power, Apparent Power, Power Factor

AC Circuit: Power Analysis | Complex Power, Apparent Power, Power Factor

Analysis and Forecasting of the COVID-19 Epidemic Curve | A research presentation

Analysis and Forecasting of the COVID-19 Epidemic Curve | A research presentation

Concepts of KVL and Ohm's Law | #shorts

Concepts of KVL and Ohm's Law | #shorts

An easy concept on logic gates | #shorts

An easy concept on logic gates | #shorts

Signed binary number | #shorts

Signed binary number | #shorts

Logical expression #shorts

Logical expression #shorts

Binary to BCD Conversion #shorts

Binary to BCD Conversion #shorts

How to create Table in LaTeX| Learn using Overleaf | Subtable | Multicolumn | Multirow | Position |

How to create Table in LaTeX| Learn using Overleaf | Subtable | Multicolumn | Multirow | Position |

Latex insert figures, subfigures, captions, labels | Insert figures and subfigures environment

Latex insert figures, subfigures, captions, labels | Insert figures and subfigures environment

Logic Gates using Multiplexer| Not Gate |OR Gate | AND Gate | X-OR Gate| 2x1 MUX

Logic Gates using Multiplexer| Not Gate |OR Gate | AND Gate | X-OR Gate| 2x1 MUX

Introduction to Multiplexer | 2:1 MUX | 4:1 MUX |

Introduction to Multiplexer | 2:1 MUX | 4:1 MUX |

4-bit Parallel Adder and Subtractor using Full Adder (Ripple Carry Adder)

4-bit Parallel Adder and Subtractor using Full Adder (Ripple Carry Adder)

Adder and Subtractor

Adder and Subtractor

r's and (r-1)'s Complements of Number (1's , 2's, 9's and 10's complements)

r's and (r-1)'s Complements of Number (1's , 2's, 9's and 10's complements)

Number system conversion (Binary, Octal and Hexadecimal)

Number system conversion (Binary, Octal and Hexadecimal)

4. Decimal to other Base (Binary, Octal, Hexadecimal) Conversion

4. Decimal to other Base (Binary, Octal, Hexadecimal) Conversion

3. All Base Number conversion to Decimal Number System

3. All Base Number conversion to Decimal Number System

2 Introduction to Number Systems

2 Introduction to Number Systems

1 Digital Logic Design Overview | GATE

1 Digital Logic Design Overview | GATE

Problems on Resonant Frequency

Problems on Resonant Frequency

Practice Problems on Parallel Resonance (Quality factor, Resonance frequency and Bandwidth)

Practice Problems on Parallel Resonance (Quality factor, Resonance frequency and Bandwidth)

A Quick Revision on Maximum Power Transfer and Superposition Theorems with Solved Problems.

A Quick Revision on Maximum Power Transfer and Superposition Theorems with Solved Problems.

Thevenin's and Norton's theorems -Part II (Dependent Sources)

Thevenin's and Norton's theorems -Part II (Dependent Sources)

Numerical Problems on Thevenin's and Norton's Theorems for Independent Sources

Numerical Problems on Thevenin's and Norton's Theorems for Independent Sources

A Quick Revision on KVL and Mesh Analysis

A Quick Revision on KVL and Mesh Analysis

Quick Revision on Laplace Transform with solved Problems, Properties of LT and ROC

Quick Revision on Laplace Transform with solved Problems, Properties of LT and ROC

A Quick Revision on Linear/non linear, causal/non causal, static/dynamic, TV/TI systems

A Quick Revision on Linear/non linear, causal/non causal, static/dynamic, TV/TI systems

Quick Solution of KCL and Nodal Analysis | Numerical Problems

Quick Solution of KCL and Nodal Analysis | Numerical Problems

A Quick Revision on Complex Exponential Fourier Series with good examples

A Quick Revision on Complex Exponential Fourier Series with good examples

A Quick Revision on Basic Signal Operations (Time Shifting, Time Scalling and Time Reversal)

A Quick Revision on Basic Signal Operations (Time Shifting, Time Scalling and Time Reversal)

A Quick Revision on Power Sources (Dependent, independent and ideal, practical power sources)

A Quick Revision on Power Sources (Dependent, independent and ideal, practical power sources)

A Quick Revision on Signal Classifications with Solved Examples

A Quick Revision on Signal Classifications with Solved Examples

Trigonometric Fourier Series | A Quick Revision | GATE 2023

Trigonometric Fourier Series | A Quick Revision | GATE 2023

Equivalent Resistance of Infinity Ladder Network

Equivalent Resistance of Infinity Ladder Network

The Equivalent Resistance of a Cube across face diagonal | IIT Kanpur | GATE/IES (2022/2023) |

The Equivalent Resistance of a Cube across face diagonal | IIT Kanpur | GATE/IES (2022/2023) |

Practice Problems on Laplace Transform - II

Practice Problems on Laplace Transform - II

Practice Problems on Laplace Transform - I

Practice Problems on Laplace Transform - I

GATE Questions on System Properties

GATE Questions on System Properties

29 Convolution Integral

29 Convolution Integral

28 Problems on convolution sum

28 Problems on convolution sum

27 Convolution Sum

27 Convolution Sum

26 Discrete time signal representation using impulse function

26 Discrete time signal representation using impulse function

25. Stability and invertibility

25. Stability and invertibility

24 Problem discussion on time variant and time invariant system

24 Problem discussion on time variant and time invariant system

23 Linear and nonlinear system with problems

23 Linear and nonlinear system with problems

22 Causal and Non causal, Static (memoryless) and Dynamic (memory) System with several examples

22 Causal and Non causal, Static (memoryless) and Dynamic (memory) System with several examples

21 Introduction to systems and interconnection of systems

21 Introduction to systems and interconnection of systems

The Equivalent Resistance of a Cube across edge| IIT Kanpur | GATE/IES (2022/2023) |

The Equivalent Resistance of a Cube across edge| IIT Kanpur | GATE/IES (2022/2023) |

20 Signal representation using step and ramp function

20 Signal representation using step and ramp function

19 Signal representation using step function

19 Signal representation using step function

GATE Exam Update by IIT Bombay

GATE Exam Update by IIT Bombay

The Equivalent Resistance of a Cube across diagonal | IIT Kanpur | GATE/IES (2022/2023) |

The Equivalent Resistance of a Cube across diagonal | IIT Kanpur | GATE/IES (2022/2023) |

18 Rectangle signal and some problems

18 Rectangle signal and some problems

17 Unit Impulse signal and properties

17 Unit Impulse signal and properties

Problem on Absorbing and Delivering Power

Problem on Absorbing and Delivering Power

16 Unit Ramp Signal and basic operations

16 Unit Ramp Signal and basic operations

15 Unit Step Signal and operations

15 Unit Step Signal and operations

Basic signal operations examples | Waveform in 10 Sec | Signals and Systems

Basic signal operations examples | Waveform in 10 Sec | Signals and Systems

Precedence Rule | Shortcut Trick | Signals and Systems

Precedence Rule | Shortcut Trick | Signals and Systems

A good news for third year students -GATE 2021 very important Updates

A good news for third year students -GATE 2021 very important Updates

Basic Operations on Signals -Signals and Systems | Easy Concept

Basic Operations on Signals -Signals and Systems | Easy Concept

Problems on Energy and Power Signals | #shortcuts

Problems on Energy and Power Signals | #shortcuts

Energy and Power Signals - Signals and Systems | #shortcuts

Energy and Power Signals - Signals and Systems | #shortcuts

Discrete time Periodic and Non-periodic Signals

Discrete time Periodic and Non-periodic Signals

Deterministic and Random Signals

Deterministic and Random Signals

Sum of Periodic Signals with Examples

Sum of Periodic Signals with Examples

Periodic and Non Periodic Signals with Examples

Periodic and Non Periodic Signals with Examples

Even and Odd Signals Waveforms - Signals and Systems

Even and Odd Signals Waveforms - Signals and Systems

Even and Odd Signals Examples - Shortcut trick - Signals and Systems

Even and Odd Signals Examples - Shortcut trick - Signals and Systems

Signals and Systems - Introduction

Signals and Systems - Introduction

Even and Odd Signal - Problems

Even and Odd Signal - Problems

Analog and Digital Signal | Continuous and Discrete Time Signal

Analog and Digital Signal | Continuous and Discrete Time Signal