Канал: VPACHKAWADE

How to Simulate Step Response | OPAMP Circuits

How to Simulate Step Response | OPAMP Circuits

Real-World Electronic Design For Strain Guage Sensor - Part 2

Real-World Electronic Design For Strain Guage Sensor - Part 2

Bridge Amplifier Design for Strain Guage Sensor

Bridge Amplifier Design for Strain Guage Sensor

How to Autoplace Fields in KiCAD | Schematic

How to Autoplace Fields in KiCAD | Schematic

Transimpedance Amplifier for High-performance Smoke Detector Applications

Transimpedance Amplifier for High-performance Smoke Detector Applications

Transimpedance Amplifier Circuit

Transimpedance Amplifier Circuit

Play with KiCAD | Change Preferences

Play with KiCAD | Change Preferences

How to Design a High-Output Current Circuit !

How to Design a High-Output Current Circuit !

User-defined Signal Plotting | KiCAD

User-defined Signal Plotting | KiCAD

IC 7400 | Logic Gates

IC 7400 | Logic Gates

Simulate NAND Gate Logic Diagram | KiCAD

Simulate NAND Gate Logic Diagram | KiCAD

Digital Logic Simulation | KICAD | NAND GATE

Digital Logic Simulation | KICAD | NAND GATE

Let's Inspect This PCB!

Let's Inspect This PCB!

KiCAD and SPICE : Design and Simulate a Band-Pass Filter!

KiCAD and SPICE : Design and Simulate a Band-Pass Filter!

A Very Interesting Circuit!

A Very Interesting Circuit!

High-Pass Sallen-key Filter Using Free Software

High-Pass Sallen-key Filter Using Free Software

How Will This Circuit Work?

How Will This Circuit Work?

How Capacitor Behaves With Frequency!

How Capacitor Behaves With Frequency!

Practical Design of a Low Pass Filter

Practical Design of a Low Pass Filter

How Will This Circuit Work?

How Will This Circuit Work?

Why is This Circuit Important 💫?

Why is This Circuit Important 💫?

6 - CMOS Fabrication and Layout Techniques

6 - CMOS Fabrication and Layout Techniques

Find Out What This Circuit Is ?

Find Out What This Circuit Is ?

KiCAD: Designing and Simulating a Low Pass Filter Without Errors

KiCAD: Designing and Simulating a Low Pass Filter Without Errors

Sallen Key Filter with KiCAD | Schematic Entry and Design Guide

Sallen Key Filter with KiCAD | Schematic Entry and Design Guide

Special Filters in Electronic Design | Sallen~Key

Special Filters in Electronic Design | Sallen~Key

Real-World Electronic Design Using Free Software - 3

Real-World Electronic Design Using Free Software - 3

Real-World Electronic Design Using Free Software - 2

Real-World Electronic Design Using Free Software - 2

Network Theory: Solving Complex Switching Circuits!

Network Theory: Solving Complex Switching Circuits!

Real-World Electronic Design Using FREE Software - 1

Real-World Electronic Design Using FREE Software - 1

Electronic System Design Using Operational Amplifier

Electronic System Design Using Operational Amplifier

Calculate the Voltage Across 2 OHM Resistor | Switching Circuits! ⚙️🔌

Calculate the Voltage Across 2 OHM Resistor | Switching Circuits! ⚙️🔌

Switching Circuits: Highly Important in Electronics ! ⚡

Switching Circuits: Highly Important in Electronics ! ⚡

Design and Simulate an Inverting Operational Amplifier Using Free SPICE Simulator

Design and Simulate an Inverting Operational Amplifier Using Free SPICE Simulator

Propagation Delay & Critical Path Calculation in Digital Logic !

Propagation Delay & Critical Path Calculation in Digital Logic !

Solving Circuits with Nodal Analysis !

Solving Circuits with Nodal Analysis !

BJT Amplifier Design with SPICE | Tutorial

BJT Amplifier Design with SPICE | Tutorial

How to Perform AC Analysis in SPICE Simulation

How to Perform AC Analysis in SPICE Simulation

NGSPICE: Advanced Circuit Simulation Techniques

NGSPICE: Advanced Circuit Simulation Techniques

NGSPICE : Beginner's Tutorial for Electronic Circuit Design and Simulation

NGSPICE : Beginner's Tutorial for Electronic Circuit Design and Simulation

NGSPICE: Download, Install, and Optimize Circuit Simulation | Step-by-Step Guide

NGSPICE: Download, Install, and Optimize Circuit Simulation | Step-by-Step Guide

Understanding Faraday's Law of Electromagnetic Induction

Understanding Faraday's Law of Electromagnetic Induction

EM Wave Polarization: Types, Applications, and Insights!

EM Wave Polarization: Types, Applications, and Insights!

Free SPICE Circuit Simulator

Free SPICE Circuit Simulator

AC to DC Converter Circuit Simulation Tutorial | Step-by-Step Guide with LTspice

AC to DC Converter Circuit Simulation Tutorial | Step-by-Step Guide with LTspice

Understanding Electromagnetic Waves: Electric and Magnetic Fields Explained | Physics Tutorial

Understanding Electromagnetic Waves: Electric and Magnetic Fields Explained | Physics Tutorial

CMOS Common Gate Amplifier !

CMOS Common Gate Amplifier !

Calculate the Small-Signal Gain of the Circuit

Calculate the Small-Signal Gain of the Circuit

Body Effects in CMOS Circuits

Body Effects in CMOS Circuits

Design of Analog Integrated Circuit Using 180nm Technology

Design of Analog Integrated Circuit Using 180nm Technology

Find The Input and Output Impedance !

Find The Input and Output Impedance !

Calculate The Output Current | CMOS

Calculate The Output Current | CMOS

How Zener Diode Maintains Regulation!

How Zener Diode Maintains Regulation!

MOSFET Circuit Analysis: Gain Calculation Explained | Electronics Tutorial

MOSFET Circuit Analysis: Gain Calculation Explained | Electronics Tutorial

Digital Logic Design | State Diagram

Digital Logic Design | State Diagram

15 - Maxwell's equation | Electromagnetics

15 - Maxwell's equation | Electromagnetics

What is the Output F for Inputs A & B ?

What is the Output F for Inputs A & B ?

Find the Average Value of the Output

Find the Average Value of the Output

Understanding Poles and Zeros in Control Systems | Bode Plot Analysis

Understanding Poles and Zeros in Control Systems | Bode Plot Analysis

Solve for Low-Frequency Gain

Solve for Low-Frequency Gain

With Enable, What's the Output of This Logic?

With Enable, What's the Output of This Logic?

What will be the output of this?

What will be the output of this?

Find the Output Current in the Circuit !

Find the Output Current in the Circuit !

Voltage Regulator Analysis

Voltage Regulator Analysis

How Solar Cell Works

How Solar Cell Works

Phase-Locked Loops (PLL)

Phase-Locked Loops (PLL)

Using ChatGPT to Understand Healthy Blood Sugar

Using ChatGPT to Understand Healthy Blood Sugar

Multiplexer | Write the Boolean Expression

Multiplexer | Write the Boolean Expression

Experiment: Using Thermacol to Beat the Summer Heat | Thermal Insulation Techniques

Experiment: Using Thermacol to Beat the Summer Heat | Thermal Insulation Techniques

Calculate the Closed-loop Gain | Differetial Amplifier | Negative Feedback

Calculate the Closed-loop Gain | Differetial Amplifier | Negative Feedback

Calculate the Current in the Circuit | Apply Superposition Law

Calculate the Current in the Circuit | Apply Superposition Law

Facts on Solar Energy

Facts on Solar Energy

How Fast a Transistor Can Switch !

How Fast a Transistor Can Switch !

Phase noise | Explained

Phase noise | Explained

I am designing an Oscillator Circuit !

I am designing an Oscillator Circuit !

Flicker Noise in Electronics | 1/f

Flicker Noise in Electronics | 1/f

Thermal Noise | Explained

Thermal Noise | Explained

Noise in Electronics

Noise in Electronics

The Hartley Oscillator

The Hartley Oscillator

Colpitts Oscillator

Colpitts Oscillator

Pierce Oscillators

Pierce Oscillators

Crystal Oscillators: The Heartbeat of Electronics ⏰

Crystal Oscillators: The Heartbeat of Electronics ⏰

Wien Bridge Oscillator | OP-AMP

Wien Bridge Oscillator | OP-AMP

Phase Shift Oscillators

Phase Shift Oscillators

How LC Oscillator Works

How LC Oscillator Works

Barkhausen Criterion for Oscillation | Positive Feedback | Loop Gain

Barkhausen Criterion for Oscillation | Positive Feedback | Loop Gain

Oscillators: How They Work in Electronics Design

Oscillators: How They Work in Electronics Design

How Mosquito Killing Bats Work | Troubleshooting

How Mosquito Killing Bats Work | Troubleshooting

Our new book on Electronics Design using SPICE

Our new book on Electronics Design using SPICE

Class D Amplifier | Power & Efficiency

Class D Amplifier | Power & Efficiency

Class C Amplifiers: RF Power Transmitter Essentials

Class C Amplifiers: RF Power Transmitter Essentials

Common Source Amplifiers: Understanding JFET Principles

Common Source Amplifiers: Understanding JFET Principles

How Class AB Amplifier Works

How Class AB Amplifier Works

How to Remove Cross-over Distortion in Class-B 📢

How to Remove Cross-over Distortion in Class-B 📢

Class-B Amplifier | Oh my god !

Class-B Amplifier | Oh my god !

Can I Use This Amplifier as Power Amp?

Can I Use This Amplifier as Power Amp?

Amplifier Feedback: Exploring Positive Circuits!

Amplifier Feedback: Exploring Positive Circuits!

How to Identify Feedback in Electronic Circuits: An Analytical Guide! 🔍

How to Identify Feedback in Electronic Circuits: An Analytical Guide! 🔍

What Type of Amplifier is This? | Let's Analyse

What Type of Amplifier is This? | Let's Analyse

How Voltage Amplifier Works | Negative Feedback

How Voltage Amplifier Works | Negative Feedback

How to Write Transfer Function

How to Write Transfer Function

Negative Feedback Amplifier

Negative Feedback Amplifier

Unboxing Surprise Gift from IEEE!

Unboxing Surprise Gift from IEEE!

Astable Multivibrator Using BJTs | Free-Running Oscillator

Astable Multivibrator Using BJTs | Free-Running Oscillator

How to | Time Domain Simulation | Differential Amplifiers | KiCAD

How to | Time Domain Simulation | Differential Amplifiers | KiCAD

Understanding Mass-Spring-Damper Systems: Oscillations and Vibrations Explained

Understanding Mass-Spring-Damper Systems: Oscillations and Vibrations Explained

How to Simulate DC Transfer Curve of Differential Amplifiers

How to Simulate DC Transfer Curve of Differential Amplifiers

How to Simulate Input and Output Impedance

How to Simulate Input and Output Impedance

Understanding Output Resistance in Circuits | Easy Tutorial

Understanding Output Resistance in Circuits | Easy Tutorial

How to Derive Input Resistance in Circuits

How to Derive Input Resistance in Circuits

How to Solve Footprint and other Errors | KiCAD

How to Solve Footprint and other Errors | KiCAD

KiCAD: Practical Schematic Design and SPICE Simulation

KiCAD: Practical Schematic Design and SPICE Simulation

Small-signal Model | Common Base

Small-signal Model | Common Base

Small-signal Model | Common Collector BJT

Small-signal Model | Common Collector BJT

5 - CMOS fabrication and Layout

5 - CMOS fabrication and Layout

4 - Tristates - Latches - Flip-Flops

4 - Tristates - Latches - Flip-Flops

How to Write equations for this Circuit?

How to Write equations for this Circuit?

BJT Voltage Divider Bias | Small-Signal Model

BJT Voltage Divider Bias | Small-Signal Model

How to use BJT as a Switch

How to use BJT as a Switch

Analysing BJTs Small Signal Model

Analysing BJTs Small Signal Model

Class-A Transformer coupled Amplifier | BJT

Class-A Transformer coupled Amplifier | BJT

3 - Physical Design - CMOS Logic

3 - Physical Design - CMOS Logic

Two-stage Inverting Amplifier | High Input Impedance

Two-stage Inverting Amplifier | High Input Impedance

High Input Impedance Inverting Amplifier

High Input Impedance Inverting Amplifier

How to Design a Low Power Difference Amplifier

How to Design a Low Power Difference Amplifier

How Dish Antenna works | How we receive TV signals

How Dish Antenna works | How we receive TV signals

8- How to generate electric and magnetic field ?

8- How to generate electric and magnetic field ?

How EM waves are produced | Examples

How EM waves are produced | Examples

5 - How EM waves are produced

5 - How EM waves are produced

How to Design Photodiode Amplifier | Step by Step Guide

How to Design Photodiode Amplifier | Step by Step Guide

BJT Feedback Circuits

BJT Feedback Circuits

Feedback Amplifier | Transconductance | Current-Series

Feedback Amplifier | Transconductance | Current-Series

Voltage Series Feedback Amplifier

Voltage Series Feedback Amplifier

Types of Feedback Amplifier - 2

Types of Feedback Amplifier - 2

Types of Feedback Amplifier - 1

Types of Feedback Amplifier - 1

What is Feedback Amplifier | Using Negative and Positive Feedabck

What is Feedback Amplifier | Using Negative and Positive Feedabck

Today, I Opened the TV Remote | PCB

Today, I Opened the TV Remote | PCB

Two-Transistor Feedback Amplifier

Two-Transistor Feedback Amplifier

What is the Gain of This Circuit? | Circuit Analysis

What is the Gain of This Circuit? | Circuit Analysis

Can You Analyze This Circuit?

Can You Analyze This Circuit?

How to Perform Differentiation Using Op-amp

How to Perform Differentiation Using Op-amp

Differential Amplifiers with Active Loads | MOSFET Story

Differential Amplifiers with Active Loads | MOSFET Story

Differential Amplifiers with Passive Loads | Bias Point Calculations - 3

Differential Amplifiers with Passive Loads | Bias Point Calculations - 3

Differential Amplifiers with Passive Loads | Current and Voltages - 2

Differential Amplifiers with Passive Loads | Current and Voltages - 2

Differential Amplifiers with Passive Loads - 1

Differential Amplifiers with Passive Loads - 1

Capacitors and Operational Amplifier | Circuit Design

Capacitors and Operational Amplifier | Circuit Design

Differentiator Using Operational Amplifier

Differentiator Using Operational Amplifier

How to Amplify Difference Between Two Signals | Op-amp

How to Amplify Difference Between Two Signals | Op-amp

Differential Amplifier

Differential Amplifier

Differential Amplifier with Active Load

Differential Amplifier with Active Load

Single Stage Transistor Amplifier | BJT

Single Stage Transistor Amplifier | BJT

How will this circuit work ? | What is this circuit ?

How will this circuit work ? | What is this circuit ?

Cascade Common Emitter Stages | Multistage Amplifiers

Cascade Common Emitter Stages | Multistage Amplifiers

Cascading of Common Emitter and Common Collector Stages | Multistage Amplifiers

Cascading of Common Emitter and Common Collector Stages | Multistage Amplifiers

Multistage Amplifiers | Time Domain Simulation | KiCAD

Multistage Amplifiers | Time Domain Simulation | KiCAD

Multi-Stage Amplifiers | How it Works | Design with KiCAD & SPICE

Multi-Stage Amplifiers | How it Works | Design with KiCAD & SPICE

KiCad Simple Circuit Design | DC Analysis | PWR_FLAG

KiCad Simple Circuit Design | DC Analysis | PWR_FLAG

KiCAD Schematic Design | Adding Components, Lables and Devices

KiCAD Schematic Design | Adding Components, Lables and Devices

Current to Voltage Conversion with Op-Amp Magic | Precision Circuits

Current to Voltage Conversion with Op-Amp Magic | Precision Circuits

Voltage to Current Conversion Using Op-Amp

Voltage to Current Conversion Using Op-Amp

Precision Full Wave Rectifier Using Op Amp | AC to DC Conversion

Precision Full Wave Rectifier Using Op Amp | AC to DC Conversion

How to Plot Schokley Diode Equation

How to Plot Schokley Diode Equation

Precision Half Wave Rectifier Using Op Amp | Design and Simulations

Precision Half Wave Rectifier Using Op Amp | Design and Simulations

How to Use Diode as Peak Detector

How to Use Diode as Peak Detector

Understanding Transient Simulation of a Differential Amplifier

Understanding Transient Simulation of a Differential Amplifier

How to Use Single Transistor As Differential Amplifier

How to Use Single Transistor As Differential Amplifier

Understanding Differential Amplifier: Simulating Small Signal AC Response

Understanding Differential Amplifier: Simulating Small Signal AC Response

Understanding Differential Amplifiers: Design and Analysis Explained Simply

Understanding Differential Amplifiers: Design and Analysis Explained Simply

Understanding Differential Amplifiers: Simulating Common Mode Behavior

Understanding Differential Amplifiers: Simulating Common Mode Behavior

BJT Transistor Circuit Analysis | Negative Feedback

BJT Transistor Circuit Analysis | Negative Feedback

Mastering Differential Amplifiers: Theory, Simulation, and Analysis

Mastering Differential Amplifiers: Theory, Simulation, and Analysis

How Differential Amplifier Works | Common Signal Rejection

How Differential Amplifier Works | Common Signal Rejection

How to Design and Simulate a Bandgap Voltage Reference | Full Guide

How to Design and Simulate a Bandgap Voltage Reference | Full Guide

How to Generate Temperature Independent References | Voltage and Current

How to Generate Temperature Independent References | Voltage and Current

How to Generate Voltage Reference Using Zener Diode

How to Generate Voltage Reference Using Zener Diode

How to Generate a Voltage Reference | Zener, Resistor and an Operational Amplifier

How to Generate a Voltage Reference | Zener, Resistor and an Operational Amplifier

Understanding MOSFET Parameters and Spice Models | Easy Electronics Tutorial

Understanding MOSFET Parameters and Spice Models | Easy Electronics Tutorial

Understanding Diode-Connected Transistors for Voltage Reference Circuits | Electronics Explained

Understanding Diode-Connected Transistors for Voltage Reference Circuits | Electronics Explained

Mastering Circuit Design: Exploring Temperature Effects with Temperature Sweep Analysis

Mastering Circuit Design: Exploring Temperature Effects with Temperature Sweep Analysis

Mastering Voltage Stability: The Bandgap Breakdown | Electronics Demystified!

Mastering Voltage Stability: The Bandgap Breakdown | Electronics Demystified!

What is Active Load in Amplifiers | PMOS Current Mirror Circuit |

What is Active Load in Amplifiers | PMOS Current Mirror Circuit |

How to Generate Reference Voltages Using BJT | Current Mirror | Emitter Degeneration

How to Generate Reference Voltages Using BJT | Current Mirror | Emitter Degeneration

Mastering Current References and Mirrors: A Deep Dive into Circuit Analysis

Mastering Current References and Mirrors: A Deep Dive into Circuit Analysis

How to use current mirror | biasing circuits

How to use current mirror | biasing circuits

How to Design a Programmable Current Source with Precision

How to Design a Programmable Current Source with Precision

Wilson Current Mirror | How to Improve Performance

Wilson Current Mirror | How to Improve Performance

Improved Current Mirror | Emitter Follower | BJT

Improved Current Mirror | Emitter Follower | BJT

Current Mirror Using MOSFET

Current Mirror Using MOSFET

Wilson Current Mirror | Full Operation Explained

Wilson Current Mirror | Full Operation Explained

Gain-Boosted Current Mirrors with Op-Amp

Gain-Boosted Current Mirrors with Op-Amp

How to Design a MOS Current Mirror | Analysis and Simulations

How to Design a MOS Current Mirror | Analysis and Simulations

How to boost output resistance of current mirror | emitter degeneration resistor

How to boost output resistance of current mirror | emitter degeneration resistor

How to Bias a Transistor | BJT

How to Bias a Transistor | BJT

How to Design a Current Mirror | DC analysis

How to Design a Current Mirror | DC analysis

Current Mirror Techniques

Current Mirror Techniques

How to Generate Multiple Current Reference | Current Mirror | BJT

How to Generate Multiple Current Reference | Current Mirror | BJT

Current Mirror | How it Works | BJT Current Mirror

Current Mirror | How it Works | BJT Current Mirror

How Current Mirror Works | BJT | Reference

How Current Mirror Works | BJT | Reference

How to Analyse This Circuit in SPICE | Time Domain Simulation | Common Collector Amplifier

How to Analyse This Circuit in SPICE | Time Domain Simulation | Common Collector Amplifier

Understanding AC Response of Common Collector Amplifiers | Easy Electronics Tutorial

Understanding AC Response of Common Collector Amplifiers | Easy Electronics Tutorial