Канал: Amazing Automation

How to Design Relay Card Using Rasberry Pi PICO | Tutorial for Beginers | Learn KiCAD (Simplified)

How to Design Relay Card Using Rasberry Pi PICO | Tutorial for Beginers | Learn KiCAD (Simplified)

Kicad Custom Border | Custom Outline Tutorial for Beginers | Learn KiCAD (Simplified) | Learn PCB

Kicad Custom Border | Custom Outline Tutorial for Beginers | Learn KiCAD (Simplified) | Learn PCB

KiCAD PCB Design Beginner AutoRoute | PCB Design & Development | 3D Model | KiCAD PCB Design

KiCAD PCB Design Beginner AutoRoute | PCB Design & Development | 3D Model | KiCAD PCB Design

KiCAD PCB Design Beginer || PCB Design & Development | 3D Model | KiCAD PCB Design

KiCAD PCB Design Beginer || PCB Design & Development | 3D Model | KiCAD PCB Design

KiCAD | PCB Design & Development | 3D Model | KiCAD PCB Design

KiCAD | PCB Design & Development | 3D Model | KiCAD PCB Design

Example of IVT and FVT || Signals and Systems

Example of IVT and FVT || Signals and Systems

Example of Convolution using Z Transform properties || Signals and Systems

Example of Convolution using Z Transform properties || Signals and Systems

Example of Z Transform using the properties || Signals and Systems

Example of Z Transform using the properties || Signals and Systems

Example of Z Transform with sequences || Signals and Systems

Example of Z Transform with sequences || Signals and Systems

Example of Z Transform on two ROC || Signals and Systems

Example of Z Transform on two ROC || Signals and Systems

Z-Transform Examples || Signals and Systems

Z-Transform Examples || Signals and Systems

Z Transform of sequences with ROC || Signals and Systems

Z Transform of sequences with ROC || Signals and Systems

Z-Transform of some common sequences || Signals and Systems

Z-Transform of some common sequences || Signals and Systems

Introduction to the Z Transform || Signals and Systems

Introduction to the Z Transform || Signals and Systems

Example on Convolution Property of Fourier Transform || Signals and Systems

Example on Convolution Property of Fourier Transform || Signals and Systems

Example on the Phase and Magnitude spectrum || Signals and Systems

Example on the Phase and Magnitude spectrum || Signals and Systems

Example on the Phase and Magnitude spectrum || Signals and Systems

Example on the Phase and Magnitude spectrum || Signals and Systems

Example on Fourier Transform Using properties of Fourier transform || Signals and Systems

Example on Fourier Transform Using properties of Fourier transform || Signals and Systems

Example on Fourier Transform Using properties of Fourier transform || Signals and Systems

Example on Fourier Transform Using properties of Fourier transform || Signals and Systems

Example on Fourier Transform || Signals and systems

Example on Fourier Transform || Signals and systems

Example on Fourier Transform || Signals and Systems

Example on Fourier Transform || Signals and Systems

Properties of Fourier Transforms || Signals and Systems

Properties of Fourier Transforms || Signals and Systems

Learn Fourier Transforms || Signals and Systems

Learn Fourier Transforms || Signals and Systems

Power of a signals using Fourier series || Signals and Systems

Power of a signals using Fourier series || Signals and Systems

Example of Full Wave Rectified signal in Exponential Fourier Series || Signals and Systems

Example of Full Wave Rectified signal in Exponential Fourier Series || Signals and Systems

All about Properties of Fourier Series || Signals and Systems

All about Properties of Fourier Series || Signals and Systems

Exponential Fourier Series || Signals and Systems

Exponential Fourier Series || Signals and Systems

Wave Symmetry for Fourier Series with Examples || Signals and Systems

Wave Symmetry for Fourier Series with Examples || Signals and Systems

Examples of Saw Tooth Cosine Term of Fourier Series || Signals and Systems

Examples of Saw Tooth Cosine Term of Fourier Series || Signals and Systems

Examples of Fourier Series Saw Tooth Signal || Signals and Systems

Examples of Fourier Series Saw Tooth Signal || Signals and Systems

Examples of Fourier Series Saw Tooth || Signals and Systems

Examples of Fourier Series Saw Tooth || Signals and Systems

Fourier Example || Signals and Systems

Fourier Example || Signals and Systems

Review of Fourier Series || Signals and Systems

Review of Fourier Series || Signals and Systems

Line Spectrum of Fourier Series || Signals and Systems

Line Spectrum of Fourier Series || Signals and Systems

Introduction to Fourier Series || Signals and Systems

Introduction to Fourier Series || Signals and Systems

Examples of DT LTI SystemsTabulation Method || Signals and Systems

Examples of DT LTI SystemsTabulation Method || Signals and Systems

Example of DT LTI Systems || Signals and Systems

Example of DT LTI Systems || Signals and Systems

Properties of Convolution in DT LTI Systems || Signals and Systems

Properties of Convolution in DT LTI Systems || Signals and Systems

Multiplication method of Discrete Time Convolution with Example || Signals and Systems

Multiplication method of Discrete Time Convolution with Example || Signals and Systems

Tabular method of Discrete Time Convolution with Example || Signals and Systems

Tabular method of Discrete Time Convolution with Example || Signals and Systems

Mathematical method of Discrete Time Convolution with Example || Signals and Systems

Mathematical method of Discrete Time Convolution with Example || Signals and Systems

Graphical method of Discrete Time Convolution with Example ||

Graphical method of Discrete Time Convolution with Example ||

Introduction to Discrete Time Convolution with Example Part 2 || Signals and System

Introduction to Discrete Time Convolution with Example Part 2 || Signals and System

Introduction to Discrete Time Convolution with Example Part 1 || Signals and Systems

Introduction to Discrete Time Convolution with Example Part 1 || Signals and Systems

Representation of Discrete Impulses as Weighed Impulses || Signals and Systems

Representation of Discrete Impulses as Weighed Impulses || Signals and Systems

Time Scaling of Discrete time Signals Expansion and Compression of the Discrete || Signals & Systems

Time Scaling of Discrete time Signals Expansion and Compression of the Discrete || Signals & Systems

Time Shifting and Time Reversal operations on Discrete Time signals || Signals and Systems

Time Shifting and Time Reversal operations on Discrete Time signals || Signals and Systems

Introduction to the DT LTI || Signals and Systems

Introduction to the DT LTI || Signals and Systems

Initian and Final Value theorem With Examples || Signals and System

Initian and Final Value theorem With Examples || Signals and System

Laplace Transform of Differential Equation || Signals and Systems

Laplace Transform of Differential Equation || Signals and Systems

Inverse Laplace Transforms || Signals and System

Inverse Laplace Transforms || Signals and System

Convolution property of Laplace Transfrom example || Signals and Systems

Convolution property of Laplace Transfrom example || Signals and Systems

Examples based on Divide by t term using the properties of Laplace Transforms

Examples based on Divide by t term using the properties of Laplace Transforms

Examples of Laplace transforms by using Properties of Laplace

Examples of Laplace transforms by using Properties of Laplace

Important Properties of Laplace Transforms || Signals and Systems

Important Properties of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms || Signals and Systems

Examples of Laplace Transforms | Signals and Systems

Examples of Laplace Transforms | Signals and Systems

Region of Convergence || Signals and Systems

Region of Convergence || Signals and Systems

Introduction to the Laplace TransformsInsights || Singals and Systems

Introduction to the Laplace TransformsInsights || Singals and Systems

Introduction to the Laplace Transform || Signals and Systems

Introduction to the Laplace Transform || Signals and Systems

Laplace Standard Definitions

Laplace Standard Definitions

Convolution Example for two important Conclusion || Signals and Systems

Convolution Example for two important Conclusion || Signals and Systems

Property of Convolution || Signals and Systems

Property of Convolution || Signals and Systems

Examples of Convolution | Signals and System

Examples of Convolution | Signals and System

Convolution Examples (2) | Signals and System

Convolution Examples (2) | Signals and System

CT LTI and Impulse Function | Signals and System

CT LTI and Impulse Function | Signals and System

CT LTI and Impulse Function | Signals and System

CT LTI and Impulse Function | Signals and System

Time-Variant and Time-Invariant Systems with Examples | Signals and System

Time-Variant and Time-Invariant Systems with Examples | Signals and System

Linear and Non-Linear Systems with Examples | Signals and System

Linear and Non-Linear Systems with Examples | Signals and System

Invertible System | Signals and System

Invertible System | Signals and System

Stable and Unstable system | Signals and System

Stable and Unstable system | Signals and System

Linear and Non Linear Systems | Signals and System

Linear and Non Linear Systems | Signals and System

Time Variant and Time Invariant Systems | Signals and System

Time Variant and Time Invariant Systems | Signals and System

Build a DC-DC Buck Regulator | Learn KiCAD (Simplified) | Learn PCB

Build a DC-DC Buck Regulator | Learn KiCAD (Simplified) | Learn PCB

DC-DC Buck Converter PCB Design | Learn KiCAD.

DC-DC Buck Converter PCB Design | Learn KiCAD.

Causal and Non Causal Systems | Signals and System

Causal and Non Causal Systems | Signals and System

Addition and Subtraction of the signals || Signals and System

Addition and Subtraction of the signals || Signals and System

Periodic and Non periodic Signals || Signals and System

Periodic and Non periodic Signals || Signals and System

Periodic and Non-periodic Signals || Signals and System

Periodic and Non-periodic Signals || Signals and System

Time Scaling Property of Signal || Signals and System

Time Scaling Property of Signal || Signals and System

Time Scalling of the signals | Signals and System

Time Scalling of the signals | Signals and System

5V 18560 mAh Power Bank KiCAD | PCB Design & Development | 3D Model

5V 18560 mAh Power Bank KiCAD | PCB Design & Development | 3D Model

Time Folding of the Signals | Signals and System

Time Folding of the Signals | Signals and System

5V 18560 mAh Power Bank KiCAD | PCB Design & Development | 3D Model

5V 18560 mAh Power Bank KiCAD | PCB Design & Development | 3D Model

Delay or advance sequence in Signals and System | Signal and System

Delay or advance sequence in Signals and System | Signal and System

Introduction to System | Learn Signals and System | GTU

Introduction to System | Learn Signals and System | GTU

Adding Custom Logo on PCB | Add Logo under 5 minutes | KiCAD Beginners

Linear and Non-Linear system | Learn Signals and System | GTU

Linear and Non-Linear system | Learn Signals and System | GTU

Signal adition, subtraction, multiplication etc | Signals and System

Signal adition, subtraction, multiplication etc | Signals and System

Time Scaling and Amplitude Scaling properties of a Signal

Time Scaling and Amplitude Scaling properties of a Signal

3D Model | Kicad Adding a new 3D Model to the Footprint | KiCAD Beginners | Download 3D Model

3D Model | Kicad Adding a new 3D Model to the Footprint | KiCAD Beginners | Download 3D Model

Shifting and Folding Properties of Signal

Shifting and Folding Properties of Signal

Energy and Power and causal and Non-causal signals | Signals and System

Energy and Power and causal and Non-causal signals | Signals and System

Characteristics of Signals | Signals and Systems | Learn Signal and System

Characteristics of Signals | Signals and Systems | Learn Signal and System

Standard Exponential Signals | Signals and System

Standard Exponential Signals | Signals and System

KiCAD | PCB Design & Development | 3D Model

KiCAD | PCB Design & Development | 3D Model

KiCAD | PCB Design & Development | 3D Model

KiCAD | PCB Design & Development | 3D Model

Standard Signals | Standard Type of Signals | Signals and System

Standard Signals | Standard Type of Signals | Signals and System

KiCAD | PCB Design & Development | 3D Model

KiCAD | PCB Design & Development | 3D Model

Modes of communication | Signals and Systems

Modes of communication | Signals and Systems

Adding a new BGA Footprint to the Library | KiCAD Beginners | Footprint Library | Create a BGA

Adding a new BGA Footprint to the Library | KiCAD Beginners | Footprint Library | Create a BGA

Adding a new Footprint to the Library | KiCAD Beginners | Footprint Library | Create a New Footprint

Adding a new Footprint to the Library | KiCAD Beginners | Footprint Library | Create a New Footprint

Adding a new symbol to the library | KiCAD Beginners | Symbol Library | Create a Schematic Symbol

Adding a new symbol to the library | KiCAD Beginners | Symbol Library | Create a Schematic Symbol

What is a Signal? || Types of Signals || Analog and Digital Signals || Signals and Systems

What is a Signal? || Types of Signals || Analog and Digital Signals || Signals and Systems

Introduction of Signals and Systems (GTU Syllabus Overview)

Introduction of Signals and Systems (GTU Syllabus Overview)

Design of Direct On line Starter II Complete wiring II Practical Demonstration

Design of Direct On line Starter II Complete wiring II Practical Demonstration

LEC 52 II STRIP CHART RECORDER

LEC 52 II STRIP CHART RECORDER

LEC 51 II - DIGITAL DATA ACQUISITION SYSTEM

LEC 51 II - DIGITAL DATA ACQUISITION SYSTEM

Lec 50 II Radiation Level Detector & Air Purge System

Lec 50 II Radiation Level Detector & Air Purge System

LEC 49 II - ULTRASONIC LIQUID LEVEL MEASUREMENT

LEC 49 II - ULTRASONIC LIQUID LEVEL MEASUREMENT

LEC 48 II - CAPACITIVE TECHNIQUES FOR LEVEL MEASUREMENT

LEC 48 II - CAPACITIVE TECHNIQUES FOR LEVEL MEASUREMENT

LEC 47 II - LEVEL MEASUREMENT USING LVDT AND FLOAT TYPE INDICATOR

LEC 47 II - LEVEL MEASUREMENT USING LVDT AND FLOAT TYPE INDICATOR

LEC 46 II - FLOAT TYPE LEVEL INDICATOR

LEC 46 II - FLOAT TYPE LEVEL INDICATOR

DIRECT METHODS OF LEVEL MEASUREMENT | Industrial Instrumentation

DIRECT METHODS OF LEVEL MEASUREMENT | Industrial Instrumentation

LEC 44 II - OPTICAL RADIATION PYROMETER

LEC 44 II - OPTICAL RADIATION PYROMETER

LEC 43 II TOTAL RADIATION PYROMETER

LEC 43 II TOTAL RADIATION PYROMETER

LEC 42 II - RTD vs THERMISTOR vs THERMOCOUPLE

LEC 42 II - RTD vs THERMISTOR vs THERMOCOUPLE

LEC 41 I.I. LAW OF THERMOCOUPLE | SERIES & PARALLEL CONNECTIONS OF THERMOCOUPLE | TEMP. MEASUREMENT

LEC 41 I.I. LAW OF THERMOCOUPLE | SERIES & PARALLEL CONNECTIONS OF THERMOCOUPLE | TEMP. MEASUREMENT

LEC 40 II TEMPERATURE MEASUREMENT WITH THERMOCOUPLE

LEC 40 II TEMPERATURE MEASUREMENT WITH THERMOCOUPLE

LEC 39 II THERMISTOR FOR TEMPEARATURE MEASUREMENT

LEC 39 II THERMISTOR FOR TEMPEARATURE MEASUREMENT

LEC 38 II TEMPERATURE MEASUREMENT WITH RESISTANCE TEMPERATURE DETECTOR | RTD

LEC 38 II TEMPERATURE MEASUREMENT WITH RESISTANCE TEMPERATURE DETECTOR | RTD

Lec 37 II Turbine Flow meter, Electromagnetic flow meter & Ultrasonic flow meter

Lec 37 II Turbine Flow meter, Electromagnetic flow meter & Ultrasonic flow meter

LEC 36 II FLOW NOZZLE AND ROTAMETER

LEC 36 II FLOW NOZZLE AND ROTAMETER

Lec 35 II Venturi Tube Flow meter & Pitot tube type flow meter

Lec 35 II Venturi Tube Flow meter & Pitot tube type flow meter

Lec 34 II Differential Flow meter and Orifice Plate

Lec 34 II Differential Flow meter and Orifice Plate

PLC 4 LIGHTS IN SEQUENCE TIMER BASED SEQUENTIAL CONTROL

PLC 4 LIGHTS IN SEQUENCE TIMER BASED SEQUENTIAL CONTROL

Amazing Automation Live Stream

Amazing Automation Live Stream

Flow measurement and Different types of flow meters | Industrial Instrumentation

Flow measurement and Different types of flow meters | Industrial Instrumentation

Ionization gauge and pressure gauge calibration

Ionization gauge and pressure gauge calibration

Lec 31 McLeod Gauge for vacuum pressure measurement

Lec 31 McLeod Gauge for vacuum pressure measurement

Vacuum Pressure measurement and Pirani Gauge | Learn Industrial Instrumentation | II

Vacuum Pressure measurement and Pirani Gauge | Learn Industrial Instrumentation | II

Introduction to Electrical Engineering

Introduction to Electrical Engineering

Lec 29 II Capacitive and Piezoelectric Pressure Transducers

Lec 29 II Capacitive and Piezoelectric Pressure Transducers

Workshop on Fun With Robotics and Arduino Uno

Workshop on Fun With Robotics and Arduino Uno

Lec 28 II Resistive and Inductive Pressure transducer

Lec 28 II Resistive and Inductive Pressure transducer

Lec 27 II Bellows Pressure gauge

Lec 27 II Bellows Pressure gauge

Lec 26 II Diaphragm Pressure gauge

Lec 26 II Diaphragm Pressure gauge

Lec 25 II Bourdon Tube pressure gauge

Lec 25 II Bourdon Tube pressure gauge

TINKER CAD FOR CIRCUIT SIMULATION & ARDUINO CODING

TINKER CAD FOR CIRCUIT SIMULATION & ARDUINO CODING

Lec 24 II Pressure measurements & Different types of pressures

Lec 24 II Pressure measurements & Different types of pressures

Lec 23 II Inline Rotational and Stationary Torque Measurement Systems

Lec 23 II Inline Rotational and Stationary Torque Measurement Systems

Lec 22 II Methods of Torque Measurement

Lec 22 II Methods of Torque Measurement

Lec 21 II Magneto-elastic and piezoelectric load cells

Lec 21 II Magneto-elastic and piezoelectric load cells

Lec 20 II Pneumatic and cantilever beam type load cell

Lec 20 II Pneumatic and cantilever beam type load cell

Lec 19 II Proving ring and hydraulic load cell

Lec 19 II Proving ring and hydraulic load cell

Lec 18 II Unit 4 Force torque measurement Strain gauge load cell

Lec 18 II Unit 4 Force torque measurement Strain gauge load cell

Lec 17 II Digital and Optical Encoders

Lec 17 II Digital and Optical Encoders

Lec 16 II Synchro for Large Angular Displacement Measurement

Lec 16 II Synchro for Large Angular Displacement Measurement

Lec 15 II PiezoElectric Transducer

Lec 15 II PiezoElectric Transducer

Electrical Panels & Industrial Automation | Starter Circuit Designs | Part 1

Electrical Panels & Industrial Automation | Starter Circuit Designs | Part 1

Lec 14 II Hall effect transducer and Proximity Sensor For Displacement Measurement

Lec 14 II Hall effect transducer and Proximity Sensor For Displacement Measurement

Lec 13 II Capacitive Transducers Part 2 Cantilever Spring Quartz Diaphragm and Rotational type

Lec 13 II Capacitive Transducers Part 2 Cantilever Spring Quartz Diaphragm and Rotational type

Lec 12 II Variable Capacitance Transducers Variation in Distance Permittivity and Overlapping Area

Lec 12 II Variable Capacitance Transducers Variation in Distance Permittivity and Overlapping Area

Electrical Wiring with AutoCAD | AutoCAD Electrical-2017 | Load calculation | IS code for wiring

Electrical Wiring with AutoCAD | AutoCAD Electrical-2017 | Load calculation | IS code for wiring

Lec 11 II RVDT & Inductive Transducers for Displacement Measurement

Lec 11 II RVDT & Inductive Transducers for Displacement Measurement

lec 10 II displacement measurement

lec 10 II displacement measurement

Amazing Automation Live Stream

Amazing Automation Live Stream

Lec 9 II Wheatstone bridge circuit configuration | Quarter Half and Full-Bridge Configuration

Lec 9 II Wheatstone bridge circuit configuration | Quarter Half and Full-Bridge Configuration

Lec 9 1 II Temperature Compensation Techniques for Strain Gauge

Lec 9 1 II Temperature Compensation Techniques for Strain Gauge

Lec 8 II Strain gauge circuits Ballast circuit and Wheatstone bridge circuit

Lec 8 II Strain gauge circuits Ballast circuit and Wheatstone bridge circuit

Lec 7 II Gauging techniques & other factors affecting performance of strain gauge

Lec 7 II Gauging techniques & other factors affecting performance of strain gauge

Theory of Strain Gauge & Gauge Factor | Industrial Instrumentation | GTU

Theory of Strain Gauge & Gauge Factor | Industrial Instrumentation | GTU

Lec 5 II semiconductor strain gauge, capacitive strain gauge, rosette strain gauge

Lec 5 II semiconductor strain gauge, capacitive strain gauge, rosette strain gauge

Part 3 Basic Logic Gates AND OR NOT | Delta DVP14SS2 programming with WPLsoft

Part 3 Basic Logic Gates AND OR NOT | Delta DVP14SS2 programming with WPLsoft

Lec 4.2 II transverse sensitivity and foil type strain gauges

Lec 4.2 II transverse sensitivity and foil type strain gauges

Lec 4.1 II Strain gauge and Strain Measurement | Bonded and Unbonded Gauges

Lec 4.1 II Strain gauge and Strain Measurement | Bonded and Unbonded Gauges

Lec 3 II Dynamic characteristics of Instrumentation System & Basics of Transducers

Lec 3 II Dynamic characteristics of Instrumentation System & Basics of Transducers

Part 2 Delta DVP14SS2 programming with WPLsoft Fundamental Controls of Ladder Logic

Part 2 Delta DVP14SS2 programming with WPLsoft Fundamental Controls of Ladder Logic

Lec 2.2 II Static characteristics of Instrumentation System | Deadzone Deadtime | Error | Backlash

Lec 2.2 II Static characteristics of Instrumentation System | Deadzone Deadtime | Error | Backlash

Lec 2.1 II Static characteristics of Instrumentation System | Repeatability | Reproducibility |

Lec 2.1 II Static characteristics of Instrumentation System | Repeatability | Reproducibility |

II Transducers Part 1

II Transducers Part 1

II - Subject, Syllabus, & Its Importance | Industrial Instrumentation | Electrical Engineering | GTU

II - Subject, Syllabus, & Its Importance | Industrial Instrumentation | Electrical Engineering | GTU

Part 1 - Delta DVP14SS2 programming with WPLsoft | PLC Programming Simulation | WPLsoft information

Part 1 - Delta DVP14SS2 programming with WPLsoft | PLC Programming Simulation | WPLsoft information

Star-Delta and Delta-Star resistance transformation | Circuit Simplification | Star & Delta | BEE

Star-Delta and Delta-Star resistance transformation | Circuit Simplification | Star & Delta | BEE

Series - Parallel Circuits | Redundant Branch | Resistors in Series | Resistors in Parallel | BEE

Series - Parallel Circuits | Redundant Branch | Resistors in Series | Resistors in Parallel | BEE

Electrical Sources | Voltage & Current Source | Dependent Sources | simulations | DC Circuit - BEE

Electrical Sources | Voltage & Current Source | Dependent Sources | simulations | DC Circuit - BEE

What is Resistance? | Ohm's Law | Conductor | insulators | simulations | Dc circuit - Basic EE

What is Resistance? | Ohm's Law | Conductor | insulators | simulations | Dc circuit - Basic EE

What is Current || Potential || EMF || with Simulations || DC circuit - Basic Electrical Engineering

What is Current || Potential || EMF || with Simulations || DC circuit - Basic Electrical Engineering

PhET simulations Use & Create || Electrical || Physics || Maths || and many other

PhET simulations Use & Create || Electrical || Physics || Maths || and many other

#AmazingAutomation KCL & KVL || Node & Mesh Analysis || DC circuit - Basic Electrical Engineering

#AmazingAutomation KCL & KVL || Node & Mesh Analysis || DC circuit - Basic Electrical Engineering