Канал: Dr. S. Vinod

Unit I, Part I History of Electric Vehicles Types, Main Components, Challenges & Benefits

Unit I, Part I History of Electric Vehicles Types, Main Components, Challenges & Benefits

An Awareness program on smart India Hackathon 2023

An Awareness program on smart India Hackathon 2023

day 06 - CHALLENGES IN ELECTRIC MOTOR DESIGN FOR ELECTRIC VEHICLES by Dr. S. SARAVANAN

day 06 - CHALLENGES IN ELECTRIC MOTOR DESIGN FOR ELECTRIC VEHICLES by Dr. S. SARAVANAN

Day 05 - INTERNAL PERMANENT MOTOR DESIGN FOR ELECTRIC VEHICLE by Dr. S. PRABHU

Day 05 - INTERNAL PERMANENT MOTOR DESIGN FOR ELECTRIC VEHICLE by Dr. S. PRABHU

Day 04 - POWER CONVERTER INTERFACES FOR EVs by DR. PRABHAKAR M, Professor, SELECT, VIT, Chennai

Day 04 - POWER CONVERTER INTERFACES FOR EVs by DR. PRABHAKAR M, Professor, SELECT, VIT, Chennai

Day 03- SR MOTOR BASED ELECTRIC POWER TRAIN FOR ELECTRIC VEHICLE APPLICATION by DR. JAYAPRAGASH R

Day 03- SR MOTOR BASED ELECTRIC POWER TRAIN FOR ELECTRIC VEHICLE APPLICATION by DR. JAYAPRAGASH R

Day02- "FAULT DIOGNOSIS OF ELECTRIC MOTORS" by Dr. M. Balaji, Asso.Prof, SSN College of Engineering

Day02- "FAULT DIOGNOSIS OF ELECTRIC MOTORS" by Dr. M. Balaji, Asso.Prof, SSN College of Engineering

Day 01- INTRODUCTION TO ELECTRIC VEHICLE DRIVE SYSTEM By Mr. Ganesh Nagarajan

Day 01- INTRODUCTION TO ELECTRIC VEHICLE DRIVE SYSTEM By Mr. Ganesh Nagarajan

modelling of converter and inverter for solar PV applicaction using MATLAB

modelling of converter and inverter for solar PV applicaction using MATLAB

Running of Stepper motor with 8085 Microprocessor

Running of Stepper motor with 8085 Microprocessor

Hybrid Electric Vehicle

Hybrid Electric Vehicle

workshop on Entrepreneurship development skill in power engineering- organised by the Deptof EEE,JEC

workshop on Entrepreneurship development skill in power engineering- organised by the Deptof EEE,JEC

UNIT III, Part IV - Industrial Usage Of CAN, MCU With Integrated CAN

UNIT III, Part IV - Industrial Usage Of CAN, MCU With Integrated CAN

UNIT IV, Part II - Various PWM techniques in Inverter

UNIT IV, Part II - Various PWM techniques in Inverter

UNIT IV, Part I - Single phase and three phase voltage source inverters (both 120° and 180° mode)

UNIT IV, Part I - Single phase and three phase voltage source inverters (both 120° and 180° mode)

UNIT III, Part V - Applications of DC to DC Converter in Battery operated vehicles

UNIT III, Part V - Applications of DC to DC Converter in Battery operated vehicles

UNIT III, Communication For Smart Sensors - Part I Definitions and Background and Standards

UNIT III, Communication For Smart Sensors - Part I Definitions and Background and Standards

UNIT II, Part IV - Techniques and system integration on Data Acquisition Through Sensor

UNIT II, Part IV - Techniques and system integration on Data Acquisition Through Sensor

UNIT III, Part V - SEPIC, Fly back converters

UNIT III, Part V - SEPIC, Fly back converters

UNIT III, Part III - Class A, B, C, D and E choppers

UNIT III, Part III - Class A, B, C, D and E choppers

UNIT III, Part II - MATLAB Simulation of Boost converter circuit

UNIT III, Part II - MATLAB Simulation of Boost converter circuit

UNIT III, Part I- DC-DC CONVERTERS, Basics of chopper, control strategy

UNIT III, Part I- DC-DC CONVERTERS, Basics of chopper, control strategy

UNIT II, Part II - Rail to Rail operational amplifier, 4-20 ma Signal transmitter

UNIT II, Part II - Rail to Rail operational amplifier, 4-20 ma Signal transmitter

UNIT II, Part I - DATA ACQUISITION THROUGH SENSOR - Instrumentation amplifier

UNIT II, Part I - DATA ACQUISITION THROUGH SENSOR - Instrumentation amplifier

UNIT II, Part III-Effect of Source Inductance, Performance Parameters,F iring Schemes for converter

UNIT II, Part III-Effect of Source Inductance, Performance Parameters,F iring Schemes for converter

UNIT II, Part I - PHASE - CONTROLLED CONVERTERS - 2 Pulse Converter

UNIT II, Part I - PHASE - CONTROLLED CONVERTERS - 2 Pulse Converter

UNIT I, Part II - Evolution of Smart Sensors and its application

UNIT I, Part II - Evolution of Smart Sensors and its application

UNIT I, Part I - Introduction to Smart Sensors and Nature of Smart Sensor

UNIT I, Part I - Introduction to Smart Sensors and Nature of Smart Sensor

UNIT III, Part III - Quasi resonant converters

UNIT III, Part III - Quasi resonant converters

UNIT III, Part II - Series and Parallel resonant converter

UNIT III, Part II - Series and Parallel resonant converter

UNIT II, Part III- PWM concepts, device selection for rectifiers, IGBT based PWM rectifier.

UNIT II, Part III- PWM concepts, device selection for rectifiers, IGBT based PWM rectifier.

UNIT II, Part II - Losses and efficiency in CCM high quality rectifiers single-phase PWM rectifier

UNIT II, Part II - Losses and efficiency in CCM high quality rectifiers single-phase PWM rectifier

UNIT II,Part I-Properties of Ideal 1φ rectifiers,1φconverter systems incorporating ideal rectifiers

UNIT II,Part I-Properties of Ideal 1φ rectifiers,1φconverter systems incorporating ideal rectifiers

UNITI-CCM and DCM operation of 1φ full wave rectifier, 3φ full wave rectifier,Harmonic trap filters.

UNITI-CCM and DCM operation of 1φ full wave rectifier, 3φ full wave rectifier,Harmonic trap filters.

UNIT I,Part II- MRRC, Current and voltage harmonics, AC line current harmonic standards IEC& IEEE519

UNIT I,Part II- MRRC, Current and voltage harmonics, AC line current harmonic standards IEC& IEEE519

UNIT I, PART I-MRRC-Average power, RMS value of waveform, Effect of Power factor

UNIT I, PART I-MRRC-Average power, RMS value of waveform, Effect of Power factor

PX5101POWER SEMICONDUCTOR DEVICES UNIT IV - FIRING AND PROTECTING CIRCUITS

PX5101POWER SEMICONDUCTOR DEVICES UNIT IV - FIRING AND PROTECTING CIRCUITS

UNIT III, Part III- Issues in Hardware-software Co-design of embedded system design

UNIT III, Part III- Issues in Hardware-software Co-design of embedded system design

UNIT III, Part II IGBT and IGCT- Construction ,static, dynamic and switching characteristics.

UNIT III, Part II IGBT and IGCT- Construction ,static, dynamic and switching characteristics.

ES, UNIT III, Part IV Concurrent Model, object oriented Model in Embedded design procedure

ES, UNIT III, Part IV Concurrent Model, object oriented Model in Embedded design procedure

UNIT III, Part I Voltage controlled device, MOSFET static,dynamic and switching characteristics.

UNIT III, Part I Voltage controlled device, MOSFET static,dynamic and switching characteristics.

Webinar on modelling of solar panel using MATLAB, organized by Department of EEE, SCSVMV University

Webinar on modelling of solar panel using MATLAB, organized by Department of EEE, SCSVMV University

UNIT III,Part II Various method of Modelling in Embedded Development Life Cycle

UNIT III,Part II Various method of Modelling in Embedded Development Life Cycle

UNIT III, Part I - Embedded Product Development Life Cycle, Objectives, Different phases of EDLC

UNIT III, Part I - Embedded Product Development Life Cycle, Objectives, Different phases of EDLC

UNIT II, Part IV- Inter Integrated Circuits (I2C)

UNIT II, Part IV- Inter Integrated Circuits (I2C)

UNIT II, Part III - Controller Area Network (CAN-Bus)protocol and its Application

UNIT II, Part III - Controller Area Network (CAN-Bus)protocol and its Application

UNIT II, Part II-Negative temperature coefficient,secondary breakdown in BJT, SCR vi characteristics

UNIT II, Part II-Negative temperature coefficient,secondary breakdown in BJT, SCR vi characteristics

ES UNIT II, Part II - Serial Bus communication protocols RS232

ES UNIT II, Part II - Serial Bus communication protocols RS232

UNIT II, Part I - Introduction to Embedded Networking, I/O Device Ports & Buses

UNIT II, Part I - Introduction to Embedded Networking, I/O Device Ports & Buses

UNIT II, Part I -BJT’s Construction, static characteristics and switching characteristics

UNIT II, Part I -BJT’s Construction, static characteristics and switching characteristics

Unit I, Part III- Device selection strategy, EMI due to switching, power MOSFET

Unit I, Part III- Device selection strategy, EMI due to switching, power MOSFET

Unit I, Part II - Power diodes, Power BJT, Safe Operating Area of BJT

Unit I, Part II - Power diodes, Power BJT, Safe Operating Area of BJT

Unit I, Part I - Power switching devices overview, Power Diodes

Unit I, Part I - Power switching devices overview, Power Diodes

An Over View on - PX5101 POWER SEMICONDUCTOR DEVICES

An Over View on - PX5101 POWER SEMICONDUCTOR DEVICES

UNIT I, Part IV- In circuit emulator, Target Hardware Debugging

UNIT I, Part IV- In circuit emulator, Target Hardware Debugging

ES UNIT I,Part III-Memory management methods Timer and Counting devices, Watchdog Timer, RTC

ES UNIT I,Part III-Memory management methods Timer and Counting devices, Watchdog Timer, RTC

UNIT I,part II-Structural units in Embedded processor, Selection of processor & memory devices, DMA

UNIT I,part II-Structural units in Embedded processor, Selection of processor & memory devices, DMA

ES-UNIT I, PART-I, Introduction to Embedded Systems , Building Blocks of Embedded

ES-UNIT I, PART-I, Introduction to Embedded Systems , Building Blocks of Embedded

STAIRCASE WIRING -To construct staircase wiring in which one lamp controlled by two switches

STAIRCASE WIRING -To construct staircase wiring in which one lamp controlled by two switches

UNIT V,Part II, Data logging Applications in Automobile, Aerospace, Home appliances, Manufacturing

UNIT V,Part II, Data logging Applications in Automobile, Aerospace, Home appliances, Manufacturing

UNIT V, Part III - Case Studies on Forest Fire and Man Made disasters

UNIT V, Part III - Case Studies on Forest Fire and Man Made disasters

UNIT V, Part I-Data Acquisition systems

UNIT V, Part I-Data Acquisition systems

UNIT V, Part II, Coastal Flooding Storm Surge Assessment, Floods - Fluvial a Case Studies

UNIT V, Part II, Coastal Flooding Storm Surge Assessment, Floods - Fluvial a Case Studies

UNIT IV, Part III- Thermistor, RTD, Thermocouple, temperature IC, Acoustic Sensors

UNIT IV, Part III- Thermistor, RTD, Thermocouple, temperature IC, Acoustic Sensors

Exp 5 - Input and Output characteristics of BJT in Common Base configuration.

Exp 5 - Input and Output characteristics of BJT in Common Base configuration.

UNIT V, Part I, Case Studies on Landslide Hazard Zonation and Drought Assessment

UNIT V, Part I, Case Studies on Landslide Hazard Zonation and Drought Assessment

UNIT IV, Part II, Fiber optic sensors, Pressure Diaphragm, Bellows, Piezoelectric, Tactile sensors

UNIT IV, Part II, Fiber optic sensors, Pressure Diaphragm, Bellows, Piezoelectric, Tactile sensors

Exp 4, Input and Output characteristics of BJT in CE configuration

Exp 4, Input and Output characteristics of BJT in CE configuration

UNIT IV, Part III, DM plan, Risk Assessment, Recovery Phases,Disaster Damage Assessment

UNIT IV, Part III, DM plan, Risk Assessment, Recovery Phases,Disaster Damage Assessment

UNIT IV- DISASTER RISK MANAGEMENT IN INDIA, Part II- Disaster Management Act and Policy, Role of GIS

UNIT IV- DISASTER RISK MANAGEMENT IN INDIA, Part II- Disaster Management Act and Policy, Role of GIS

UNIT IV- OPTICAL, PRESSURE AND TEMPERATURE SENSORS, PART I - Photo conductive cell, photo voltaic

UNIT IV- OPTICAL, PRESSURE AND TEMPERATURE SENSORS, PART I - Photo conductive cell, photo voltaic

Exp 3-Full Wave Diode Rectifier- EDC lab

Exp 3-Full Wave Diode Rectifier- EDC lab

EDC Lab exp 2- zener diode characteristics, half wave rectifier circuit

EDC Lab exp 2- zener diode characteristics, half wave rectifier circuit

EDC Lab exp 1- PN Diode Characteristics

EDC Lab exp 1- PN Diode Characteristics

UNIT IV, Part I, DISASTER RISK MANAGEMENT IN INDIA - Hazard profile of India, Disaster Relief

SENSORS AND TRANSDUCERS UNIT III, FORCE, MAGNETIC AND HEADING SENSORS, Part I,

SENSORS AND TRANSDUCERS UNIT III, FORCE, MAGNETIC AND HEADING SENSORS, Part I,

Unit III, Part III,Scenarios in the context of India. Relevance of indigenous knowledge

Unit III, Part III,Scenarios in the context of India. Relevance of indigenous knowledge

UNIT III, Part II-Changes in Land-use, Climate Change Adaptation, IPCC Scenario.

UNIT III, Part II-Changes in Land-use, Climate Change Adaptation, IPCC Scenario.

unit III, part I-INTER-RELATIONSHIP BETWEEN DISASTERS AND DEVELOPMENT

unit III, part I-INTER-RELATIONSHIP BETWEEN DISASTERS AND DEVELOPMENT

UNIT II-APPROACHES TO DISASTER RISK REDUCTION Part –III EARLY WARNING SYSTEM

UNIT II-APPROACHES TO DISASTER RISK REDUCTION Part –III EARLY WARNING SYSTEM

Unit II, Part II,Structural- non structural measures in DRR, Roles and responsibilities Community

Unit II, Part II,Structural- non structural measures in DRR, Roles and responsibilities Community

UNIT II, Part II, Encoders, LVDT, RVDT, Synchro, Accelerometer, GPS, Bluetooth, Range Sensors

UNIT II, Part II, Encoders, LVDT, RVDT, Synchro, Accelerometer, GPS, Bluetooth, Range Sensors

UNIT –II APPROACHES TO DISASTER RISK REDUCTION, Part –I, Disaster cycle

UNIT –II APPROACHES TO DISASTER RISK REDUCTION, Part –I, Disaster cycle

UNIT II Part I, Motion Sensors and Encoder

UNIT II Part I, Motion Sensors and Encoder

Unit I Part III, Classification of sensors, Calibration, Sensor Output Types

Unit I Part III, Classification of sensors, Calibration, Sensor Output Types

UNIT –I INTRODUCTION TO DISASTERS Part –IV - Dos and Don’t during various types of Disasters

UNIT –I INTRODUCTION TO DISASTERS Part –IV - Dos and Don’t during various types of Disasters

UNIT I Part II Static and dynamic characteristics of transducers, Classification of sensors

UNIT I Part II Static and dynamic characteristics of transducers, Classification of sensors

What? next to 12th............ B.E - Electrical and Electronics Engineering

What? next to 12th............ B.E - Electrical and Electronics Engineering

Unit I -Part III, Global trends in Disasters-urban,pandemics, complex emergencies,Climate change

Unit I -Part III, Global trends in Disasters-urban,pandemics, complex emergencies,Climate change

on line Webinar on Fuzzy Controllers in Power Electronics Applications using Matlab

on line Webinar on Fuzzy Controllers in Power Electronics Applications using Matlab

DISASTER MANAGEMENT-UNIT –I INTRODUCTION TO DISASTERS Part -II

DISASTER MANAGEMENT-UNIT –I INTRODUCTION TO DISASTERS Part -II

SENSORS AND TRANSDUCERS-UNIT –I Introduction- Basics of Measurement, Classification of errors

SENSORS AND TRANSDUCERS-UNIT –I Introduction- Basics of Measurement, Classification of errors

UNIT –I, Part I, Introduction to Disasters (Definition and Types of disasters )

UNIT –I, Part I, Introduction to Disasters (Definition and Types of disasters )

Webinar Recording of STTP on simulation tool 'MATLAB simulink' organized by SIEM, siliguri.

Webinar Recording of STTP on simulation tool 'MATLAB simulink' organized by SIEM, siliguri.

SIEM - STTP on Simulation Tools - Matlab from scratch- volume 2

SIEM - STTP on Simulation Tools - Matlab from scratch- volume 2

SIEM - STTP on Simulation Tools - Matlab from scratch

SIEM - STTP on Simulation Tools - Matlab from scratch

Put hiya Thalaimurai - Aayudham Seivom- Dec 2012

Put hiya Thalaimurai - Aayudham Seivom- Dec 2012

Vinod s Live Stream

Vinod s Live Stream

Embedded System in Digital Camera, Charge - Coupled Device , Digital Signal Processing

Embedded System in Digital Camera, Charge - Coupled Device , Digital Signal Processing

MOSFET(Metal Oxide Field Effect Transistor )

MOSFET(Metal Oxide Field Effect Transistor )

Case Study on Embedded system in Smart card

Case Study on Embedded system in Smart card

Case Study Embedded system in Washing Machine

Case Study Embedded system in Washing Machine

Timer programming in 8051 microcontroller

Timer programming in 8051 microcontroller

Architecture and pin diagram of 8051 S.VINOD, AP, Dept EEE, JERUSALEM COLLEGE OF ENGINEERING

Architecture and pin diagram of 8051 S.VINOD, AP, Dept EEE, JERUSALEM COLLEGE OF ENGINEERING

Simulation of Simple Programs in 8085

Simulation of Simple Programs in 8085

timing diagram in 8085 by S.VINOD, AP, EEE Dept, JERUSALEM COLLEGE OF ENGINEERING

timing diagram in 8085 by S.VINOD, AP, EEE Dept, JERUSALEM COLLEGE OF ENGINEERING

Interrupt Structure in 8085 by S.VINDO, AP, EEE, Jerusalem College Engineering

Interrupt Structure in 8085 by S.VINDO, AP, EEE, Jerusalem College Engineering

UNIT I, TOPIC 2

UNIT I, TOPIC 2

instruction set of 8085

instruction set of 8085

uAsZKSeb

uAsZKSeb