• Introduction (PE)

  • Introduction 

  • MOSFET and IGBT

  • Thyristor

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• DC-DC Converter (PE & APE)

  • Switching Regulator and Linear Voltage regulator 

  • Buck Converter Design 

  • Buck Converter PPT

  • Flyback Converter

  • Boost and Other Converter including Isolated Converter

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• Inverter and Multilevel Inverter (PE & APE)

  • SPWM techniques

  • SVPWM techniques

  • Write advantages of SVPWM technique over SPWM techniques. 

  • CSI vs VSI

  • Diode Clamped Multilevel Inverter

  • Flying Capacitor type MLI

  • Cascade MLI

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• Phase Controlled Rectifier (PE)

  • Single-phase Half-wave Rectifier

  • Single-phase Half-wave Rectifier-2

  • Single-phase Half-wave Rectifier-R-L Load

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• Multipulse Converter (APE)

  • Six Pulse and 12,18 pulse Rectifier

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• AC-AC Converter (PE)

  • Matrix Converter

  • Single-phase AC Voltage controller with R Load

  • Single-phase AC Voltage controller with R-L Load

  • Integral Cycle Control

  • Three-phase AC Voltage Controller

  • Cycloconverter

     -------------------------------------------

• LAB Manual Advanced Power Electronics (APE)

•   APE Manual

• Special Machine:

  • Unipolar BLDC Motor

  • Bipolar BLDC Motor

  • PM- Stepper Motor

  • Variable Reluctance Stepper Motor:

  • Switched reluctance motor 

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• Synchronous Motor:

  • Operation of Synchronous Motor

• Transformer:

  • Transformer on DC

  • Need of Transformer and its application

  • Phasor Diagram of Transformer

  • Equivalent circuit of transformer

  • Losses in a Transformer

  • Three-phase Transformer

  • Three-phase Transformer-2

  • Three-phase to two phase, Scott connection

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• AC Drives:

  • AC Drives PPT

  • AC Drives VS DC Drives (Video : AC vs DC Drives)

  • operation of induction motor for fan and pump type load

  • Speed Control of Induction Motor and Stator Voltage control

  • Stator voltage control using three phase ac Voltage controller

  • V/f control of Induction Motor (VFD, Scalar Control, Constant airgap flux control)

  • SVPWM Control

  • Rotor Resistance Control

  • Static kramer and  Scherbius Drive

  • Effect on non sinusoidal supply on performance of IM

  • Carrier Frequency selection in PWM Inverter

  • SPWM Control

  • Compare CSI and VSI fed Induction Motor

  • Difference between Scalar and Vector control  & Explain closed loop speed control of induction motor

• DC Drives

• DC Motor Modelling

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• LAB Manual

  • Practical 1

  • Practical 2 Modellling of DC Machine

  • Practical 3

  • Practical 4

  • Practical 5

  • Practical 6 (AC Voltage Control fed IM)

  • Practical 7 (SPWM R-L)

  • Practical 8 (VFD)

• 8051 and its derivatives:

  • Class Note

  • Von neumann v/s Harvard Architecture; & CISC and RISC Difference

  • LAB MANUAL

• 8085 and its derivatives:

•    Why does opcode fetch cycle need 4-T states although it is similar to memory read cycle? 

• Transient Analysis:

  • Introduction to transient analysis

  • Justify: the current in an inductor and voltage across a capacitor cannot change instantaneously.

  • What is time-constant of R-L circuit? Derive the circuit equations for a series R-L circuit connected to a DC supply. What is its significance?

  • Introduction to transient analysis-2

  • Solved numerical based on Initial condition

  • Transient in R-L and R-C network

  • Transient in R-L and R-C network-2

  • Transient in R-L and R-C network-3

  • Transient in R-L -C network

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• :

  • 
    

• Control System Lab Manual

  • CST Lab Manual

• Time Domain Analysis

• Time Domain Analysis

• Time Domain Analysis first order

• Time domain analysis of 2nd Order 

• Measurement:

  • Low Resistance Measurement

  • Medium Resistance

  • Measurement of high resistance

  • DC Potentiometer

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• Instruments:

  • Analog Instruments

  • Moving iron type instrument

  • Dynamometer type instrument

  • Instrument Transformer

  • Transducer and Sensors

  • Strain gauge and LVDT

  • Thermocouple and RTD

• Introduction to AC Circuit:

  • Representation of AC waveforms

  • AC circuit with R, L, and C Load

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• Dielectric Materials & Insulator:

  • Dielectric Materials & It’s Properties

  • Dielectric Materials & Its Application, Dielectric losses, solid dielectric

  • Question based on Dielectric Materials, transformer oil

  • Magnetic Materials

  • Magnetic Materials-2

  • Special purpose materials

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• AC Drives:

  • PWM rectifier

  • DTC Control of IM

  • Unity Power Factor

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• Course Planner:

  • AED

• SIMULATION AND DESIGN OF LOW VOLTAGE HIGH CURRENT MULTIPULSE CONVERTER

• PERFORMANCE INVESTIGATION ON SIX-PHASE INDUCTION MOTOR DRIVES