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Lec 01 Intro to PE & Harmonic Analysis
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Lec 02 Switches Characteristics,Classification & Losses
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Lec 03 Power DIODE & its Classification
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Lec 04 SCR (Silicon Controlled Rectifier)
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Lec 05 SCR Triggering Method & its Protection
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Lec 06(a) Diode Circuit Part a
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Lec 06(b) Diode Circuit Part b
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Lec 07 Fourier Series & Types of Load (Voltage Stiff & Current Stiff)
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Lec 08 Rectifier & its Classification
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Lec 9(a) Half Wave Uncontrolled Rectifier (R & L-Load)
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Lec 9(b) Half Wave Uncontrolled Rectifier (RL & RL-FWD Load)
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Lec 9(c) Half Wave Uncontrolled Rectifier (RE & RLE load)
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Lec 10(a) Half Wave Controlled Rectifier (R & L load)
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Lec 10(b) Half Wave Controlled Rectifier (RL & RL-FWD load)
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Lec 10(c) Half Wave Controlled Rectifier (RE & RLE load)
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Lec 11 GATE Question Solved (1991-2017) based on Half Wave Rectifier
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Lec 12 Full Wave Controlled Bridge Rectifier & its Harmonic Analysis
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Lec 13(a) Full Wave Semiconverter (Symmetrical Configuration)
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Lec 13(b) Full Wave Semiconverter (Asymmetrical Configuration)
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Lec 13(c) Full Wave Semiconverter (Bridge Converter+FWD) & its Harmonic Analysis
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Lec 14 Full Wave Bridge Rectifier with RE Load
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Lec 15(a) GATE Problem Solved (1991-2008) based on Full Wave Rectifier
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Lec 15(b) GATE Problem Solved (2009-2017) based on Full Wave Rectifier
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Lec 16 Three Phase Half Wave Uncontrolled Rectifier
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Lec 17 Three Phase Half Wave Controlled Rectifier
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Lec 18 Three Phase Full Wave Controlled Bridge Rectifier
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Lec 19 Effect of Source Inductance
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Lec 20(a) GATE Problem Solved (1991-2006) based on 3Ph. Rectifier
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Lec 20(b) GATE Problem Solved (2007-2017) based on 3Ph. Rectifier
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Lec 21 Introduction to Chopper
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Lec 22 Understand Buck Converter in 30 minutes
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Lec 23(a) GATE Problem Solved (1991-2012) based on Buck Converter
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Lec 23(b) GATE Problem Solved (2013-2017) based on Buck Converter
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Lec 24 Understand Boost Converter in 25 Minutes
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Lec 25 GATE Problem Solved (1991-2017) based on Boost Converter
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Lec 26 Understand Buck Boost Converter in 15 Minutes
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Lec 27 GATE Problem Solved (1991-2017) based on Buck Boost Converter
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Lec 28 Commutation Circuit (Natural Commutation)
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Lec 29 Class A (Load Commutation)
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Lec 30 Class B (Current Commutation)
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Lec 31 Class C (Impulse/Complementary Commutation)
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Lec 32 Class D (Voltage Commutation)
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Lec 33 GATE Questions on Commutation Circuit | Power Electronics
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Lec 34(a) Buck Converter in Discontinuous Conduction Mode | Power Electronics
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Lec 34(b) Must Watch | Advanced Problem on Discontinuous Conduction Mode | Power Electronics
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Lec 34(c) Boost Converter in Discontinuous Conduction Mode | Power Electronics
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Lec-34(d) Buck Boost Converter in Discontinuous Conduction Mode | Power Electronics
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Lec 35 Multi-Phase Buck Converter | VVI for GATE 2019 | Power Electronics
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Lec 36 Introduction to Inverter | Power Electronics
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Lec 37(a) Half Bridge Inverter | R Load | Power Electronics
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Lec 37(b) Half Bridge Inverter | L load | Power Electronics
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Lec 37(c) Half Bridge Inverter | RL load | Power Electronics | GATE 2019
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Lec 37(d) Half Bridge Inverter | RLC load | Power Electronics | GATE 2019
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Lec 38(a) Full Bridge Inverter | Power Electronics | GATE 2019
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Lec 38(b) Full Bridge Inverter | R load | Power Electronics | GATE 2019
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Lec 38(c) Full Bridge Inverter | L load | Power Electronics | GATE 2019
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Lec 38(d) Full Bridge Inverter | RL load | Power Electronics
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Lec 38(e) Full Bridge Inverter | RLC load | Power Electronics
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Lec 39(a) GATE Questions on 1Ph. Inverter | Power Electronics | GATE 2019
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Lec 39(b) ESE Questions on 1Ph. Inverter | Power Electronics | GATE 2019
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Lec 40 Introduction to PWM Inverter | Power Electronics | GATE 2019
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Lec 41 Multiple PWM Technique | Power Electronics | GATE 2019
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Lec 42(a) Application of Fourier Series in PWM Inverter | Power Electronics | GATE 2019
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Lec 42(b) Voltage Control of Unequal PWM | Power Electronics | GATE 2019
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Lec 42(c) Selective Harmonic Elimination | PWM Inverter | Power Electronics
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Lec 43 SPWM-Bipolar PWM Technique | Power Electronics | GATE 2019
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Lec 44 SPWM-Unipolar PWM Technique | Power Electronics | GATE 2019
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Lec 45(a) GATE Questions on PWM Inverter | Power Electronics
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Lec 45(b) ESE Questions on PWM Inverter | Power Electronics
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Lec 46(a) Three Phase Inverter | 180 Mode | Power Electronics
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Lec 46(b) Fourier Series Expression of Three Phase Inverter | 180 Mode | Power Electronics
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Lec 47(a) Three Phase Inverter | 120 Mode | Power Electronics
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Lec 47(b) Fourier Series Expression of Three Phase Inverter| 120 Mode | Power Electronics
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Lec 48 GATE & ESE Problem on Three Phase Inverter
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Lec 49(a) Current Source Inverter | R load | Power Electronics
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Lec 49(b) Current Source Inverter | C load | Power Electronics
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Lec 49(c) Current Source Inverter | RC load | Power Electronics
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#why_to_donate? Lec 50 PE Completed 100% | Thankyou for 100k Subscriber
Description:
In this course, you will learn all about Power Electronics for GATE. You will learn about switches, diodes, types of load, rectifiers, semi-converters, source inductance, choppers, converters, communication circuits, inverters, and much more.
Power Electronics - Strictly Related to GATE Syllabus
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#Test Prep
#GATE Exam
#Engineering
#Electrical Engineering
#Circuit Analysis
#Circuit Design
#Power Electronics
#Mathematics
#Harmonic Analysis
#Inverters
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