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172 видео
Learning Through Reference Designs: A Conversation on Gate Driving for Traction Inverters
Practice Problem: Finding an Equivalent Resistance Using the Delta-Wye Transformation
Practice Problem: Solving a Circuit Using Ohm's Law and Kirchhoff's Current Law
Practice Problem: Solving a Circuit Using Kirchhoff's Current Law
Practice Problem: Solving a Circuit Using Tellegen's Theorem
Practice Problem: Power Through Elements in a Circuit
Buck-Boost Converter Output Capacitance Value
Flyback Converter Output Voltage Ripple & Output Capacitance Value
SIMPLIS: Introduction to AC Analysis (Part 3) - PFC Boost Converter Loop Gain with AC Source
SIMPLIS: Introduction to AC Analysis (Part 2) - Boost Converter Loop Gain
SIMPLIS: Introduction to AC Analysis (Part 1) - Boost Converter Vds
Intro to Control - 6.3 State-Space Model to Transfer Function
English For Engineers - Common Technical Writing Errors
Buck-Boost Converter Critical Inductance Value
Intro to Control - 11.2 More Steady State Error
Intro to Control - 2.3 Transfer Function for an R-C Systems
DC-DC Converter Control: Feedback Control Loop
Intro to Control - 11.4 Steady State Error with the Final Value Theorem
More on Average and Root Mean Square (RMS) Values
SIMPLIS: Building and Simulating a Flyback Converter (Part 2) - Importing Components
Intro to Control - 6.4 State-Space Linearization
Update on Pangolins Crisis Fund Donations for 2021
Adding GaNFET Models in SIMPLIS
Intro to Control - 9.2 Second-Order System Time Response
SIMPLIS: Building and Simulating a Flyback Converter (Part 3) - Realistic Components
Intro to Control - 3.1 Non-Inverting OpAmp Transfer Function
Intro to Control - 10.2 Closed-Loop Transfer Function
Intro to Control - 4.3 Linear Versus Nonlinear Systems
Intro to Control - 15.3 Bode Plot Stability
Average and Root Mean Square (RMS) Calculations
Full-Bridge Inverter with MOSFET Switches
Full-Bridge Inverter Switch States
Effects of Waveform Shifting on Fourier Coefficients
Buck Converter Critical Inductance Value
Buck-Boost Converter Operation and Voltage Equation
Fourier Coefficients For Symmetric Waveforms
Three-Phase Half-Wave Rectifier Output Voltage Calculations
Three-Phase Full-Wave Rectifier Operation
Intro to Control - 6.2 Circuit State-Space Modeling
Basic AC-DC Converter Using Four Diodes
Three-Phase Half-Wave Rectifier Operation
Intro to Control - 5.5 Plotting in Matlab
Intro to Control - 12.3 Root Locus Basics Part 1
Intro to Control - 9.3 Second Order System: Damping & Natural Frequency
Intro to Control - 3.3 Transfer Function and System Gain
Buck Converter Operation and Voltage Equation
Boost Converter Voltage Equation in Discontinuous Conduction Mode (DCM)
Three-Phase Inverter Switch States
Intro to Control - 11.3 PID Control Example
Intro to Control - 7.2 Poles and Stability
Flyback Converter Operation and Voltage Equation
Intro to Control - 11.1 Steady State Error (with Proportional Control)
Power Electronics Introduction - Converter Types
Fundamentals of Power Electronics - Downloading PSIM
