Boost Converter Control (VMC) — Averaged vs Switching in LTspice
HK Academy
Boost Converter Control (VMC) — Averaged vs Switching in LTspice
9:50
Boost Converter Is NOT Ideal — RL & ESR Explained
HK Academy
Boost Converter Is NOT Ideal — RL & ESR Explained
10:31
Digital Voltage Control for Buck Converters – Full Practical Course (TI C2000)
HK Academy
Digital Voltage Control for Buck Converters – Full Practical Course (TI C2000)
1:34
Why PI and Type-II Controllers Fail in Voltage-Mode Buck Converters
HK Academy
Why PI and Type-II Controllers Fail in Voltage-Mode Buck Converters
10:33
Analog Design ≠ Digital Stability
HK Academy
Analog Design ≠ Digital Stability
0:27
Digital Delay Kills Phase Margin
HK Academy
Digital Delay Kills Phase Margin
0:23
Digital Buck Converter Crossover — 1/10 or 1/20?
HK Academy
Digital Buck Converter Crossover — 1/10 or 1/20?
5:54
Your ADC Scaling Can Break Your Control Loop
HK Academy
Your ADC Scaling Can Break Your Control Loop
0:34
Why Digital Control Always Adds Delay?
HK Academy
Why Digital Control Always Adds Delay?
0:33
Ideal Boost Converter Transfer Functions (Gvd, Gvg, Zout) – Explained with Bode Plots
HK Academy
Ideal Boost Converter Transfer Functions (Gvd, Gvg, Zout) – Explained with Bode Plots
7:02
HK-Academy: How to Learn Digital Power Electronics in Practice
HK Academy
HK-Academy: How to Learn Digital Power Electronics in Practice
8:54
Peak-Current Mode Buck Converter — Closed-Loop Switching LTspice Simulation (Type-II Control)
HK Academy
Peak-Current Mode Buck Converter — Closed-Loop Switching LTspice Simulation (Type-II Control)
12:10
Peak-Current Mode Buck Converter — Open-Loop LTspice Simulation and Waveform Analysis
HK Academy
Peak-Current Mode Buck Converter — Open-Loop LTspice Simulation and Waveform Analysis
11:33
Peak Current Mode Control Explained – Intuition, Modulator, and Waveforms
HK Academy
Peak Current Mode Control Explained – Intuition, Modulator, and Waveforms
8:38
Type-II Compensator in Power Converters — Intuition & Bode Shape
HK Academy
Type-II Compensator in Power Converters — Intuition & Bode Shape
4:24
Why Your 70° Phase Margin Becomes 50° in Digital Control
HK Academy
Why Your 70° Phase Margin Becomes 50° in Digital Control
6:38
Type-III Compensator for Power Converters — Intuition & Bode Shape
HK Academy
Type-III Compensator for Power Converters — Intuition & Bode Shape
4:51
Stop Guessing Poles & Zeros: Automated Type-III Compensator Design for Buck Converters
HK Academy
Stop Guessing Poles & Zeros: Automated Type-III Compensator Design for Buck Converters
9:00
Type-3 Digital Compensator Explained & Implemented in C | TI C2000 Demo
HK Academy
Type-3 Digital Compensator Explained & Implemented in C | TI C2000 Demo
1:29
How RL and ESR Shape the Buck Converter Transfer Functions – Practical Bode Plot Analysis
HK Academy
How RL and ESR Shape the Buck Converter Transfer Functions – Practical Bode Plot Analysis
9:28
Boost Converter Open-Loop Modeling – Averaged & Switching LTspice Simulations Explained
HK Academy
Boost Converter Open-Loop Modeling – Averaged & Switching LTspice Simulations Explained
10:40
Ideal Buck Converter Transfer Functions (Gvd, Gvg, Zout) – Explained with Bode Plots
HK Academy
Ideal Buck Converter Transfer Functions (Gvd, Gvg, Zout) – Explained with Bode Plots
8:02
Buck Converter Voltage-Mode Control – Real Hardware Test (C2000 F280049C + Free Code)
HK Academy
Buck Converter Voltage-Mode Control – Real Hardware Test (C2000 F280049C + Free Code)
12:36
Closed-Loop Buck Converter Control – Type-III Compensator (LTspice Simulation + Free Model)
HK Academy
Closed-Loop Buck Converter Control – Type-III Compensator (LTspice Simulation + Free Model)
14:16
C2000 Timer Interrupts Not Working? ⚠️ 4 Common Mistakes You Must Avoid (F280049C)
HK Academy
C2000 Timer Interrupts Not Working? ⚠️ 4 Common Mistakes You Must Avoid (F280049C)
11:13
C2000 Basics: Foundations for Digital Power Control
HK Academy
C2000 Basics: Foundations for Digital Power Control
1:50
What You Get When You Join HK Academy — Dashboard Walkthrough & Course Access
HK Academy
What You Get When You Join HK Academy — Dashboard Walkthrough & Course Access
2:44
C2000 Clocking System Explained – From Fundamentals to Hardware Demo F280049C
HK Academy
C2000 Clocking System Explained – From Fundamentals to Hardware Demo F280049C
41:39
C2000 Timer Theory Explained – Real-Time Control Basics
HK Academy
C2000 Timer Theory Explained – Real-Time Control Basics
7:37
Buck Converter Open-Loop Bode Plot in Octave (Free Script)
HK Academy
Buck Converter Open-Loop Bode Plot in Octave (Free Script)
3:06
C Programming Basics for Power Electronics Engineers
HK Academy
C Programming Basics for Power Electronics Engineers
1:19
Writing Maintainable Code and Documentation with Doxygen
HK Academy
Writing Maintainable Code and Documentation with Doxygen
1:19