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Syllabus
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Course Introduction 1 min
- Evaluation Environment
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Starter Kit 2 min
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Building Blocks 5 min
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Segmenting the Building Blocks 2 min
- Configurations
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Setting up the Project 2 min
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Clocks 3 min
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Timer 1 min
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PWM 4 min
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ADC 2 min
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GP I/O 1 min
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Interrupts 2 min
- Programming the Device
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Application Code 5 min
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First Test 1 min
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Add the ADC Converters 3 min
- Power Smart Digital Control Library Designer (DCLD)
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Power Smart DCLD Introduction 3 min
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Control Loops 3 min
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Power Smart Main Window 3 min
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DCLD Basic Settings 4 min
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P-Term Loop Controller 5 min
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Generated Code 1 min
- Final MPLAB® X Coding
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Add the generated Code 5 min
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Adding Soft Start 2 min
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Final Declarations 1 min
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Compile and Run 1 min
- Optimization
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Using Parameters from Bode Plot 4 min
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Verify the Result 3 min
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Update the Voltage Loop Controller 4 min
- Closing
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Summary 1 min
- Your Feedback
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Creating a Digital Power Supply from Scratch
This class covers the entire process of creating a digital power supply. (Nov 2021)
This class covers the entire process of creating a digitally controlled synchronous buck power supply based on the Microchip dsPIC33CK MCU. The design process utilizes Microchip’s Digital Power Design ecosystem which consists of the Digital Power Starter Kit 3 (DPSK3) EVK, MPLAB® X IDE, XC16 Compiler, Microchip Code Configurator (MCC) and the recently released MPLAB® PowerSmart™ Digital Control Library Designer (DCLD). The class is designed such that attendees with DPSK3 hardware can follow along during each step of the design process. Some prior knowledge of digital and analog control theory and C programming will be helpful but is not required to complete the class.