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Syllabus
- Introduction
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Course Introduction and Agenda 1 min
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Overview Of Integrated Analog Peripherals 2 min
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Microchip's Integrated Analog MCUs 4 min
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Benefits of Integrated Analog Peripherals 1 min
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Generic Use Cases 2 min
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MCU Families With Integrated Analog Peripherals 1 min
- Signal Chain Requirements
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Signal Chain Requirements 6 min
- Evaluating Analog Peripherals
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Software Tools 1 min
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Mindi Analog Simulator 3 min
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Microchip Code Configurator (MCC) 5 min
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Data Visualizer 1 min
- Use Cases
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Constant Current Driver 6 min
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Overcurrent Protection 5 min
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PIR Motion Detector 4 min
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Microphone Interface 5 min
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TDS Water Measurement 4 min
- Performance Constraints
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Integrated Op Amp Performance Constraints 6 min
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Integrated DAC Performance Constraints 2 min
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Integrated ADC Performance Constraints 6 min
- Summary and References
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Summary
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Additional Resources
- Feedback
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Designing with Integrated Analog On PIC® and AVR® MCUs
This training demonstrates how a few applications having standalone analog and discrete components (Op-Amp, ADC, DAC, Voltage reference, and Analog Comparator) can be designed and optimized using PIC® and AVR® microcontrollers with integrated analog peripherals. (Nov 2022)
This training demonstrates how a few applications having standalone analog and discrete components (Op-Amp, ADC, DAC, Voltage reference, and Analog Comparator) can be designed and optimized using PIC® and AVR® microcontrollers with integrated analog peripherals. Microchip provides tool suites like MPLAB® Mindi Simulator and MPLAB Code Configurator (MCC) to help in designing such applications with integrated analog peripherals.