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Embedded System Design

Basics of Developing Microcontroller Applications - Microchip Try

The Microchip Try platform provides online users the chance to learn the basics of microcontrollers without any hardware. Through a series of interactive applications, you will learn how microcontrollers work and how to create simple applications from start to finish.

TN_Microcontroller System TT_MU LV_1 TT_Quick Tipps and Tricks

Logic Circuit Design 101 - Microchip Try

Learn how the Custom Logic Block (CLB) works and how to create simple logic circuits. By using the Microchip Try platform, you can upload your code to a remote microcontroller and test your code through the control panel and the livestream. Therefore, this course does not require any purchases of additional hardware. (March 2025)

TA_ESE or FAE TN_Microcontroller System TN_Programmable Logic TT_MU 2025

Low Power Programming 101 – Microchip Try

Learn how to design energy efficient systems by exploring different operating modes, design approaches, CIPs, and clock selection. By using the Microchip Try platform, you can upload your code to a remote microcontroller and test your code through the control panel and livestream. Therefore, this course does not require any purchases of additional hardware. (March 2025)

TA_ESE or FAE TN_Microcontroller System TT_MU LV_1 2025

8 Bit Microcontrollers: Architecture of the PIC16

This class covers the basic architecture, memory map, instruction set, interrupt structure and special features of the PIC16F1x family of devices. (Feb 2022)

TA_ESE or FAE TN_Microcontroller System 2022 TT_MU LV_1

Introduction To MPLAB® X IDE

This class covers the basics of the MPLAB X IDE. (Dec 2020) [English and Spanish subtitles available]

TN_Embedded Software 2020 LV_1 TT_Tools

Getting Started with PIC16F1xxx MCUs using MCC and State Machines

When you complete this class you will be able to create a PIC16F1xxx application from scratch using State Machines, MPLAB® X and MPLAB Code Configurator (MCC). You will be able to configure GPIO, Timer, USART and ADC using MCC. (Nov 2021)

TN_Microcontroller System 2021 LV_1 TT_Tools

Creating Unique Digital and Analog Functionality by Interconnecting Core Independent Peripherals (CIPs).

This class will cover in detail a number of applications that utilize multiple Core Independent Peripherals (CIPs) to simplify the design of different circuits. (Updated Nov 2021)

TN_Analog TN_Core Independant Periph 2020 LV_3

8-bit PIC® MCU Peripheral Deep Dive

This class presents deep-dive information on the architecture, setup, demonstration and pitfalls of the most common PIC16 and PIC18 peripherals. New chapters will be added as they become available. (Updated July 2025))

TN_Microcontroller System 2022 2023 TT_MU LV_3

AVR Peripheral Deep Dive

This class presents deep-dive information on the architecture, setup, demonstration and pitfalls of the most common AVR peripherals. More chapters will be added as they become available. (Updated June 2023)

2022 2023 TT_MU LV_3

dsPIC33C Peripheral Deep Dive

This class presents deep-dive information on the architecture, setup, demonstration and pitfalls of the most common dsPIC33C peripherals. (Updated August 2024)

TN_Microcontroller System 2023 LV_3

SAM and PIC32 Peripheral Deep Dive

This class presents extensive information on the architecture and configuration of the SAM and PIC32 Peripherals. (Updated April 2025)

TN_Microcontroller System TN_Core Independant Periph LV_3 2025

Rapid Prototyping with the Curiosity Nano Platform

This course will help you to get the most out of the Curiosity Nano development platform. (Nov 2021)

Replacing ASIC Functions with 8-bit PIC® and AVR® MCUs

This class covers an overview of new 8-bit peripherals and then several examples on how to use 8-bit MCUs in creative ways including replacing the functions of an ASIC. (Oct 2022)

TN_Microcontroller System 2022 LV_1

Strategies for Nonvolatile Memory Reliability

This class covers how EEPROM and NOR Flash memory operate, wear out, and fail, as well as several strategies for maximizing performance and reliability of memory devices in applications. (Sept 2021)

NVRAM and EEPROM Selection and Design

This class is an overview of external non-volatile memories. (July 2021)

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)

TA_Experts TN_Analog TN_Microcontroller System 2022 LV_3

Picking the Right Timing Sources for your MCU/MPU or FPGA

This class guides you through relevant, practical approaches to deciding on the timing sources for your MCU/MPU or FPGA. (June 2021)

TN_Clock and Timing TN_Microcontroller System TN_Microprocessors TN_Programmable Logic 2021 LV_3

Select a Timing Source for your PCIe Application

This class guides you through relevant, practical approaches to selecting the optimal timing source for you PCIe application. (July 2021)

TN_Clock and Timing TN_WN Wired Networking 2021 LV_1 TN_WN PCIe

Designing with MEMS Oscillators

This class covers selecting a MEMS technology oscillator that can maintain tight frequency stability even under severe environmental conditions. (Feb 2022)

TA_Experts TN_Clock and Timing 2022 LV_1

ARM® Cortex®-M Architecture Overview

This course covers the architectural differences of the Cortex-M cores and will help you select which device is the best choice for your own application. (Sept 2022)

2022 TT_MU LV_1

Getting Started with Writing Code for the Microchip ARM® Cortex® Microcontrollers

Learn how to get started writing code and operating peripherals on the Microchip SAM ARM Cortex M0+, M23 and M4 microcontrollers. (Sept 2021)

TN_Microcontroller System 2021 TN_Embedded Software LV_3

16-Bit Bootloaders Using MCC: Device Side

This class will focus on creating both a generic 16-bit bootloader and a secure 16-Bit bootloader using ECDSA signing features of the ATECC608B for the PIC24/dsPIC33 devices using MPLAB® X IDE and the MPLAB Code Configurator (MCC). (Updated May 2022)

TT_MU 2020 LV_3 TT_Tools

Developing Bootloaders for ARM® Cortex® M0+ MCUs

This class will review the basics of firmware bootloaders and show you how to deploy a bootloader-enabled application on a SAM D21 MCU, using the MPLAB® X IDE and the MPLAB Harmony bootloader library. (October 2023)

TN_Microcontroller System 2023 LV_5

Simple Applications Using the MPLAB® Harmony v3 Peripheral Libraries

Creating Simple Embedded Applications with 32-bit MCUs/MPUs using the MPLAB® Harmony v3 Peripheral Libraries. (May 2021)

2021 TN_Embedded Software LV_5 TT_Tools

Creating Advanced Embedded Applications with 32-bit MCUs/MPUs using the MPLAB® Harmony v3 Software Framework

This class shows how the MPLAB® Harmony drivers, system services and middleware enables you to rapidly develop bare-metal and RTOS applications. (April 2021)

TN_Microcontroller System TN_Microprocessors 2021 TT_MU TN_Embedded Software LV_5 TT_Tools

dsPIC33CH Dual Core Device Architecture

This class will discuss the dsPIC33CH family of 16-bit dual-core dsPIC® devices. (Jan 2021)

TN_Microcontroller System 2021 LV_3

dsPIC33CH Dual Core Programming and Debugging

Learn how a dual-core dsPIC® device with various interconnected peripherals can be leveraged to accelerate time-sensitive embedded control applications. (May 2021)

TN_Microcontroller System 2021 TN_Embedded Software LV_5

Low-Power System Design with Microchip's 32-bit Cortex M0+/M23 ARM® Microcontrollers

Low power development fundamentals for the 32-bit ATSAML10 MCU with power measurement demonstrations using the SAML10-Xplained Pro Demo Board and Data Visualizer. (Sept 2021)

TN_Microcontroller System 2021 LV_3

MPU System and PCB Design Pitfalls and Solutions

This class will guide you through the hostile terrain of implementing high-speed/high-end MPU devices within an electronic system. (March 2021)

TN_PCB Design and Layout TN_Microprocessors 2021 LV_3

PCB Design for Today's High-Speed Protocols

This presentation is targeted to engineers and layout designers who want to know more about how to deal with the challenges of modern high speed design. (April 2023)

TN_PCB Design and Layout 2023 LV_3

Shining a Light on Artificial Intelligence and Machine Learning

This class will take a journey through artificial intelligence and machine learning and how you can use it in a simple embedded application (Dec 2024)

TA_ESE or FAE LV_5 2024 EM_IoT/Edge Computing

Microchip and MathWorks - Integrated FIL and IP Core Generation Workflow

Puneet Kuma and Max Bucklin present: Microchip and MathWorks - Integrated FIL and IP Core Generation Workflow (February 2025)