AVR16EB32 datasheet(7/46 Pages) MICROCHIP

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AVR16EB32 Curiosity Nano

Getting Started

User Guide

DS50003605B - 7

Getting Started

Getting started resources for the AVR16EB32 Curiosity Nano board in the MPLAB Tools Ecosystem.

2.1

Getting Started Now with AVR®

Are you new to using AVR microcontrollers (MCUs)? Our comprehensive MPLAB® development

ecosystem supports Microchip MCUs, which makes it easy to get your prototype up and running and

includes production-ready code generation tools. Try the interactive guide to find the necessary

resources: Get Started Now with AVR MCUs.

1. Examples: MPLAB Discover is a tool to help you find Microchip example projects. It offers

several ways to filter projects to efficiently find a Microchip-tested example, as close as possible

to your application requirements, to use as a starting point for your development.

2. Configure: MCC Melody provides Libraries, Drivers, and Peripheral Libraries (PLIB) for the

development of embedded software for a range of supported Microchip MCUs, which are

configured using MPLAB® Code Configurator (MCC).

3. Develop: MPLAB X IDE (Integrated Development Environment), which is available for Windows,

Linux and macOS, also MPLAB

® XC C Compilers and GCC Compiler for AVR®.

4. Debug: With the MPLAB X IDE and/or the MPLAB Data Visualizer, the AVR16EB32 device on

the AVR16EB32 Curiosity Nano board is programmed and debugged by the on-board debugger.

Therefore, no external programmer or debugger tool is required.

5. Boards: The AVR16EB32 Curiosity Nano board is a supported part of the Curiosity Nano

Development Platform, which includes the Curiosity Nano Base for Click Boards™.

Tip: Have a look at this free Microchip University course.

The Curiosity Nano development platform is

well suited to rapid prototyping. This course

will introduce you to the defining features of

the Curiosity Nano platform and show you how

it can assist with using a new microcontroller

or developing a new prototype. This course

includes an in-depth look at the on-board

debugger, which is central to the platform, and

how to use its various user interfaces to help

you reach your goals quicker.

2.2

How the Curiosity Nano Fits Into the MPLAB Tools Ecosystem

2.2.1

MPLAB X IDE Support for Curiosity Nano

When the board connects to the computer for the first time, the operating system will install the

driver software. The drivers for the board are included with MPLAB® X IDE. Once this is done, when

connecting the Curiosity Nano to a host PC via USB, if MPLAB X IDE is open, a Kit Window is opened

with several key links for that Curiosity Nano.

When creating a new project, the part number on the Curiosity Nano will be detected, as will the

debug tool.

AVR16EB32 数据表(PDF) 7 Page - Microchip Technology

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