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DFRobot FIREBEETLE BOARD-ESP32 - User Manual

DFRobot FIREBEETLE BOARD-ESP32
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FIREBEETLE
BOARD-ESP32
USER MANUAL
V0.1
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DFRobot FIREBEETLE BOARD-ESP32 Specifications

General IconGeneral
BrandDFRobot
ModelFIREBEETLE BOARD-ESP32
CategoryMicrocontrollers
LanguageEnglish

Summary

Introduction to FireBeetle

Introduction of FireBeetle

Overview of the FireBeetle product line, designed for IoT.

Introduction of FireBeetle Board-ESP32

Details about the ESP32-based FireBeetle board and its features.

Quick-start Guide for FireBeetle ESP32

FireBeetle Board-ESP32 Hardware

Technical specifications and hardware features of the ESP32 board.

Board Specifications

Detailed physical dimensions and electrical specifications of the board.

Setting Up Arduino IDE

Guide to setting up the Arduino IDE for the FireBeetle Board-ESP32.

Step 1: Download Arduino IDE

Instructions for downloading and installing the Arduino IDE software.

Step 2: Arduino IDE Language Setting

How to change the language within the Arduino IDE interface.

Step 3: Install ESP32 Core

Adding the ESP32 board support package to Arduino IDE.

Step 4: Connect to Computer

Connecting the board to a PC and verifying its recognition.

Step 5: Program the Board

Basic programming workflow and interface overview in Arduino IDE.

Step 6: Upload Code

Process of compiling and uploading code to the FireBeetle-ESP32.

Using Peripherals with FireBeetle ESP32

Project 1: Serial Port Experiment

Demonstrates using the serial port for data communication.

Project 2: PWM Breathing Light

Controlling LED brightness via PWM for a breathing effect.

Project 3: ADC Conversion

Reading analog signals using the Analog-to-Digital Converter.

Project 4: I2 C Communication

Interfacing with devices using the I2C communication protocol.

Project 5: SPI Communication

Utilizing the SPI bus for sensor data communication.

Project 6: Hall Sensor

Reading data from the integrated Hall effect sensor.

Project 7: DAC Output

Generating analog output signals using the Digital-to-Analog Converter.

Project 8: Touch Sensor

Using the capacitive touch sensors on the board.

Project 9: Deep Sleep Mode

Implementing low-power deep sleep modes for power management.