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StickC-Plus

SKU:K016-P

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Tutorial

UIFlow UIFlow
UIFlow
This tutorial will show you how to control M5StickC PLUS devices through the UIFlow graphical programming platform
UIFlow2.0 UIFlow2.0
UIFlow2.0
This tutorial will show you how to control the M5StickC PLUS device through the UIFlow2.0 graphical programming platform
Arduino IDE Arduino IDE
Arduino IDE
This tutorial will show you how to program and control M5StickC PLUS devices through Arduino IDE
Micropython Micropython
Micropython
This tutorial will show you how to control M5StickC PLUS devices through Micropython programming

M5StickC-Plus can use most programs of M5StickC. Due to hardware differences such as screens, please download the M5StickC-Plus library before compiling the program and modify the header file reference in the program as M5StickCPlus.h.

Description

M5StickC PLUS is powered by ESP32-PICO-D4 with Wi-Fi and is an upgrade of the original M5StickC with a bigger screen .It is a portable, easy-to-use, open source, IoT development board. This tiny device will enable you to realize your ideas, enrich your creativity, and speed up your IoT prototyping. Developing with M5StickC PLUS takes away a lot of the pains from the development process. M5StickC Plus is one of the core devices in M5Stacks product series. The compact body is integrated with rich hardware resources, such as infrared, RTC, Microphone, LED, IMU, Buttons, PMU,etc. Improvements from the regular StickC are a buzzer, bigger screen (1.14-inch, 135 * 240 resolution LCD Screen) and more stable hardware design. This revision increases the display area by 18.7%, and the battery capacity from 95mAh to 120mAh. It also supports the HAT and Unit family of products.

Power switch operation:

  • Power on :Press power button for 2 seconds

  • Power off :Press power button for 6 seconds

Features

  • ESP32-based support Wi-Fi
  • Built-in 6-Axis IMU
  • Red LED
  • IR transmitter
  • Microphone
  • RTC
  • Buttons, LCD(1.14 inch)
  • Built-in Lithium Polymer Battery
  • Extendable Socket
  • Built-in Passive Buzzer
  • Wearable & Wall mounted
  • Compatible with multi-platform development:

Include

  • 1x M5StickC Plus

Applications

  • Internet of things terminal controller
  • Wearable devices
  • Stem education product
  • DIY creation

Specifications

Resources Parameter
ESP32 240MHz dual core, 600 DMIPS, 520KB SRAM, Wi-Fi
Flash Memory 4MB
Power Input 5V @ 500mA
Port TypeC x 1, GROVE(I2C+I/0+UART) x 1
LCD screen 1.14 inch, 135*240 Colorful TFT LCD, ST7789v2
Button Custom button x 2
LED RED LED
MEMS MPU6886
Buzzer built-in buzzer
IR Infrared transmission
MIC SPM1423
RTC BM8563
PMU AXP192
Battery 120 mAh @ 3.7V
Antenna 2.4G 3D Antenna
PIN port G0, G25/G36, G26, G32, G33
Operating Temperature 0°C to 60°C
Net weight 15g
Gross weight 21g
Product Size 48*24*13.5mm
Package Size 114*64*22mm
Case Material Plastic ( PC )

USB Driver

Connect the device to the PC, open the device manager to install FTDI driver for the device. Take the win10 environment as an example, download the driver file that matches the operating system, unzip it, and install it through the device manager. (Note: In some system environments, the driver needs to be installed twice for the driver to take effect. The unrecognized device name is usually M5Stack or USB Serial. Windows recommends using the driver file to install directly in the device manager (custom Update), the executable file installation method may not work properly). Click here to download FTDI driver

EasyLoader

EasyLoader is a concise and fast program writer, which has a built-in case program related to the product. It can be burned to the main control by simple steps to perform a series of function verification.

Download Windows Version Easyloader Download MacOS Version Easyloader

Description:
Accelerometer, microphone, LED, IR, RTC and other hardware tests. Press A or B to switch test items.

Notice:

  • Baud rate supported by M5StickC Plus: 1200 ~115200, 250K, 500K, 750K, 1500K

  • G36/G25 share the same port, when one of the pins is used, the other pin should be set as a floating input

  • For example, to use the G36 pin as the ADC input, Configuration the G25 pin as FLOATING

  • The input range of VBUS_VIN and VBUS_USB is limited to 4.8-5.5V, and the internal battery will be charged through AXP192 power management when VBUS is powered.

setup()
{
   M5.begin();
   pinMode(36, INPUT);
   gpio_pulldown_dis(GPIO_NUM_25);
   gpio_pullup_dis(GPIO_NUM_25);
}

PinMap

RED LED & IR Transmitter & BUTTON A & BUTTON B

ESP32 GPIO10 GPIO9 GPIO37 GPIO39 GPIO2
RED LED LED Pin
IR Transmitter Transmitter Pin
BUTTON A Button Pin
BUTTON B Button Pin
Buzzer Buzzer Pin

TFT LCD

Driver IC:ST7789v2

Resolution:135 * 240

ESP32 GPIO15 GPIO13 GPIO23 GPIO18 GPIO5
TFT LCD TFT_MOSI TFT_CLK TFT_DC TFT_RST TFT_CS

GROVE PORT

ESP32 GPIO33 GPIO32 5V GND
GROVE port SCL SDA 5V GND

MIC (SPM1423)

ESP32 GPIO0 GPIO34
MICROPHONE CLK DATA

6-Axis posture sensor (MPU6886) & power management IC (AXP192)

ESP32 GPIO22 GPIO21
6-Axis IMU sensor SCL SDA
Power management IC SCL SDA

AXP192

Microphone RTC TFT backlight TFT IC ESP32/3.3V MPU6886 5V GROVE
LDOio0 LDO1 LDO2 LDO3 DC-DC1 IPSOUT

Power structure block diagram

Schematic

Example

Arduino

Size

module size

Version Change

Release Date Product Change Note:
/ Initial public release< /
2021.12 Added hibernation and wake-up functions, and changed version to v1.1 /

Video

  • Make a charging controller system

ddddsickc

FAQ

  • QUESTION：Stickc plus charging current and configuration?
  • ANSWER：/en/api/stickc/axp192_m5stickc Stickc plus charging current and configuration?
  • Charging current Settings: (After accessing the address, write the data according to the table)