MCDODO
MCDODO RP2040 Core Board Type-C 16MB 3PCS
Three RP2040 microcontroller boards with USB-C, 16 MB flash and RGB LEDs for MicroPython or C/C++ development
- TypeSingle Board Computers
- Dual-core Cortex M0+ runs up to 133 MHz for responsive real-time control
- 16 MB flash stores larger MicroPython or C/C++ firmware images
- RGB LED trio gives instant visual status through colour and brightness
- USB-C connector simplifies power and data on modern hosts
- Three boards in one pack lets you prototype multiple nodes at once
Three RP2040 boards for makers
This pack contains three RP2040 core boards built around a dual-core Arm Cortex-M0+ processor clocked up to 133 MHz. They suit hobbyists, students and engineers who need multiple low-cost microcontrollers for parallel experiments or classroom kits. Each board provides 16 MB of flash storage for firmware and data.
Type-C power and native I/O
A USB Type-C connector supplies power and a serial link without legacy cables. The pinout exposes two SPI, two I2C and two UART interfaces plus three 12-bit ADC channels and sixteen controllable PWM outputs. Builders can wire sensors, displays or motor drivers directly to the headers for rapid prototyping.
On-board RGB LED and dual-language support
An integrated RGB LED group gives instant visual feedback for status codes or debugging without extra components. The firmware environment accepts both MicroPython and C/C++ toolchains so developers can switch languages or reuse existing libraries across the three boards.
Fordele
- Dual-core Cortex M0+ runs up to 133 MHz for responsive real-time control
- 16 MB flash stores larger MicroPython or C/C++ firmware images
- RGB LED trio gives instant visual status through colour and brightness
- USB-C connector simplifies power and data on modern hosts
- Three boards in one pack lets you prototype multiple nodes at once
Specifikationer
| Type | Single Board Computers |
|---|
Spørgsmål om denne vare
What USB interface does the RP2040 Core Board use, and what maximum clock speed does it support?
The board uses a USB-C interface and the dual-core Arm Cortex M0+ processor runs at up to 133 MHz.
What physical features does the board include for mounting or connecting to other hardware?
Each board provides castellated edges and standard header holes that match the Raspberry Pi Pico form factor for soldering or socket mounting.
How do you start programming the board with MicroPython, and what common step is often missed?
Hold the BOOTSEL button while plugging the USB-C cable, release to appear as a mass-storage device, then drag the MicroPython UF2 file onto it; forgetting to hold BOOTSEL is the usual mistake.
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