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Control Board V4 Rev3 (Compatible with Arduino IDE) with USB Type-C Interface, Detailed Tutorial, Example Projects and Code

Envío gratis en pedidos superiores a 25.99€

14.83€

7 .99 7.99€

En stock

Acerca de este producto

  • New Version: Upgraded to USB Type-C interface, USB-Serial chip and black PCB board
  • Compatibility: Fully compatible with the old blue Rev3 board including code, libraries, mounting holes and extensions
  • Detailed Tutorial: Provides step-by-step guide and example projects with code and explanations (need extra items) (The download link can be found on the product box) (No paper tutorial)
  • Easy to Use: Just connect the board to your computer (installed IDE and driver) with the USB cable to program it
  • Get Support: Our technical support team is always ready to answer your questions


Overview:
This is one of the best boards to get started with electronics and coding.
Just connect it to your computer (installed IDE and driver) with the USB cable to program it.
We provide free technical support to help you with any questions and problems.
Tutorial and Code:
Comes with detailed tutorial and complete code. (Download needed, no paper tutorial.)
Including basic electronics and programming knowledge, and dozens of projects (need extra items).
The download link can be found on the product box.
Technical Specifications:
Pins:
    Digital I/O pins: 14
    Analog input pins: 6
    PWM pins: 6
Communication:
    UART: 1
    I2C: 1
    SPI: 1
Power:
    Circuit operating voltage: 5 V
    Input voltage (VIN): 7-12 V
    DC current per I/O pin: 20 mA
    DC current for 3.3V pin: 50 mA
Clock speed:
    Main core: 16 MHz
Memory:
    Flash: 32 KB (of which 0.5 KB used by bootloader)
    SRAM: 2 KB
    EEPROM: 1 KB
Dimensions:
    Width: 69 mm
    Length: 54 mm
Package Includes:
1 x Freenove control board V4
1 x USB A to C cable


ElectroBoogie
Reseñado en Canadá el 12 de agosto de 2024
The Freenove "Control Board V4" is a standalone board that appears to be well-crafted, mirroring the Arduino UNO layout. Although I haven't verified with hats, the dimensions seem to be consistent. The board utilizes an ATmega328P microcontroller and excels at clearly marking pinouts with their practical functions and corresponding pin numbers, simplifying the coding process. It features USB-C power with an included cable, a DC jack, and a CH340C USB converter.The package includes a card that directs users to tutorials and support, which is greatly appreciated by newcomers, especially those focused on education and learning. The web page links to the "FNK0067 - Freenove Control Board" on GitHub, along with a zipped set of tutorial files for download. The extensive 240-page tutorial PDF details all the projects included in the largest starter kit, offering adaptability for various needs. It's exceptionally well-suited for both classroom and home learning environments. I am thoroughly impressed with the clarity and comprehensive background information provided in the tutorial PDF, which is conveniently compiled in one place. The board is easily recognized by a Windows 10 PC and setting it up as an "Arduino UNO" in Arduino was straightforward. The built-in tutorials function flawlessly, and the included zip file contains sketches ready for testing or immediate use.Running a generic code i setup for an LCD and temp/humidity sensor was quick and easy the boardlabels made it trivial. I forget how quick the MEGAs are to program, very fun to tinker with over the slog that ESP32s can be. The try it and see what it does is the best way to learn and this kit and chip excel in that category.Board really is outstanding; it would really shine with their starter kids to easily have stuff to wire up and play with. As a learning platform and tutorial set this is a really fantastic product kudos to Freenove for pulling it all together into a comprehensive package. I would not hesitate to recommend the board (and kits) to anyone looking to get into microcontrollers.
Jennifer
Reseñado en Canadá el 2 de septiembre de 2024
This board can be programmed using the standard Arduino IDE. The board looks a bit like an Arduino Uno in layout.I followed a few tutorials with PWM output to servos and motor drivers. Very well done.
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