Search

Home / Azuocn / Single Board Computers
2PCS Type-C Mega PRO 2560 CH340G Electronic Development Board Embedded ATmega2560-16AU Chip Compatible with Arduino in Kuwait 2PCS Type-C Mega PRO 2560 CH340G Electronic Development Board Embedded ATmega2560-16AU Chip Compatible with Arduino in Kuwait 2PCS Type-C Mega PRO 2560 CH340G Electronic Development Board Embedded ATmega2560-16AU Chip Compatible with Arduino in Kuwait 2PCS Type-C Mega PRO 2560 CH340G Electronic Development Board Embedded ATmega2560-16AU Chip Compatible with Arduino in Kuwait 2PCS Type-C Mega PRO 2560 CH340G Electronic Development Board Embedded ATmega2560-16AU Chip Compatible with Arduino in Kuwait

2PCS Type-C Mega PRO 2560 CH340G Electronic Development Board Embedded ATmega2560-16AU Chip Compatible with Arduino

KWD 12.500

Brand
Azuocn
Weight
46 g
All electronics ship with US style plugs. You may need a voltage converter or a plug adapter.
1 +

Special Features

  • Board Dimensions: 55mm (L) × 38mm (W) / 2.17in × 1.50in;Weight: 13g / 0.46oz
  • Board Input Voltage: DC 6V to 9V (peak 18V)
  • Package Includes: 2PCS Mega 2560 CH340G / ATmega2560 boards, each with 4 header pins.

Description

Description:
Mega 2560 CH340G / ATmega2560 - Compatible with Mega 2560 mainboard. Built on the Atmel ATmega2560 microcontroller and USB-UART interface chip CH340G.
The mainboard functions similarly to the Arduino Mega 2560; it is an embedded board that is equally stable and uses the original ATmega2560 chip (16 MHz).
This board uses the CH340G chip as the UART-USB converter. When operating at a frequency of 12 MHz, it provides stable data exchange results (driver installation on the computer is required).
The Mega PRO (Embedded) 2560 CH340G / ATmega2560 connects to the computer via TYPE-C interface.
You can power the board or supply power to the pins through the TYPE-C interface. The voltage regulator (LDO) can handle input voltages from 6V to 9V (peak 18V). The output current is 5V -approximately 800mA, 3.3V - approximately 800mA (please note that the higher the input voltage, the lower the output current).

Related Items


{"error":"Error","cart_limit":"You have too many items in your cart.","prod_limit":"You cannot add any more of this item"}