NANO V3.0 16MHz USB - ATmega328P - FTDI232 - Clone - Arduino compatible

NANO V3.0 16MHz - ATmega328P - FTDI 232 - compatible with Arduino

Universal mini NANO module with ATmega328P microcontroller and mini USB connector. Can be used in many microprocessor projects. Circuit compatible with Arduino design.

• Faithfully reproduced clone is a certainty of performance and reliability.
• NANO is equipped with FTDI 232 programmer thanks to which the module is ready for operation immediately after connecting to a computer
• Thanks to the convenient mini USB connector, it is effortless to connect this module to a computer and program it. Thanks to its small size, it will work well in smaller projects.
• The Arduino uses the Atmega328p microcontroller.
• Nano has a voltage stabilizer so we can power the module from a voltage higher than 5V.

Product features

• The Nano microcontroller, like the Pro, is based on the popular Uno module
• It has an Atmega328p microcontroller.
• On the board MINI USB connector with FTDI programmer
• The board contains an ATmega328p processor chip with
• 32kB Flash memory
• 1kB SRAM
• 1kB of EEPROM memory
• It is clocked with a 16 MHz clock signal.
• The board has pins - outputs/inputs
• 14 digital pins - can be used as input or output. Pins operate in TTL5V standard. The capacity of each reaches 40mA, and they have built-in pull-up resistors. Some of the pins perform additional functions (UART, INT, PWM, SPI, LED).
• including 6 PWM channels e.g. for controlling servos / motors e.g SG-90
• 7 analog inputs, each allowing measurement with 10-bit resolution. Some of the pins perform additional functions (I²C, AREF, Reset), as well as can be used as simple additional digital pins.
• Arduino Nano can be powered by
• via mini-USB cable
• with an unstabilized voltage of 7-12V applied to the VIN pin or from a stabilized voltage source of 5V (5V).
• The system automatically selects the power source with the highest voltage.
• FTDI232 chip is a seamless chip programmer
• The chip has a system of communication with the computer through:
• uART interface - derived on pins 0 (RX) and 1 (TX).
• USB - FTDI
• In addition, I²C (TWI) and SPI interfaces are supported
• Works with voltages of 5 V.
• Switch for manual reset
• LEDs to control the operation of the system
• Connectors arranged on the board allow the board to be plugged directly into the contact board.
• This version has soldered connector pins
• For programming, use the Arduino IDE, free software that is extremely beginner-friendly. - iDE program - http://www.arduino.cc/en/Main/Software
• The microcontroller on the board has a bootloader pre-installed, which allows software to be uploaded without additional hardware.
• bLINK LED 13 program and bootloader are preloaded into the module as standard - description http://majsterkowo.en/how-to-start-playing-with-arduino/
• In addition, it is possible to program the processor via ICSP.

Technical data

• Supply voltage: 5V
• Microcontroller: ATmega328 - 16 MHz
• Ports - I/O pins: 14
• Number of analog inputs: 7
• Number of PWM outputs: 6
• Serial interfaces: UART, SPI, I2C
• External interrupts
• Protection against the flow of too much current
• Module made on 0.8 mm thick laminate
• Weight less than 5 g.
• pin spacing 2.54mm (can be mounted in contact boards)
• Dimensions: 45x19 mm
• 32kB flash memory
• 1kB EEPROM
• 1kB SRAM
• 2 8bit timers/counters
• 1 timer/counter 16bit

Construction and connection notes

• Power supply
  • If the supply voltage is higher than 5 V, it should be connected to the VIN pin, which is connected to the stabilizer.
  • VCC is connected directly to the pins of the microcontroller, connecting a voltage higher than 5 V can permanently damage the chip.
• Inputs/outputs
  • Arduino Pro has 14 digital input/output (I/O) leads.
  • Each pin allows a maximum current draw of 40 mA, allowing direct connection of LEDs with resistors and control of other ICs.
  • In addition to standard I/O, some leads also have special functions.
• Programming
  • Software development and uploading is enabled by a free environment provided by the manufacturer.
  • ISCP connector gives you the ability to connect an external AVR programmer. A detailed description can be found in the documentation and tutorial.
  • Through the ISCP connector, the ASP USB programmer can be used for programming.
  • Arduino can also be programmed using external UART converters.

Important and useful pages and descriptions

• Arduino Pro Mini homepage - http://www.arduino.cc/en/Main/arduinoBoardNano
• IDE program - http://www.arduino.cc/en/Main/Software
• Nano V3.0 board pinout errors - http://microcontrollers.cba.en/?p=6
• USB chip driver - http://www.driverscape.com/download/usb-serial-ch341

Description of the leads

Example application in the project

Included

• NANO V3.0 16MHz USB - ATmega328P - FTDI232 - 1 pc.