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NANO V3.0 16MHz USB - ATmega328P - FTDI232 - Clone - Arduino compatible
Product code: 18579
- Universal mini NANO module with ATmega328P microcontroller and Mini USB connector. Can be used in many microprocessor projects. Circuit compatible with Arduino design. The Nano microcontroller, like the Pro, is based on the popular Uno module.
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.
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Brand
Entity responsible for this product in the EU
JH Global Trading (HK) Co., LimitedMore
ProducerJH Global Trading (HK) Co., LimitedAddress:
Room G, Floor 10, Block A, Duhui Electronic Building, Huaqiang Road 10Postal Code: CN 518031City: ShenzhenCountry: ChinaPhone number: 86 075582557429E-mail: info@jh-electronica.com
Responsible entityABC-RC Firma LedaAddress:
Judy Tadeusza 9Postal Code: 34-122City: NidekCountry: PolandPhone number: 333-003-080E-mail: pomoc@abc-rc.pl
Symbol
18579
Producer code
5904384740277
Status
New
Model
NANO V3.0
Manufacturer
unbranded
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