RF-NANO Arduino Board

The Arduino NANO RF board with an ATmega328p processor and NRF24L01 module is considered a complete, compact, and powerful platform for running electronic projects, remote control systems, and Iot solutions. With its intelligent design and combination of the Arduino Nano's processing capabilities and stable wireless communication, this product enables rapid development of wireless projects without the need for complex wiring or additional soldering. In this regard, using the title Arduino Nano Wireless RF board with ATmega328p processor and NRF24L01 fully expresses the technical structure and main nature of this product.

At the heart of this board is the ATmega328p-MU microcontroller with an operating frequency of 16 MHz, which, with the help of the new Arduino IDE version 1.8.8 bootloader, provides fast, stable, and hassle-free programming. This structure has enabled the Arduino Nano RF board with ATmega328p microcontroller to cover a wide range of educational, light industrial, and research projects. The presence of 32 kilobytes of flash memory, 2 kilobytes of SRAM, and 1 kilobyte of EEPROM also provides enough space for developing control algorithms, data processing, and wireless communications.

One of the strengths of this board is the use of the CH340G USB-to-serial converter, which enables stable connection to a computer and simple programming through a Micro USB interface. This same feature has led many users to know this product by the name Arduino Nano RF board CH340G model. After installing the relevant driver, the operating system easily recognizes the board, and the process of programming, testing, and debugging is carried out with high speed and accuracy.

The built-in NRF24L01+ module of this board enables data exchange in the 2.4 GHz frequency band with a communication range of up to 50 meters. This stable, low-power, and reliable wireless communication creates a suitable platform for transferring information between multiple Arduino boards, sensors, and control units. Also, the presence of the TI CC2540 BLE chip has made it possible to implement low-power Bluetooth communications. This product is known as a professional Arduino Nano wireless board specifically for IoT and remote projects, and it plays a key role in the design of smart systems.

In terms of input and output, this board has 12 digital pins, 8 analog pins, and 6 PWM outputs, which make it possible to connect various sensors, modules, relays, motors, and displays. The 5-volt operating voltage and the ability to be powered through the USB port or the Vin input with a voltage of 6 to 12 volts create high flexibility in circuit design. A current consumption of about 19 milliamps also makes this board fully suitable for portable and battery-based projects. The physical dimensions of this board are 48x19x12 millimeters and its weight is about 9 grams, which easily provides the possibility of use in limited spaces and compact systems.

Arduino RF board  Application:

1. IoT and smart home system projects
2. Remote control of electronic and light industrial equipment
3. Wireless sensor networks with a communication range of up to 50 meters
4. Educational robotics and academic research projects
5. Light automation and wireless environmental monitoring

Arduino RF board Specification:

1. Microcontroller: ATmega328P-MU QFN32
2. Bootloader: Newest 1.8.8
3. Wireless: Nrf24L01+ 2.4G
4. BLE chip: TI CC2540
5. Work channel: 2.4G
6. Transmission distance: 50m
7. Architecture: AVR
8. Input voltage: USB power supply, Vin 6-12V
9. Operating Voltage: 5V
10. Flash Memory: 32KB of which 2KB used by bootloader
11. SRAM: 2KB
12. Clock Speed: 16MHz
13. Analog I/O Pins: 8
14. EEPROM: 1KB
15. DC Current per I/O Pins: 40mA (I/O Pins)
16. Input Voltage: 7-12V
17. Digital I/O Pins: 12
18. PWM Output: 6
19. Power Consumption: 19mA
20. Interface: Micro-USB
21. Pin: Two Lines 2.54mm-15Pin
22. Dimensions: 48x19x12mm
23. Weight: 9g

Documents:

RF-NANO Arduino Board