About Nano Board R3 With CH340 Chip Without USB Cable Compatible With ARDUIN0 (Unsoldered)
Specification:
| Microcontroller |
ATmega328
|
| Operating Voltage (VDC) |
5
|
| Input Voltage (V) |
7 to 12
|
| Digital I/O Pins |
14
|
| Analog I/O Pins |
8
|
| DC Current per I/O Pin (mA) |
40
|
| Flash Memory |
32 KB
|
| SRAM |
2
|
| EEPROM |
1 KB
|
| Clock Speed |
16 MHz
|
Features:
- 1 pair of TTL level serial transceiver ports RX / TX
- Using Atmel Atmega328P-AU MCU
- There is a bootloader installed in it
- Support USB download and Power
- Support for external 5V - 12V DC power supply
- It Supports a power supply of 9V battery
- Support ISP download
- Automatic reset during program download.
- Power OK blue LED on the bottom.
- Green (TX), red (RX) and orange (L) LED.
- +5V to AREF jumper.
- Auto-sensing/switching power input.
- Small mini-B USB for programming and serial monitor.
- ICSP header for direct program download.
- Standard 0.1 spacing DIP (breadboard friendly).
- Manual reset switch.
Versatile Compatibility for Creative ProjectsThe Nano Board R3 is engineered to meet various prototyping needs, offering seamless compatibility with ARDUIN0 environments. Its unsoldered format allows users to customize pin connections, making it perfect for educational, hobbyist, and professional applications. Supplied without a USB cable, it enables direct integration with external power supplies for stable and reliable operations.
Reliable Performance with the CH340 ChipEquipped with the CH340 communication chip, the Nano Board R3 ensures consistent and smooth data transmission for your projects. Its rated voltage of 3.3V and broad supply voltage range (5V-12V DC) make it suitable for a myriad of setups. The robust design and 1-year warranty provide added peace of mind for users and businesses alike.
FAQ's of Nano Board R3 With CH340 Chip Without USB Cable Compatible With ARDUIN0 (Unsoldered):
Q: How do I power the Nano Board R3 With CH340 Chip without a USB cable?
A: You can supply power to the Nano Board R3 externally using a DC voltage source between 5V and 12V, connected to the appropriate pins or header on the board.
Q: What is the process for soldering components onto the unsoldered Nano Board R3?
A: To prepare the unsoldered board for use, solder standard header pins or components onto the designated pads using a temperature-controlled soldering iron, following schematic instructions for your project.
Q: Where can I use this Nano Board R3 in electronic projects?
A: The board's compact dimensions and robust design make it suitable for embedded systems, robotics, IoT devices, and various DIY electronics applications where compatibility with ARDUIN0 is required.
Q: When is it beneficial to choose the Nano Board R3 With CH340 Chip for your projects?
A: This board is ideal when you require a reliable, compact controller with flexible power options, native ARDUIN0 compatibility, and easy customization via unsoldered connections.
Q: What warranty coverage does the Nano Board R3 offer, and how can it be claimed?
A: The board comes with a 1-year warranty against manufacturing defects, which can be claimed by contacting the distributor, exporter, or manufacturer with proof of purchase.
Q: Is the Nano Board R3 waterproof or suitable for outdoor use?
A: No, the board has no waterproof rating (IP Rating: Not waterproof) and is intended for indoor, protected settings. Use a casing or enclosure for additional protection if needed.
Q: What are the main benefits of using the CH340 chip on the Nano Board R3?
A: The CH340 chip offers efficient USB-UART conversion, ensuring stable communication between your board and computer, which simplifies programming and debugging processes.