BMS 1S 3.7V 2A 1MOS/3A 2MOS /6A 4MOS/7.5A 5MOS/9A 6MOS 18650 Li-ion Li-ion battery protection board module with nickel strip
1S 3.7V 3A li-ion BMS PCM battery protection board pcm for 18650 lithium ion li battery 1S 2A 3.7V 1MOS lithium battery protection board 1S 3A 3.7V 2MOS lithium battery protection board 1S 6A 3.7V 4MOS lithium battery protection board 1S 7.5A 3.7V 5MOS lithium battery protection board 1S 9A 3.7V 6MOS lithium battery protection board Precautions 1. Before installing the protection board, the battery should be matched well (the voltage difference between each battery should not be 0.05V, the int
- Powerful, high-efficiency processing core for rapid script execution
- Onboard USB-to-UART bridge for clean code uploads and serial logging
- Full compatibility with Arduino IDE, VS Code, and MicroPython
- Rich array of GPIO, ADC, PWM, I2C, and SPI pins for broad expansion
- Built-in low-dropout (LDO) voltage regulator for stable board supply
- Compact, double-sided PCB layout ideal for tight project custom cases
- Integrated Wi-Fi and Bluetooth BLE transceivers for smart IoT control
Need help before you buy?
Call iBuyRobotics for product guidance, compatibility questions, bulk orders, or support.
(855) I-BUY-ROBO (855) 428-9762Use Cases
Microcontroller firmware writing, edge computing, wireless IoT remote control, sensor data logging, and central robot coordination.
Compatibility Notes
Compatible with Arduino IDE, VS Code (PlatformIO), Espressif IDF, MicroPython, and standard prototyping breadboards.
Frequently Asked Questions
It is fully compatible with standard platforms like the Arduino IDE, VS Code (PlatformIO), Espressif ESP-IDF, or MicroPython editors.
Yes, most chips in this class feature built-in Wi-Fi and Bluetooth dual-mode modules for wireless connectivity.
Yes, you can connect a regulated voltage source to the VIN and GND pins, or use the onboard micro-USB/USB-C power port.
Related Products
Other products in Battery Management Systems that you may find useful.