MikroElektronika presents the MIKROE-4443 Arduino Nano Click Shield, designed to extend the capabilities of Arduino Nano boards. Featuring two mikroBUS™ sockets, this shield enables effortless integration with MikroElektronika’s extensive lineup of Click boards.
The Arduino Nano Click Shield facilitates the incorporation of diverse functionalities, including Wi-Fi, GSM, GPS, Bluetooth®, Zigbee®, environmental sensors, LEDs, speech recognition, motor control, and motion sensors. With over 1006 Click boards available, users have access to a wide array of options for their projects.
This shield streamlines the connection process, allowing Click board devices to interface seamlessly with Arduino Nano boards. Users can leverage the simplicity and convenience of Mikroe's Click boards to enhance their projects without complex wiring or setup.
Arduino Nano boards are programmable using the Arduino Software IDE, both online and offline. They come pre-installed with a bootloader, simplifying the uploading of new code without requiring an external hardware programmer. Additionally, Nano boards support various communication protocols, including I2C and SPI, enhancing connectivity options for different applications.
With a compact form factor, Nano boards offer versatility for a range of projects. Whether based on AVR® or Arm® Cortex® microcontrollers, they provide high performance at an affordable cost. Nano boards are smaller than the Arduino Uno, making them suitable for applications where space is limited. Some variants include onboard connectivity modules, such as Wi-Fi and GSM, catering to IoT projects.
Supported by the Arduino IDE and compatible with USB cables, Arduino Nano boards offer ease of use and flexibility for developers. By integrating the MIKROE-4443 Arduino Nano Click Shield, users can unlock the full potential of their Arduino Nano boards, expanding functionality and enabling innovative projects across various domains.
Onboard modules: two mikroBUS™ sockets, a connector for connecting compatible Arduino Nano board, four TXS0108E level-shifting voltage translators, and a power part for converting 5 V USB to the 3.3 V
Interface: I2C, UART, SPI, PWM, analog, and GPIO
Compatibility: mikroBUS
Input voltage: 3.3 V or 5 V
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