This solution implements six claws with three joints each and a gripper to create various action effects. It has infrared obstacle detection and avoidance functions, low battery warning function, and supports Bluetooth pairing and APP control.
University embedded course design, based on UCOS real-time operating system! I hope to be helpful!
Provides the simplest way to integrate audio chips into wireless headphones. The current consumption of the device is extremely low and can be less than 1 uA in standby mode. Nuvoton's ChipCorder series of voice/audio chips not only provide reprogrammable multi-functions and the highest audio quality, but also provide practical audio guidance storage devices.
A simple circuit to disable automatic start-stop and set the default drive mode on a Ford vehicle.
Want to add lots of LEDs to your Arduino project? HUB75 RGB panels are a great way to do this as they are much cheaper than addressable Neopixel/WS2812 LEDs (typically 10% of the cost per LED). They are also available in a range of pixel densities (from 2mm to 10mm pitch) to better suit your project needs. However, using a microcontroller to display high-quality graphics on a HUB75 panel is complicated because the panel requires precise timing and constant refreshing of pixel data. That's where Teensy 4's SmartLED Shield comes in.
The PCA9745B evaluation board features LEDs for color mixing, blinking and dimming demonstrations. The graphical interface allows users to easily explore the different features of the driver. This board can be connected in series with other SPI bus demonstration boards to create an evaluation system. The IC communicates with the host through the industry-standard SPI bus port. The evaluation software runs on the Microsoft Windows PC platform.
The LPCXpresso824-MAX board with NXP®'s LPC824 Cortex®-M0+ microcontroller is designed to make starting your project as easy as possible.
Inkplate 10 is a powerful, energy-efficient, Wi-Fi-enabled ESP32 development board with a recyclable 9.7-inch e-paper display. It's open hardware supported by open source software libraries, and it's easy to program whether you prefer MicroPython or the Arduino IDE.