The NXP SD Card Reader (DEMOFLEXISJMSD) reference design allows you to read and write files stored in a SD Card from a PC or USB host-enabled system.
The structural characteristic of a quadcopter is that it is equipped with a rotor on each of its four corners, which are driven by motors. The blades can rotate forward or reverse. In order to maintain the stable flight of the aircraft, the quadcopter is equipped with 3-directional gyroscopes and 3-axis acceleration sensors to form an inertial navigation module. It also uses an electronic controller to ensure its fast flight.
It has been verified that it communicates with the arduino microcontroller through the serial port (USB, Bluetooth, etc.), and then the microcontroller controls the servo on the robotic arm to control the robotic arm to perform responsive movements.
Sub-1 GHz 868 MHz RF expansion board based on S2-LP wireless transceiver for STM32 Nucleo
NXP TWR-K60F120M is a development board for Kinetis K10, K20 and K60 120/150MHz 32-bit ARM ® Cortex ® -M4 MCUs
STM32 Nucleo-64 development board using STM32F401RE MCU, supporting Arduino and ST morpho connections
LPCXpresso board for LPC1769 with CMSIS DAP hardware debugger
Solemn statement: This is an open source product and can only be used for learning and communication. Commercial use is strictly prohibited, otherwise we will pursue legal liability. Your use of our source code indicates your acceptance of this statement. Qdso is a well-designed pocket oscilloscope with 40M bandwidth, 200M sampling rate and 3.5-inch TFT color screen. The overall design controller uses nios ii soft core; AD9288-100 cross sampling rate reaches 200M real-time sampling, and the display part uses RA8872 that supports double buffering and 2D drawing acceleration to achieve high-speed waveform drawing and display. And we will make the source code and detailed tutorials public for everyone to DIY and learn from.
Complete 5 V single supply 8-channel multiplexed data acquisition system with integrated PGIA for industrial grade signals
The LPC54018 IoT module is a high-performance, self-sufficient microcontroller module that supports IEEE802.11 and is suitable for products based on the LPC540xx MCU series.
The MAXREFDES1265 is a reference design showcasing the MAX7360 and MAX32625PICO with a low-cost, small-size keypad interface.
FRDM-K28F is a low-cost development board for Kinetis K27 and K28 high-performance microcontrollers based on Arm Cortex-M4.
Industrial digital output expansion board based on IPS161HF for STM32 Nucleo