The Touch Sensing Software Evaluation Board (TSSEVB) contains everything you need to get started with touch sensing applications. The touch-sensing software library supports capacitive sensing across the entire NXP® S08 MCU portfolio, providing touch-sensing decoding structures such as keyboard, rotation, and slider.
Using the third-party cloud platform Gizwits, we created an IoT application system based on ultra-low power consumption Nuleo STM32 L073
This work is a thermometer based on face recognition. The appearance of the work is a temperature measuring gun. The work is mainly composed of the K210 kit provided by Sipeed, Hetai HT32F52352 chip, WIFI communication module, cloud server, IC card reader module and LDO power module. etc., the K210 is controlled by the HT32 chip to collect images in real time, and the collected images are processed locally. If there is facial information in the collected images, the facial features are extracted based on the face model, and then compared with the person in the image library. Compare the feature values of the face, and return the recognition results to the HT32 chip and the host computer for us to view the temperature measurement results. The following is a physical picture of the overall work and an introduction to its functions.
This engineering report describes a 48 V, 150 W reference design power supply for 90 VAC - 265 VAC LED street lights which can also serve as a general purpose evaluation board for the combination of a PFS power factor stage with an LCS output stage using devices from the Power Integration’s HiperPFS and HiperLCS device families.
ZigBee Capsense Dimmer Reference Design with EM3587, EFM8SB1 and PCB Antenna
25 W LED street light based on STM32F101Rx with 80 W solar charger
3 A LED driver based on LED5000, BB+ topology
HB LED based on STP16CP05 without diagnostics (32 Led)
Evaluation kit for LED8102S 8-channel LED driver with direct switch control
The PCT2075DP Arduino Shield has most temperature sensor functionality on a board compatible with the Arduino R3 pinout. The graphical interface allows the user to easily explore the different functions of the temperature sensor. In addition, users can find embedded drivers and demo applications as reference code to get started quickly.
High brightness RGB LED array based on STP24DP05 and STM32 with LED error detection