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SN65HVD230DR is a high-performance, low-power 3.3V CAN transceiver for automotive, industrial, and communications applications. Its high anti-interference capability and wide temperature range make it an ideal choice for harsh environments.

The L9908 highly integrated automotive-grade three-phase gate driver unit (GDU) is ST's star product in the field of brushless motor-related applications. It is ST's first GDU that supports 48V batteries, meeting the latest power requirements generated by the popularization of hybrid and new energy vehicles.

The AL8866Q is a high-efficiency buck LED driver from Diodes Incorporated designed to drive high-brightness LEDs.

This DEMO is based on ST's own product lines, such as MCU, SBC, PMIC and LDO chips, and cooperates with Horizon and Lierda to jointly develop this ADAS domain control solution.

E-Clutch is an electronic clutch, which replaces the mechanical or hydraulic control system of the traditional clutch with an electronic control system.

D9360 is currently one of the chips with the strongest display capabilities in the SemiDrive D series industrial core, supporting LVDS x4 and MIPI-DSI x2 displays. Integrated ARM® Cortex-A55 high-performance CPU and ARM® Cortex-R5 real-time CPU, including 3D GPU and H.264 video codec.

74VHCV541FT is an Octal Buffer/Driver produced by Toshiba, belonging to the ultra-high-speed CMOS logic device series.

ST's visual motor development platform MCSDK has added the Board Design function in version 6.3.0, which can easily adjust pins, feedback networks and other differentiated designs according to application requirements; at the same time, HSO (high sensitivity) has been added The observer, in the topology of the position-free algorithm, can get better position feedback.

With the popularity of applications such as smart devices, robots, and automation systems, dual-motor drive systems are becoming more and more important in many fields.

The performance and application scenarios of drones are inseparable from the core hardware components, one of the most critical components of which is its chip. The drone chip is responsible for handling tasks such as flight control, image processing, and data transmission, so choosing the right chip is crucial.