➀ The Jacinto automotive processor Digital Cluster Automotive Reference Design (DCARD) is a cost-effective solution tailored for reconfigurable digital cluster systems in automotive applications; ➁ It provides a complete 6-layer PCB solution for smooth 60 fps digital displays at 1920×720 resolution; ➂ The design includes features like single-zone audio output, CAN-based wake-up capabilities, and Ethernet connectivity, making it ideal for modern automotive systems.

➀ This reference design introduces an inductive sensing-based encoder knob that offers a contactless and robust interface for control inputs. It is designed to withstand harsh environments and does not rely on magnets. ➁ The design uses low-drift capacitive (LDC) technology for high-reliability position tracking and operates within a 2.7V to 3.6V power range. ➂ It is suitable for applications in automotive, appliance, and consumer electronics systems.

The article introduces a 100 W LLC DC-DC converter reference design, highlighting its efficiency, compact design, and suitability for industrial equipment and various applications. The design achieves 88% efficiency at full load and utilizes an LLC resonant circuit for high efficiency and minimal heat generation.

➀ The design ensures voltage monitoring, supports integration with various monitors, and provides protection through fuse-blowing mechanisms for safety; ➁ The reference design from Texas Instruments offers a robust stacked architecture for high-accuracy voltage detection; ➂ The solution operates independently of existing monitoring Analog Front-End (AFE) and cell-balancing systems, offering seamless integration with monitors and protectors.

➀ The reference design by Texas Instruments uses Wi-Fi technology for wireless EPD updates; ➁ The solution is low power and suitable for battery-powered operations; ➂ The design supports remote and local control via MQTT protocol.

➀ This article introduces an RGB LED reference design that provides a customizable control solution with complete RGB control, brightness, and effects via a GUI optimized for mobile device integration; ➁ The design includes features like color, brightness, blink rate, and breathing effects, and is compatible with MAC and Windows PCs; ➂ The ultra-compact design requires as few as 700 LUTs, making it efficient and adaptable for various applications.

➀ This article discusses the RGB LED lighting reference design developed by NXP Semiconductors. It highlights the board's features, such as microcontroller and high-voltage analog components, and its applications in automotive and industrial sectors. ➁ The S12ZVL32-LED board, featuring a 16-bit S12 MagniV S12ZVL microcontroller and LIN interface, is ideal for space-constrained automotive LIN nodes. ➂ The article also mentions the S12ZVL family's memory options and its integration of features from the S12 portfolio.

➀ This article discusses a dual active bridge DC-DC reference design using silicon carbide (SiC) MOSFETs for high efficiency and fast switching speeds. ➁ The design is by Microchip Technology and is suitable for high-voltage applications like EV charging systems. ➂ It features a bidirectional operation system capable of handling input and output voltages up to 900 VDC, with hot plug functionality and a galvanically isolated CAN interface.