This comprehensive system transformation has created a new generation of vehicles designed from the ground up. At its core are advanced engine control systems that use electronic controllers to provide BLDC motors with optimal torque, reduced maintenance, and increased energy efficiency. Building on this electronic foundation, autonomous functions are integrated using high-performance computing systems, LiDAR, and V2X protocols. This robust, high-speed electronic system offers real-time data processing, creating an extensive network of connected vehicles for safer driving. These innovations are further accelerated by additive manufacturing, which optimizes production components with AI technologies and digital twins. As a result, today's vehicles are intelligent, interconnected systems shaping a new era of safer, more efficient, and fully connected mobility.
The Mouser Resource Center features articles, blogs, ebooks, videos, and products from the Mouser technical team and trusted manufacturing partners. For example, the recent e-book Mouser published in collaboration with YAGEO, Driving the New Era of Automotive with Smart Passive Solutions, explains the role of advanced passive components in heat management and reliability during the design of modern automotive electrical systems. Engineers can use the center as a resource to stay at the forefront of automotive technology and electrical system design.
Mouser stocks the industry’s broadest selection of semiconductors and electronic components, as well as the following products and solutions for automotive applications:
● NXP Semiconductors’ FXPS71407x automotive safety pressure sensors are designed with NXP’s proprietary MEMS sensing technology, along with a digital signal conditioning IC. They offer redundant pressure transducers, two pressure range options, and user-configurable DSI3 and PSI5 interfaces with a digital signal processor (DSP). These sensors are AEC-Q100 certified, meet the requirements of AK LV 29 and have been developed in accordance with the 2011 edition of ISO 26262.
● Infineon Technologies' TRAVEO™ T2G array MCUs are designed for high scalability and performance. These MCUs offer up to two 320 MHz Arm® Cortex®-M7 cores (1500 DMIPS), up to 6 MB of flash memory, 4 MB of VRAM, and a 2.5D graphics engine. This combination of processing power, memory, and advanced graphics makes them ideal for modern automotive systems.
● Vishay's IHDM-1107BB-xA automotive through-hole inductors offer high-temperature operation up to +180°C without aging and a high degree of 350 VDC insulation. AEC-Q200 certified, these inductors feature powdered iron alloy cores for stable inductance and saturation at any operating temperature. They are ideal for automotive DCUs, inverters, OBCs, and 48/12 V bidirectional converters.
The Texas Instruments AWRL1432 millimeter-wave radar sensor is a single-chip integrated millimeter-wave sensor based on FMCW radar technology. Manufactured using TI's 45nm RF CMOS process, this sensor is a compact, highly integrated device operating in the 76-81 GHz band. It features four power domains (RF/analog subsystem, front-end driver subsystem, application subsystem, and hardware accelerator) with independent controls. Designed for low-power, self-monitoring, and ultra-accurate automotive radar systems, it supports applications such as hands-free door opening, parking assistance, blind spot detection, and door obstacle detection.
