A collection of ON Semiconductor’s star solutions for automotive and industrial applications

The 8.3-megapixel CMOS digital image sensor AR0820AT is designed for automotive applications and provides features such as high dynamic range (HDR), enhanced low-light performance, real-time functional safety mechanisms and fault detection to improve road safety and ultimately enable a new generation of fully autonomous vehicles with basic 360-degree vision.

The AR0820AT can provide high resolution and HDR in a variety of adverse lighting conditions, with a perception capability 100 times that of human vision in all conditions, supporting the detection and identification of smaller objects and other hazards at a distance of up to 185 meters, helping to enhance advanced driver assistance systems (ADAS) and more advanced autonomous driving systems, thereby improving road safety. Wafer stacking technology enables compact camera design, optimized for low light and challenging HDR scenes, with 2.1 μm DR-Pix back-illuminated (BSI) pixels and on-chip 140 dB HDR capture capability.

The AR0820AT’s advanced fault detection capabilities and embedded data are key to enabling a camera that is Automotive Safety Integrity Level B (ASIL B) compliant, which is critical for higher levels of autonomous driving. It shifts the responsibility for fault detection from the main processor to the sensor itself, saving a lot of processing power. Any faults or problems can be detected faster, allowing the vision system to recover before a potentially dangerous event occurs. safe status. Built-in network security ensures reliable and secure work.

The VE-Trac ™ Direct SiC series is a single-sided water-cooled SiC power module with industry-standard size for electric/hybrid vehicle main drive inverter applications. It integrates ON Semiconductor's second-generation 900 V SiC MOSFET technology, adopts a 6-Pack architecture, and has a low on-resistance (only 1.7 m Ω ), reaching a new level in performance, energy efficiency and quality. SiC-based power modules enable electric vehicles to have longer driving range, higher energy efficiency and faster acceleration.

NCN26010 multi-point industrial Ethernet controller is suitable for application scenarios such as industrial automation, sensor interfaces, home/building control, security and field instrumentation. This product provides reliable multi-point communication for industrial environments, achieving more than 40 nodes on a twisted pair, exceeding five times the number of nodes required by the IEEE 802.3cg standard, reducing installation costs by 80% and reducing setup complexity. The NCN26010 also includes proprietary enhanced noise immunity, which is critical for installations in electrically noisy industrial environments.

The NCP1681 high-power totem pole PFC controller is mainly launched for ultra-high-density high-power offline power supplies, including server power supplies, high-performance computer power supplies, communication power supplies, industrial power supplies, and OLED TV power supplies. The NCP1681 is dedicated to the bridgeless totem pole power factor correction (TP PFC) topology, operates at a universal power input voltage (90 - 265 Vac), and extends the advantages of non-digital control TP PFC design to kW power. It meets challenging energy efficiency standards, such as "80Plus" or "CoC Tier 2", and provides effective solutions for applications that need to meet high energy efficiency standards over a wide load range, while reducing design time and cost, so that solutions can be delivered to the market faster. Under high voltage input, the efficiency of the NCP1681 TP PFC solution will reach nearly 99%.

ON Semiconductor's RSL15 targets industrial automation applications, including connected asset tracking, smart retail and IoT edge nodes. The RSL15 is the industry's first low-power Bluetooth single chip with intelligent sensing capabilities. It uses an Arm Cortex ® -M33 processor to support TrustZone ® lifecycle management, and CryptoCell ™ -312 multiple encryption algorithms to provide a higher level of system security performance and data processing capabilities, while maintaining ultra-low power consumption. While addressing the growing demand for data security in Internet industrial applications.

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