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Exploring the Future of UWB — Comprehensive Insights into IEEE 802.15.4ab

Exploring the Future of UWB — Comprehensive Insights into IEEE 802.15.4ab

Discover how the new IEEE 802.15.4ab standard is shaping the next generation of UWB technology — with enhanced precision, sensing, and power efficiency that unlock innovative applications from secure access to vital sign detection. Download the white paper to explore the key technical upgrades driving UWB’s evolution.


onsemi & EBV Image Sensor Portfolio Guide

onsemi & EBV Image Sensor Portfolio Guide

Discover how onsemi image sensors enable smarter machines through advanced imaging for drones, robotics, machine vision, and surveillance.


Electronics in Medical Equipment: Component Choices Driven by Forces of Regulation, Miniaturization and Data Sharing

Electronics in Medical Equipment: Component Choices Driven by Forces of Regulation, Miniaturization and Data Sharing

Access Panasonic’s whitepaper to optimize your component choices and build a stronger foundation for the future of medtech.


From Stationary Arms to Humanoids: The Journey of Mobile Robotics

From Stationary Arms to Humanoids: The Journey of Mobile Robotics

Access this whitepaper to explore key advancements and challenges in robotics, from stationary robotic arms to a new generation of humanoid, agile, and versatile robots.


Measurement of Residual Phase Noise of Amplifiers at 80 GHz Using Interferometric Measurement Technique

Measurement of Residual Phase Noise of Amplifiers at 80 GHz Using Interferometric Measurement Technique

Learn how to measure residual phase noise of amplifiers at 80 GHz using a simple interferometric method and improve your testing accuracy today.


From Footfall to Foresight: Revolutionizing Retail Analytics with Real-Time Edge AI

From Footfall to Foresight: Revolutionizing Retail Analytics with Real-Time Edge AI

Download the white paper to discover how real-time edge AI is transforming retail analytics with privacy-first, scalable insights.


Selecting the Right Embedded Hardware – A Guide for Developers

Selecting the Right Embedded Hardware – A Guide for Developers

Discover how to choose the right embedded platform using this white paper from NXP.


Enabling Emotion Detection in AI Using High-SNR MEMS Devices

Enabling Emotion Detection in AI Using High-SNR MEMS Devices

Explore the journey of sound recording, from Fantasia’s orchestra to MEMS microphones, and see how AI is shaping the future of audio clarity.


PCB Assembly Tips Every Engineer Should Know

PCB Assembly Tips Every Engineer Should Know

Summit Interconnect’s free 9-page PCB Assembly Guide puts essential assembly tips and answers right at your fingertips. Download, print, and keep it on your desk for quick reference.


System Solution Guide: Ultra Fast EV Charger

System Solution Guide: Ultra Fast EV Charger

Ultra-fast EV charging enables high-power DC charging—up to 1 MW—directly to EV batteries, drastically reducing charging time and supporting next-gen 800V+ vehicle architectures. This guide outlines key design considerations, from charging topologies like Vienna Rectifier and Dual Active Bridge to system features like bi-directional power flow and PV-storage integration. onsemi offers a complete portfolio of SiC MOSFETs, IGBTs, gate drivers, and evaluation kits to help engineers build efficient, scalable, and safe fast-charging solutions.


System Solution Guide: Zonal Architecture

System Solution Guide: Zonal Architecture

Zonal Architecture is transforming vehicle electronics by decentralizing power and data management through Zonal Control Units (ZCUs), reducing wiring complexity and enabling Software Defined Vehicles (SDVs). This guide explores the shift from legacy to zonal systems, highlights technologies like SmartFETs, eFuses, and 10BASE-T1S Ethernet, and explains how centralized computing supports features like over-the-air updates and ADAS.


HotTech AI Accelerator Analysis

HotTech AI Accelerator Analysis

A new report from Hot Tech Vision & Analysis compares AI accelerators from Axelera AI, NVIDIA, and Hailo with a real-world computer vision workload, revealing key differences in performance, efficiency, and accuracy. If you're evaluating edge AI solutions, this analysis offers clear, data-backed insight into which platforms deliver the best results.


Current Sense Resistors in AI Data Center Power Management

Current Sense Resistors in AI Data Center Power Management

Explore how high-performance current sense resistors enable efficient, scalable power delivery for AI data centers amid skyrocketing compute demands.


Magnetic Encoders: Increasing Demand on High-Performance Magnetic Encoders with Robust Self-Correcting Angular Error Detection Systems

Magnetic Encoders: Increasing Demand on High-Performance Magnetic Encoders with Robust Self-Correcting Angular Error Detection Systems

Download the white paper to discover how Broadcom’s advanced magnetic encoders use self-correcting technology to overcome angular errors and deliver reliable performance in harsh environments.


Unleashing the Power of AURIX™ in Performance Benchmarks

Unleashing the Power of AURIX™ in Performance Benchmarks

Discover how Dhrystone and CoreMark benchmarks perform on Infineon’s powerful TriCore™ architecture in this in-depth white paper.


Analyzing the Selection Criteria for Image Sensors in Your Design

Analyzing the Selection Criteria for Image Sensors in Your Design

Image sensors are crucial for applications requiring high performance and precision, such as security, robotics, and automotive systems. This white paper explores key considerations for selecting an image sensor, focusing on factors like low-light sensitivity, HDR, and the impact of shutter type on motion capture. Learn how onsemi’s Hyperlux image sensor families address diverse application needs, including low power, high-speed, and high dynamic range requirements.


Exploring the Impact of Image Sensors in Robotics and Automation

Exploring the Impact of Image Sensors in Robotics and Automation

Image sensors are essential for enabling autonomy and real-time decision-making in mobile robotics, powering applications like warehouse automation and service robots. This white paper explores how image sensors contribute to technologies like 3D mapping, SLAM, depth detection, and compares rolling and global shutter options, highlighting the impact of shutter efficiency and pixel size. It also delves into how features like Wake-on-Motion and SmartROI optimize robotic vision and reduce power consumption.


System Solutions Guide: Drones

System Solutions Guide: Drones

Drones have evolved from basic remote-controlled devices to advanced machines with sophisticated sensors, GPS, and autonomous navigation. This solutions guide explores how technologies such as high-resolution cameras, depth-sensing systems, and AI enhance drones' capabilities in performing complex tasks like obstacle avoidance, real-time data analysis, and advanced navigation. It includes block diagrams, recommended image sensor devices, and development tool information to assist in designing next-gen drone systems.


Automotive Satellite Camera Power Distribution Reference Design Using onsemi’s NCV760040

Automotive Satellite Camera Power Distribution Reference Design Using onsemi’s NCV760040

This reference design demonstrates how to implement automotive satellite camera power distribution using onsemi's NCV760040 IC, focusing on safety features for ADAS such as under/over-voltage protection and ASIL-C readiness for ISO26262 compliance. It details the implementation of ADAS power management, including a SEPIC circuit for stable 12 V output. The design also covers circuit specifications, efficiency measurements, and ripple analysis to ensure stable power supply performance in automotive ADAS applications.


System Solution Guide: Advanced Driver Assistance Systems

System Solution Guide: Advanced Driver Assistance Systems

Advanced Driver Assistance Systems (ADAS) leverage a mix of sensors and cameras in vehicles—to detect nearby obstacles or potential driver errors, and respond accordingly. To design these systems, you need to understand image sensors, LiDAR, radar, and ultrasonics, as well as ADAS autonomy levels and depth sensing methods. This solution guide covers all that and more to get you started on your next ADAS design.