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The Engineer’s Guide to Athletic Equipment Defects

The Engineer’s Guide to Athletic Equipment Defects

Discover how industrial CT scanning can transform your inspection process and ensure your products are safe, high-performing, and recall-free. Download The Engineer’s Guide to Athletic Equipment Defects today to get started.


From Concept to Production: A Modern Approach to Wire Harness Engineering

From Concept to Production: A Modern Approach to Wire Harness Engineering

As electrification and complexity increase in modern systems, wire harness engineering has become a mission-critical discipline. This white paper reveals how leading companies are modernizing their approach with automation and digital tools to design high-quality harnesses faster and more efficiently.


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.


Advanced Programmable Power Supply Features Boost Productivity

Advanced Programmable Power Supply Features Boost Productivity

Explore how advanced power supply features can drive smarter testing and greater efficiency—read the white paper now.


ROHM’s RS7xxxxBx Series MOSFETs: Driving Performance & Reliability in Server Power Applications

ROHM’s RS7xxxxBx Series MOSFETs: Driving Performance & Reliability in Server Power Applications

Cloud computing and AI applications have exponentially increased the power needs of data center infrastructure.


ROHM Unveils 4th-Gen RGA Series IGBTs with Low Loss and High Short-Circuit Tolerance

ROHM Unveils 4th-Gen RGA Series IGBTs with Low Loss and High Short-Circuit Tolerance

High-voltage applications have become increasingly power-intensive as systems reach up to 800V.


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.


Simplify Smart Factory Transformation with AI Vision for Enhanced Yield and Predictive Maintenance

Simplify Smart Factory Transformation with AI Vision for Enhanced Yield and Predictive Maintenance

Discover how NXP Semiconductors is revolutionizing manufacturing with AI-driven predictive maintenance and automated systems by reading our full case study.


Unlock the Next Level of Robotics with onsemi’s Complete System Solutions

Unlock the Next Level of Robotics with onsemi’s Complete System Solutions

Unleash your robot's potential with customizable subsystems. Build your own system with onsemi’s flexible, scalable solutions. Download the guide now!


System Solution Guide: Security and Surveillance Cameras

System Solution Guide: Security and Surveillance Cameras

This white paper will help you select the right high-performance image sensors for your applications. This includes understanding options for sensor size, pixel counts, resolution, and features such as Wake-on-Motion and Masked Region of Interest.


System Solution Guide: Battery-Powered Tools

System Solution Guide: Battery-Powered Tools

The Battery-Powered Tool market is a multi-billion dollar industry, with continued growth expected in the coming years. To design these tools, you need to understand a variety of topics ranging from battery charging to power stages to power density. This solution guide provides comprehensive resources on specific tool categories, circuit topologies, and component selection for everything from MOSFETs, to power management, to battery protection, and more.


System Solution Guide: 48V-12V DC-DC Converters

System Solution Guide: 48V-12V DC-DC Converters

With the auto industry migrating to 48V, it’s important to have the right DC-DC conversion technology in place. The current standard for Mild Hybrid Electric Vehicles (MHEV) is to have two batteries, with a 48V - 12V DC-DC converter linking the 48V and 12V batteries. This solution guide provides comprehensive resources on power stage topologies, power module choices, MOSFET devices, eFuses, and more.


System Solution Guide: 48V Powernet Trends

System Solution Guide: 48V Powernet Trends

The era of 48V automotive electrical systems is upon us. This higher voltage technology is vital for supporting all the functions in demand in today’s modern car. Selecting the right MOSFETs, gate drivers, and complementary devices can make or break your design. This solution guide provides a comprehensive resource on 48V powernet trends—recommended devices, application examples, market trends, EV power flow discussions, and more.


Build Better Robots Using High Density Power Conversion in 48V Architectures

Build Better Robots Using High Density Power Conversion in 48V Architectures

Guide to developing better PDNs to meet the needs of today's robotics systems


Rain AI Tapes-Out Low Power AI Accelerator Chip with Synopsys Cloud and IP in Under a Year

Rain AI Tapes-Out Low Power AI Accelerator Chip with Synopsys Cloud and IP in Under a Year

Read this success story and learn how Rain AI selected Synopsys Cloud SaaS design platform providing end-to-end EDA and IP solutions.


Bring Your Wearables to the Next Level with Infineon’s Sensing, RF, Power, Connectivity and Security Solutions

Bring Your Wearables to the Next Level with Infineon’s Sensing, RF, Power, Connectivity and Security Solutions

Download Free Infineon Application Brochure on Medical Writ-worn Devices!


Automotive Radar Sensors — Transmit Signal Analysis and Inference Tests

Automotive Radar Sensors — Transmit Signal Analysis and Inference Tests

This application note focuses on signal analysis of automotive radars with particular emphasis on a setup to verify the functionality of a radar exposed to radio interference.