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On Track with EN 50155

On Track with EN 50155

EN 50155 compliance isn't just a checkbox, it's the starting point for reliable railway power design. Bel is keeping you on track with a practical guide to understanding the standard and selecting the right ruggedized power converters for your rolling stock application.


The Future of Robotics: Technologies, Architectures, and Design Considerations

The Future of Robotics: Technologies, Architectures, and Design Considerations

Explore how AI, connectivity, and edge computing are shaping next-generation robotics systems. Download the report to understand key technologies driving future automation.


Overcoming Challenges through Indirect Time-of-Flight Advancements

Overcoming Challenges through Indirect Time-of-Flight Advancements

Learn how indirect Time-of-Flight depth sensing enables accurate occupancy, access control, and security systems in modern smart buildings.


All Ethernet to the Edge: 10BASE−T1S

All Ethernet to the Edge: 10BASE−T1S

What does it take to move a Factory 4.0, an automotive network, or a smart building system design to ‘All Etherent’ approach? This white paper from onsemi explains how 10BASE-T1S is the missing link for these challenges and the advantages the protocol brings.


Accelerate Firmware Development in Motion Control Applications

Accelerate Firmware Development in Motion Control Applications

Learn how ADI Trinamic TMC-API simplifies and accelerates motion control firmware development, from setup and code generation to flashing and debugging on evaluation platforms.


Using ADI Trinamic’s IC Software API and Examples

Using ADI Trinamic’s IC Software API and Examples

This application note from Analog Devices explains how to use the Trinamic TMC-API to simplify firmware development for motion control ICs in embedded and industrial systems. It outlines development setup, build, flashing, and debugging workflows using tools such as J-Link and DAPLink, along with integration into evaluation platforms like the LandungsbrueckeV3. The note also introduces PyTrinamic for Python-based scripting and rapid prototyping, enabling scalable and portable motion control firmware development.


Simplify Design and Enhance Performance with Precision Signal Chain μModule Solutions

Simplify Design and Enhance Performance with Precision Signal Chain μModule Solutions

In this white paper, learn how precision signal chain μModule solutions from Analog Devices integrate amplification, filtering, data conversion, and power management into compact system-in-package devices for communications, industrial, and automotive applications. By leveraging heterogeneous integration and iPassives technology, these solutions reduce footprint, minimize parasitics, improve dynamic range and noise performance, and shorten development time.


How to Run a Linear Motor With TMC4671

How to Run a Linear Motor With TMC4671

In this application note, learn how the TMC4671 enables precise closed-loop torque, velocity, and position control for linear motors using Field Oriented Control (FOC). It details configuration steps for incremental ABN encoder feedback, including pole pair setup, encoder resolution calculation, initialization, and linear scaling to achieve micrometer-level positioning. The note also demonstrates system setup and tuning using TMCL-IDE, providing a practical path from hardware configuration to optimized linear motion performance.


MHO/DHO5000 Series Digital Oscilloscope Application Guide for Bode Plot Function

MHO/DHO5000 Series Digital Oscilloscope Application Guide for Bode Plot Function

Download the application guide to master Bode plot analysis and optimize the stability of your switching power supply designs.


The Electrical Engineer’s Desk Guide

The Electrical Engineer’s Desk Guide

Bridge the gap between PCB manufacturing and real-world electronics design with Summit Interconnect’s Electrical Engineering Desk Guide, covering fabrication, stack-up, EMI, power delivery, and regulation fundamentals that drive manufacturable, high-performance hardware.


Streamlining Design-to-Manufacture for Imaging Devices Tutorial

Streamlining Design-to-Manufacture for Imaging Devices Tutorial

In this tutorial, we introduce onsemi’s PRISM platform, a pre-optimized reference imaging solution that streamlines camera design by integrating sensors, optics, interfaces, and image processing. It explains how PRISM simplifies system integration through standardized modules, tuned ISP configurations, and validated performance testing using components like the AP1302 co-processor and Demo3 evaluation platform. The tutorial also highlights PRISM’s support for Hyperlux CMOS image sensors and its broad processor ecosystem compatibility.


Digital Predistortion for Improved EVM Performance

Digital Predistortion for Improved EVM Performance

This document provides a comprehensive guide on how signal and spectrum analyzers can be used to create a Hammerstein model for the vector signal generator's output stage, and subsequently addresses the inherent non-linearities characteristics.


Thermal Stress in Data Storage: Effects on Performance, Longevity and Data Integrity

Thermal Stress in Data Storage: Effects on Performance, Longevity and Data Integrity

Download the white paper to learn how thermal stress affects storage performance and reliability.


Setting New Performance Standards with IEEE 802.11bn

Setting New Performance Standards with IEEE 802.11bn

Wi-Fi 8 (IEEE 802.11bn) pushes wireless performance to the next level with major gains in throughput, latency and reliability — especially for dense networks and real-time applications. This white paper breaks down the key PHY and MAC enhancements and what they mean for next-gen device and AP testing.


Ensure Long Life Code with VTI’s RESTful Driverless Software

Ensure Long Life Code with VTI’s RESTful Driverless Software

Future-Proof Your Test Systems: Discover Driverless Control with VTI’s RESTful Software Traditional driver-based architectures are holding your test systems back—creating costly dependencies and risking obsolescence. Learn how VTI’s RESTful approach delivers platform independence, scalability, and long-term reliability.


Choose an End-To-End IoT Solutions Provider to Reduce Complexity, Enhance Innovation, Cut Costs, Gain Flexibility and Achieve a Faster Time-To-Market

Choose an End-To-End IoT Solutions Provider to Reduce Complexity, Enhance Innovation, Cut Costs, Gain Flexibility and Achieve a Faster Time-To-Market

The IoT market is growing quickly, but increasing device complexity, global compliance needs, and challenges in managing software, hardware, testing, and security make deployment difficult. End-to-end providers like Quectel streamline this process by delivering integrated modules, antennas, hardware design, software, and manufacturing support to reduce risk and speed time-to-market. Their comprehensive ecosystem offers expert guidance, smoother project management, and access to global resources.


Understanding Power Integrity in PCB Design: Power Analyzer by Keysight

Understanding Power Integrity in PCB Design: Power Analyzer by Keysight

This white paper explores the importance of power integrity in PCB design and demonstrates how the Power Analyzer by Keysight, integrated with Altium Designer, helps engineers identify and resolve voltage drop and current density issues early in the design process.


Sensors in the Energy Systems of the All Electric Society

Sensors in the Energy Systems of the All Electric Society

Learn how sensing technologies drive renewable energy, grid stability, and intelligent energy management in the emerging All-Electric Society.


Powering the Next Generation of High-Efficiency Power Systems with onsemi EliteSiC Technology

Powering the Next Generation of High-Efficiency Power Systems with onsemi EliteSiC Technology

Discover onsemi’s EliteSiC cascode JFET design toolkit — 33 resources to help engineers design higher-efficiency, higher-density power systems.


Powering Industrial Image Sensors Tutorial

Powering Industrial Image Sensors Tutorial

Industrial image sensors require carefully designed power trees that deliver low-noise, thermally efficient, and tightly regulated voltage across multiple rails, using combinations of buck converters and LDOs to balance efficiency, accuracy, and heat dissipation. The tutorial explains how to evaluate conduction losses, dropout voltage, transient response, PSRR, and junction temperature to select the right regulators. It offers practical design guidance and real component examples—especially for onsemi Hyperlux sensor.