This White Paper discusses a variety of retrofit solutions and the importance of following an engineering design strategy that carefully considers material properties and their impact on component performance.

This white paper investigates challenges related to miniaturization and offers design considerations for overcoming them with a focus on antenna design, PCB connectors and associated components.

This whitepaper outlines the limitations of the 12V system in meeting the growing demands of future vehicles and demonstrates how 48V – particularly when paired with zonal architecture – offers a scalable and efficient foundation for next-generation vehicle design

The BCON+ connection system combines the advantages of solid steel-to-steel bolt termination with the extremely low contact resistance of copper contact elements.

This whitepaper explains how USB4 and USB Power Delivery Extended Power Range advance USB Type C by enabling up to 40 Gbps data transfer, protocol tunneling, and power delivery up to 240 W while maintaining backward compatibility.

This whitepaper explains how 5G’s high data speeds, low latency, and massive throughput are enabling advanced applications such as smart factories, robotics, autonomous driving, and predictive maintenance, all of which rely on highly reliable connectivity.

The whitepaper explains how the USB standard has evolved in speed, power delivery, and connector design, ultimately leading to the creation of USB Type C as a universal, reversible, high performance interface.

This whitepaper explains the rapid global growth of electric vehicles, driven by environmental regulations, improving performance, and rising consumer acceptance, while noting that EV technology is still in an early and innovative stage.

This whitepaper explains how factory automation is driving demand for compact, high performance connectivity, with Single Pair Ethernet and miniaturized connectors enabling efficient power, signal, and data distribution in smart factories.

This whitepaper explains how a screw in, not soldered, USB C® connector design improves repairability and sustainability by allowing damaged connectors to be replaced without reworking the PCB.

This whitepaper explains the rapid global growth of electric vehicles, driven by environmental regulations, improving performance, and rising consumer acceptance, while noting that EV technology is still in an early and innovative stage.

This paper examines the critical role of multipaction-resistant coaxial cable assemblies in enabling high-power signal transmission in space, particularly as next-generation RF and microwave systems move toward higher power levels, increased frequencies, and continued miniaturization.

This paper presents a comprehensive overview of the SEPIC converter, focusing on its operating principles, circuit topology, modes of operation, voltage conversion characteristics, advantages and disadvantages, and typical applications.

Overall, the study provides a sound basis for companies that want to optimize, improve and streamline their production processes while increasing the quality and safety of their power distribution systems.

This type of product focuses on "multi-channel data acquisition," requiring precise capture of analog signals such as strain, temperature, current, power, and voltage.

This white paper examines and quantifies the effects, depending on the selection of design, material and the chosen installation method of (N)EMP protectors, on the shielding attenuation and on the transfer impedance in EMP qualified systems.

This checklist supports the successful re-design or development of battery solutions, giving users an overview of key process steps, and providing important questions to consider in order to avoid common pitfalls and ensure project efficiency.

This document explains the differences between the stop-function and tristate-function in Quartz Oscillators, helping designers choose the appropriate standby mode for optimising power consumption and signal control in electronic circuits.

This document provides essential guidelines for the safe handling of Lithium batteries, covering certification, transport, assembly, and usage practices to minimize risks and ensure compliance with safety standards

This document outlines best practices for handling Quartz Crystal Oscillators, including guidance on storage, transport, mounting, cleaning, ESD protection, and operating conditions to maintain optimal performance.