Semiconductors Whitepapers

ENABLING MOBILE INTERFACE BRIDGING IN ADAS AND INFOTAINMENT APPLICATIONS

In the automotive market as in all industries, competition breeds innovation. Over the last 100 years, this truth has transformed the horseless carriage...

EV Infotainment Development Case Study

Bringing the world's most efficient EV to market. From cutting-edge software to minimalist materials, Aptera Motors had a goal of delivering the...

GROUND FAULT DETECTION IN MULTIPLE SOURCE SOLIDLY GROUNDED SYSTEMS VIA THE SINGLE-PROCESSOR CONCEPT FOR CIRCUIT PROTECTION

Modern power distribution systems often contain multiple power sources integrated within one system. A simple variant may be the common double-ended substation,...

Robotics

Advances in semiconductor technologies from efficient power semiconductors to advanced sensor systems, has lead to the development of intelligent and safe...

High Current, Low Voltage Solution For Microprocessor Applications from 48V Input

A novel approach for providing microprocessor power directly from 48V is proposed. This solution enables high voltage, low current to be distributed throughout...

Factorized Power Architecture and V•I Chips

As electronic systems continue to trend toward lower voltages with higher currents and as the speed of contemporary loads continues to increase, the...

Tips & Tricks on Double Pulse Testing

In modern societies, a substantial amount of electrical energy is required for the operation of electronic circuits or controlled electrical drives. The...

Published: Jul 01, 2022

Smoothing The Way To Vehicle Autonomy: Essential Hardware Components At Level 3 And Higher

In the grand scheme of advanced driver assistance systems (ADAS) and autonomous implementation, replacing a driver requires many hardware and software...

XMOS Technology Whitepaper

Designers for electronic products are challenged by requests for customized and differentiated complex products in short time frames. In this environment...

High-voltage DC distribution is key to increased system efficiency and renewable-energy opportunities

A transition to 400 VDC in power distribution and conversion will help meet greenhouse gas, efficiency, and renewable-energy goals. The pressure throughout...

Published: Mar 30, 2022

Positioning in 5G NR: A look at the technology and related test aspects

Get a concise overview of 5G-related positioning methods and test methodologies Positioning technologies will continue to play an essential role in...

Factorized Power Architecture and VI BRICKs

As electronic systems continue to trend toward lower voltages with higher currents and as the speed of contemporary loads continues to increase, the...

Published: Nov 08, 2022

Communication and Isolation Technology for Integrated Gate Driver ICs

New power semiconductors for high density applications require gate driver technologies that support higher working voltages and are reliable across an...

Working With Optically-Isolated Relays

Learn how optically - isolated relays can improve the performance of data acquisition systems and industrial machines. However, solid-state devices...

Semiconductors

ENABLING MOBILE INTERFACE BRIDGING IN ADAS AND INFOTAINMENT APPLICATIONS

EV Infotainment Development Case Study

GROUND FAULT DETECTION IN MULTIPLE SOURCE SOLIDLY GROUNDED SYSTEMS VIA THE SINGLE-PROCESSOR CONCEPT FOR CIRCUIT PROTECTION

Robotics

High Current, Low Voltage Solution For Microprocessor Applications from 48V Input

Factorized Power Architecture and V•I Chips

Tips & Tricks on Double Pulse Testing

Smoothing The Way To Vehicle Autonomy: Essential Hardware Components At Level 3 And Higher

XMOS Technology Whitepaper

High-voltage DC distribution is key to increased system efficiency and renewable-energy opportunities

Positioning in 5G NR: A look at the technology and related test aspects

Factorized Power Architecture and VI BRICKs

Communication and Isolation Technology for Integrated Gate Driver ICs

Working With Optically-Isolated Relays

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