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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.


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.


Powering the Electric Future with a New Generation of SiC​​ SBDs

Powering the Electric Future with a New Generation of SiC​​ SBDs

The electric future will rely on safe power conversion.


Delivering Efficient Power Control with Discrete Gallium Nitride (GaN) Devices

Delivering Efficient Power Control with Discrete Gallium Nitride (GaN) Devices

The world is increasingly relying on electric power—from the devices in our hands and homes to the shift toward green transportation. Within this, it is critical to ensure that the correct amount and type of power are delivered safely, efficiently, and as intended.


GaN HEMT’s For Medium Range Power Supplies

GaN HEMT’s For Medium Range Power Supplies

The relationship between switching frequency and power loss plays a crucial role in designing efficient power supplies.


MOSFET with Copper Clip

MOSFET with Copper Clip

This article discusses how Rohm has balanced these two parameters without compromising efficiency or performance, as evidenced by the RS6xxxx/RH6xxxx power MOSFET series, utilizing copper clip technology.


Gen 6 250V MOSFET

Gen 6 250V MOSFET

This article explores the difference between sixth-generation MOSFETs and more traditional approaches to power MOSFETs. Following, is a discussion about their performance compared to similar MOSFETs—additionally delving into how they are used and the product lineup.


Enhancing PFC Efficiency and Performance with ROHM’s 4th Generation Super Junction MOSFETs

Enhancing PFC Efficiency and Performance with ROHM’s 4th Generation Super Junction MOSFETs

Super Junction MOSFETs offer superior performance characteristics compared to standard MOSFETs, allowing designers to develop more efficient, resilient, and compact PFC solutions.


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.


Poster: What T&M Instrument Can Test Your Device?

Poster: What T&M Instrument Can Test Your Device?

Get the test & measurement instrument guide you need! Download this exclusive poster as a PDF for your lab or workplace today.


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


EMC Standards Overview

EMC Standards Overview

Get a comprehensive overview of essential EMC standards to ensure compliance and avoid costly delays in product certification.


Switching Analysis: Testing for Reliability in Power Converter Designs

Switching Analysis: Testing for Reliability in Power Converter Designs

Discover essential reliability testing methods for power converter designs in safety-critical industries like automotive, aerospace, and defense.


Oscilloscope Measurements to Satisfy Full-Bridge Converter Verification Requirements

Oscilloscope Measurements to Satisfy Full-Bridge Converter Verification Requirements

Download this white paper to master the testing complexities of full bridge converters in IBA systems, ensuring efficiency, cost savings, and streamlined validation.


Maximize Efficiency with a Cost-Effective Silicon-Based Vienna Rectifier Solution

Maximize Efficiency with a Cost-Effective Silicon-Based Vienna Rectifier Solution

Optimize your Vienna rectifier design with a cost-effective silicon-based solution. Download this white paper to explore performance insights and design strategies.


The Future of Standardized Defense Platforms Using MOSA, SOSA, and VPX Open Architectures

The Future of Standardized Defense Platforms Using MOSA, SOSA, and VPX Open Architectures

This technical paper provides a better understanding of the benefits and advantages of moving to an open architecture modular power supply system approach and how this modular design supports greater flexibility, scalability, reliability and faster time to market as compared to non-standardized power design options.


DIN Rail Smart Protection: RACPRO1 E-Fuse Modules

DIN Rail Smart Protection: RACPRO1 E-Fuse Modules

Explore the RACPRO1 e-Fuse series, which offers advanced DC protection with intelligent load current limiting, overload and fault detection, and simplified installation.