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Understanding Challenges in Powering High Resolution, High Frame Rate CMOS Image Sensors

Understanding Challenges in Powering High Resolution, High Frame Rate CMOS Image Sensors

This white paper is intended to highlight essential considerations before identifying a solution to power any of today’s image sensors.


Electric Vehicle Power Electronics Push Test Equipment Performance Limits

Electric Vehicle Power Electronics Push Test Equipment Performance Limits

Market demand is continuously driving the development of electric vehicles. The wide range of electronic devices and systems is placing ever-greater requirements on the test equipment.


Power Conversion - Three-Phase Power Factor Correction (PFC)/Active Front End (AFE) Topologies

Power Conversion - Three-Phase Power Factor Correction (PFC)/Active Front End (AFE) Topologies

EV charging is accelerating the need for three−phase based PFC for AC/DC conversion. Other applications that are driving its implementation are Energy Storage Systems (ESS) and Uninterruptible Power Supplies (UPS) for industrial sites and data centers.


EMC Basics: Chip Bead Ferrites & Reading Datasheets

EMC Basics: Chip Bead Ferrites & Reading Datasheets

In this post, we will explain chip bead ferrites and how they can be used to deal with differential noise.


Demystifying Data Movement with Renesas MCUs

Demystifying Data Movement with Renesas MCUs

Human reliance on data-driven technologies has become increasingly common in recent years. This shift toward a more data-focused world and the influx of information being shared daily has led to advancements across many applications that require significant data movement, including white goods, industrial automation, security, metering, and more. Read this whitepaper from Renesas to learn more.


Scaling analog design power integrity analysis is critical to market success

Scaling analog design power integrity analysis is critical to market success

NEW tech paper - automated scalable power integrity analysis tool for analog designs


Radar & Electronic Warfare Pocket Guide

Radar & Electronic Warfare Pocket Guide

Download this pocket guide and get an illustrated collection of definitions and formulas on the subject of radar and electronic warfare.


Reliability Verification in the Cloud Delivers Significant Runtime Benefits

Reliability Verification in the Cloud Delivers Significant Runtime Benefits

Design complexities and time-to-market pressures compel companies to find innovative ways to leverage all available resources. Understanding the cost/ benefit relationship of cloud computing helps companies determine the optimal configuration that provides the greatest returns.


Accelerate time to market with Calibre nmLVS Recon technology: A new paradigm for circuit verification

Accelerate time to market with Calibre nmLVS Recon technology: A new paradigm for circuit verification

As part of a growing suite of innovative early-stage design verification technologies, the Calibre nmLVS Recon tool enables design teams to rapidly examine dirty and immature designs to find and fix high-impact circuit errors earlier and faster, leading to an overall reduction in tapeout schedules and time to market.


Steer Toward Full Vehicle Autonomy with Confidence

Steer Toward Full Vehicle Autonomy with Confidence

Sharpen your ADAS radar vision with full-scene emulation


FLIR RS6780 Long Range and Scientific MWIR Camera

FLIR RS6780 Long Range and Scientific MWIR Camera

The FLIR RS6780 offers advanced detector, triggering, and synchronization capabilities in an environmentally protected package.


Simulating Solar Cells

Simulating Solar Cells

This resource note discusses how using a power supply instead of a solar cell provides a controlled, repeatable output for testing solar inverters. The application note also goes over how to use an EA-PSB 10000 series bidirectional power supply to simulate solar cells.


Five key workflows that deliver 3D IC packaging success

Five key workflows that deliver 3D IC packaging success

Several factors are converging and driving the chiplet design revolution. This paper explores these factors and outlines five key workflows that address and manage the associated, new challenges. The paper recommends workflow adoption focus areas that provide immediate heterogeneous integration capability benefits while establishing a managed methodology adoption and migration process that minimizes disruption, risk, and cost. This will bring heterogeneous integration-based chiplet design within reach of the mainstream instead of being accessible only to the mega iDMs and fabless semiconductor companies.


Proposed standardization of chiplet models for heterogenous integration

Proposed standardization of chiplet models for heterogenous integration

In this paper by Siemens, the authors, as members of the Chiplet Design Exchange (CDX), propose a set of standardized chiplet models that include thermal, physical, mechanical, IO, behavioral, power, signal and power integrity, electrical properties, and test models, as well as documentation to facilitate the integration of the chiplets into a design. Additionally, security traceability assurance is an emerging need to ensure trusted supply chain and operational security of the chiplets and the resulting packaged devices. It is strongly recommended that these models are electronically readable for use in the design work flows.


EMC Basics: Common Mode vs. Differential Noise

EMC Basics: Common Mode vs. Differential Noise

Today, we will talk about the differences between common mode and differential noise in EMC and how to combat them.


IoT Design Guide – Antenna Design, Measurement and Optimization

IoT Design Guide – Antenna Design, Measurement and Optimization

IoT applications using wireless networks rely on the performance of wireless interfaces. Our eGuide helps you select, integrate and optimize the most suitable antenna for optimal performance. It will also highlight factors affecting antenna performance, from coverage and range to noise and interference – and much more.


IoT Cybersecurity Simplified Using Security Automation Tools

IoT Cybersecurity Simplified Using Security Automation Tools

Learn how BG Networks Security Automation Tools (BGN-SAT) can be used to implement IoT cybersecurity in a very short amount of time, by any embedded developer, from those who are new to cybersecurity to those who are experts.


New semiconductor technologies are driving higher efficiency in power conversion

New semiconductor technologies are driving higher efficiency in power conversion

Modern society is underpinned by electronics and electrical machines – it’s hard to imagine life without the myriad of devices that keep us productive, comfortable, informed and entertained, both at home and in business. The development of new semiconductor technologies provide the right mix of features for current and emerging power conversion applications.


Circuit protection with SiC FETs in dual-gate configuration

Circuit protection with SiC FETs in dual-gate configuration

In this white paper, we examine the use of normally-off SiC FETs in a dual-gate configuration to simplify the development of high current DC and AC circuit breakers.


Autoranging DC Power Supplies

Autoranging DC Power Supplies

Programmable DC power sources are an essential tool in product development and production testing of a wide range of electronic devices and systems. In many instances, functional test requires submitting the device-under-test (DUT) to a wide range of operating conditions. In some cases, the DUT draws constant power under variable input conditions.