System Integration

Board choice and the software, power, enclosure, thermal control, displays, and user interfaces to use.


Debugging USB Type-C and USB power delivery system designs

Designing robust systems using a high-speed interface like USB Type-C requires a great deal of care. When the interface involves advanced features... Read More


Improving reliability of non-volatile memory systems

Non-volatile memory (NVM) plays a crucial role in the reliability of complex systems by retaining code and data when power is not supplied. This... Read More


Getting started with publish-subscribe messaging systems

Publish-subscribe is not a magic solution for every system, however, when it matches the needs of the system in question it can be a very attractive... Read More


Matching non-volatile memory selection to automotive-system requirements

As automotive systems add functionality, non-volatile memory is needed to recover from resets and power toggling. To understand the real requirement... Read More


Addressing immunity requirements for CAN transceivers

Within a vehicle, multiple electronic subsystems must coexist within close proximity and perform flawlessly under harsh conditions. This imposes... Read More


Sharing USB 3.0 links in embedded applications

A USB 3.0 port can be shared by splitting the link into a SuperSpeed port and standard USB 2.0 port. This article shows how. Read More


The inner workings of an isolated RS-485 transceiver

This article focuses on isolated digital interfaces conforming to RS-485, which continues to be the industry's workhorse standard for data... Read More


Using sense resistors in motor control

This article presents an overview of use of digital control of a motor drive that incorporates current sense resistors for sensing winding current and ... Read More


3D magnetic sensing aids automotive control

Conventional sensor technologies present engineers with challenges in sensing the position and movement of automotive control functions. New 3D... Read More


Basic principles of thermocouples

It takes carefully designed and implemented circuitry to design a high-accuracy thermocouple interface. The first step is to understand the underlying ... Read More


Deploying HMI functionality in near-edge devices for IIoT connectivity

Many near-edge devices perform real-time monitoring and control, and most have the computing resources to also host an embedded HMI, which can greatly ... Read More


Adding isolation to LVDS interfaces

Galvanic isolation of external interfaces is required in harsh environments for safety, functionality or improved noise immunity. Read More


eDP: A better embedded display ecosystem

A "better" display normally means more pixels/in but can also mean less power consumption, less EMI/RFI, and improved chip integration to enable... Read More


Addressing IoT and Industry 4.0 sensor backplane needs with an embedded smart analog architecture

A modular analog architecture provides a solution for managing different signal conditioning requirements in multisensor nodes. Read More


Requirements and issues for developing customized intelligent IoT gateway

The industry is already moving from relatively simple data aggregators for the IoT, pushing intelligence from the cloud to the gateway and edge... Read More


Streamlining interconnections for high-performance, compact designs

MIPI UniPro is a versatile transport layer able to simplify the electronic interfaces that interconnect device chipsets and peripheral components. Read More


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Save & Follow 01 June 2018

This paper explores the fundamentals of ISO 26262... Read More

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