This article looks at the safety standard that governs ADAS features and the challenge in designing power monitoring systems to comply with this standard while introducing an automotive power monitor that has been certified to meet this standard.
September 06, 2019 by Michael Jackson, Maxim Integrated
This application note describes an SLG46140V design that implements a 16-bit up/down counter with quadrature encoder inputs. The GreenPAK device relieves the host of real-time input requirements and allows for easy connection of multiple encoders.
April 30, 2019 by Muhammad Shahbaz, for Dialog Semiconductor
This article discusses Foundries.io's microPlatforms which support Intel, Arm, and RISC-V architectures and are designed to avoid lock-in to specific hardware implementations.
March 28, 2019 by Trina Watt, Foundries.io
What is an ecosystem and what is not? How does the term ecosystem apply to RISC-V and it's open-source architecture? Markus Levy nad Robert Oshana weigh in on RISC-V as an ecosystem, where that ecosystem is today, and discusses new developments in RISC-V.
December 20, 2018 by Markus Levy, NXP Semiconductors
Designing for the IoT comes with a unique set of challenges that require unique hardware solutions to overcome. Learn how smart passive sensors (SPSs)—sensors that function without a battery and without a microcontroller—are an example of IoT-specific design.
December 05, 2017 by ON Semiconductor
In this multipart industrial IoT series, we will break down and explore the fundamental aspects of the edge node interpretation within the larger IoT framework: sensing, measuring, interpreting, and connecting data, with additional consideration for power management and security.
September 26, 2017 by Ian Beavers, Analog Devices
Until recently, developers integrating a FPGA fabric with a microcontroller were severely limited in their choice of IP licensing options. Using open-source tools with a RISC-V core in a FPGA is present a solution to that problem.
September 06, 2017 by Ted Marena, Microsemi
This article details the problems encountered when trying to maximize channel count, discusses the traditional method used to control a group of switches and the associated drawbacks, presents the solution offered by SPI controlled analog switches, and introduces the SPI controlled ADI precision switches.
May 23, 2017 by Stephen Nugent, Analog Devices