ESC Silicon Valley

Sensors

Carolyn Mathas
Editor
This site that gives a sense of what’s happening in the world of sensor technology and helps designers to stay current with new trends, good technological ideas, novel materials, and products. Optimum and robust design ideas combined with innovative techniques showing how-to-interface and condition sensor outputs are some of the areas explored. Mathematical aspects of sensor accuracy, temperature, and linearization tracking and correction are some of the many and varied areas to be explored.

Bioresorbable electronics cap off DAC 2015

Though the last day of DAC is a bit of a winding down, it started with a remarkable keynote. Read More...

The technology of measuring distance and speed

Canadian company Leddar Tech has developed a technology for measuring the distance and speed of objects using pulsed infrared light. Senior Technical Editor Martin Rowe spoke with Leddar Tech's director of R&D to how the technology works. Read More...

In the Aisles of the Sensor Expo & Conference

Miss the Sensor Expo and Conference? Here’s just a few examples of what’s happening on the floor this week. Read More...

Sensor Ganging—Optimize power in a capacitive sensing system--Part 1

Here’s how to optimize power consumption in a capacitive sensing system, utilizing sensor ganging with a capacitive sensing controller. Use cases of sensor ganging are covered. Read More...

Low-power position sensing in harsh environments: A robust application example

This article explores the latest options for position-sensing systems that combine low power con-sumption with tolerance of extreme conditions. Read More...

Implement glove touch in capacitive touch user interfaces

Implementing glove touch on capacitive touch interfaces isn’t easy. Here are the primary challenges and how to overcome them. Read More...

Modular data-acquisition system has isolated inputs

The SC-1608 series from Measurement Computing uses industry-standard 8B modules with Ethernet or USB communications. Read More...

Why is the so-called Smart World still so stupid?

According to Cees Links, if you take a careful look at what is really happening – if you actually count up the number of homes that actually are “smart” – having intelligent systems installed within them that actually make our lives smarter, easier and safer, you will see that the number is actually pretty small. Read More...

Integrate major home appliance functions into a programmable SoC

Optimize home appliance products by integrating multiple functions into a single programmable system-on-chip. Doing so can reduce BOM cost, increase flexibility and provide market-differentiating features. Read More...

Gain-selectable IC yields voltage-to-current converter

A voltage-to-current converter Design Idea with no discrete components and excellent specs. Read More...

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Rotational (or linear) measurement using an optical mouse sensor

A novel way to measure X-Y or rotational speed or position is presented in this Design Idea. Read More...

Antilog converter linearizes carbon dioxide sensor

Simplify gas sensor interface with some analog preprocessing. Read More...

Circuit discriminates & recovers noisy pulses

Noisy pulse trains with widely-varying amplitude are recovered with this DI circuit. Think transducers… Read More...

Inductively sense workpieces of any material

Create an inductive switch using the LDC1000 to replace mechanical switches in dirty environments. Read More...

Ferromagnetic soldering iron control

Utilize a basic materials property to sense and control soldering iron temperature. Read More...

Construction metal imager

Build up an image of inductively sensed, hidden metal using the software equivalent of a long time exposure! Read More...

Elastomer-assisted inductive sensing

Embedding inductive coils under an off-the-shelf mattress pad creates a multi-point position and pressure sensing system for sleep-posture analysis. Robotic applications also beckon. Read More...

Seismometer and structural vibration meter

Use a TI LDC1000 as a sub-micron displacement sensor for vibration measurement and logging in seismic and structural mechanics applications. Read More...

Beehive scale uses inductive sensing

A spring scale for measuring honey production senses weight inductively. Read More...

LTC Design Note: Measure RH with instrumentation-grade system monitor

An accurate, modern system monitor chip senses humidity the old-fashioned way. Read More...

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$49 Arduino-compatible board features enhanced Cortex M7 MCU, touch-screen LCD, audio, and more

STMicro's Arduino-compatible STM32F7 Discovery Kit is an exciting development for DIY-ers interested in Internet-of-Things (IoT) applications. Although intended primarily for "mainstream" embedded developers, the board and associated development tools make it easy and affordable for the Maker/DIY-er crowd to get their hands on the STM32F7, STM's the latest and highest-performing Cortex-M7 core. Read More...

SiTime uPower MEMS oscillator for wearables, IoT and mobile

SiTime Corporation recently announced a new family of µPower MEMS Oscillators for the wearable, IoT and mobile markets. Read More...

Modular data-acquisition system has isolated inputs

The SC-1608 series from Measurement Computing uses industry-standard 8B modules with Ethernet or USB communications. Read More...

IoT-ready smart lighting manager ICs feature multi-sensor support

Ams's new Smart lighting manager ICs support network-commanded dimming, daylighting and other basic smart lighting functions as well as an autonomous mode which only relies on a local or remote host for configuration and exception handling. Unlike most of their counterparts, they have highly-accurate built-in light sensors which enable precise daylighting, lumen maintenance, and in the case of the AS7221, color tuning. In addition, the same sub-$10 solution that drives the lighting system can also serve as a low-cost platform for many other Smart Building services. Read More...

Long-range ultrasonic sensors accurate at 6000 mm

The P43 Ultrasonic sensors by PIL target transportation, industrial and manufacturing applications where precise and highly accurate distance measurements are critical. Read More...

Signal analyzer measures 64 IEPE channels

Connect IEPE accelerometers directly to the Data Translation VIbox, then analyze sound and vibration signals. Read More...

ams develops MEMS VOC gas sensor

Gas sensing techniques are continually being investigated to improve selectivity and sensitivity of identifying different types of gases. Read More...

Vision MPU SoC surpasses existing driver assist on the road to full autonomy

Freescale upped the ante, launching a groundbreaking S32V234 vision system-on-chip (SoC) that moves the automotive industry from addressing convenience closer to taking over the wheel. Read More...

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Thermometer measures temperature without contact

The Melexis infrared thermometer makes it safe to measure the surface temperatures of hot, hazardous, or hard-to-reach objects without having to physically touch them. Read More...

Teardown: Wireless weather sensor transmitters

Out-of-box failure and a residence transition provided the analysis subjects for the last article in this series of weather station teardowns. Read More...

Christmas toys: Paper Jamz guitar relies on printed electrodes and connectors

Pry inside a toy electronic guitar that provides a surprisingly good approximation of an electric guitar. Read More...

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Sensor Ganging—Optimize power in a capacitive sensing system--Part 1

Here’s how to optimize power consumption in a capacitive sensing system, utilizing sensor ganging with a capacitive sensing controller. Use cases of sensor ganging are covered. Read More...

Implement glove touch in capacitive touch user interfaces

Implementing glove touch on capacitive touch interfaces isn’t easy. Here are the primary challenges and how to overcome them. Read More...

Replace IR sensing with proximity detection

Proximity Detection using native characteristics of capacitive touch solutions can help reduce BOM, NRE, and manufacturing costs, and improve form factor and maximize profits. Here’s how. Read More...

Sensors combinations make for more intelligent mobile devices

Smartphones can be remarkably dumb. Learn how sensor combinations can bring about more intelligent mobile devices. Read More...

USB 3.0—Everything you need to know

Everything about USB 3.0 that you might not know, and are afraid to ask. Read More...

Build a low-cost logic design trainer

Want to set up a lab at home for your personal experiments? Read on. Read More...

Capacitive sensing improves wearable devices

Given the decreasing size of wearable technology, user interfaces as well as aesthetics get an improvement nudge with capacitive sensing. Here’s why. Read More...

Tips & Trends: Change (aka unscrambling IT, OT and IoT)

While this may at first blush look like an ad for a company—it speaks to a bigger issue and what will most likely become a trend. Does the footprint you’ve used for years still fit your IoT shoes? Probably not Read More...

Sensors lead the way in Mercedes-Benz future car

Automotive sensor technology is takes a giant stride forward in a futuristic luxury concept car that's part chauffeur, part lounge, and part entertainment theater. Read More...

Achieve tamper-proof capacitive sensing

Here is an approach that can reasonably detect when a system is being tampered with and halt the system, avoiding theft of secure data. Read More...

Sensor fusion enhances device performance

Sensor fusion is a highly specialized area of design with roots deep in modelling and simulation technology. It requires the utmost detail in the understanding of how sensors work; their shortcomings and interaction. Here’s how it is contributing superior accuracy in next-gen electronic devices. Read More...

Single PN temperature sensor executes multiple functions

Here's how, with the addition of one more transistor and a few low-cost components, we can obtain many benefits. Read More...

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Cloud EDA & DAC 2015 wrap-up

A DAC 2015 product wrap-up, including more cloud-based EDA and advanced silicon enablement. Read More...

Bioresorbable electronics cap off DAC 2015

Though the last day of DAC is a bit of a winding down, it started with a remarkable keynote. Read More...

The technology of measuring distance and speed

Canadian company Leddar Tech has developed a technology for measuring the distance and speed of objects using pulsed infrared light. Senior Technical Editor Martin Rowe spoke with Leddar Tech's director of R&D to how the technology works. Read More...

In the Aisles of the Sensor Expo & Conference

Miss the Sensor Expo and Conference? Here’s just a few examples of what’s happening on the floor this week. Read More...

Which software automates your tests?

A poll on EE Times asks which of several software packages engineers use to automate tests. Tell us which you use. Read More...

ARTIK IoT platform module, as small and powerful as a kiss

I love clever, whether it be in a headline, graphic, or spoken word. I’m also a fan of most things IoT because, well, you just can’t get bored with products and solutions flying out at breakneck speed. Read More...

Football and the Ideal Gas Law

The numbers show that the NFL should stay out of the measurement business. Read More...

ARM TechCon opens call for proposals

Proposals now being accepted for ARM TechCon 2015, which will take place November 10-12, 2015 Read More...

Rapid prototyping an open source cloud-connected sensor

At ESC Boston 2015, Adrian Fernandez from Texas Instruments will live-build a complete end-to-end IoT system using open source hardware and software tools. Read More...

4.9 Billion Reasons To Celebrate World IoT Day 2015

April 9th is the 5th annual World IoT Day. By the end of 2015, Gartner estimates that 4.9 billion connected things will be in use. If you haven’t planned to host an event or grab coffee with your favorite collaborator, don’t worry. Here are three important ways you can get involved Read More...

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