Sensors Expo 2019 LogoAnalog Devices has decades of experience designing optical, inertial, temperature and many other sensors for use in some of the world’s most demanding applications. We are committed to working alongside our customers to bring truly groundbreaking sensing technologies to market. Visit our booth at Sensors Expo 2019 to learn about our latest sensor innovations for the automotive, industrial, healthcare, and consumer markets.

Hear Our Experts Speak


Baoxing Chen, ADI Fellow
Jane Cornett, Device Engineering Manager

Energy Harvesters and Their Power Conditioning Circuits

June 25th – 9:10-10:00 am - Executive Ballroom B


Erik Arntzen, Strategy Manager

Inertial Sensors are Breaking Through the Autonomous Vehicle Hype Cycle

June 25th – 2:00-2:30 pm - Room LL21EF


Grainne Murphy, Product Marketing Engineer

The Evolution Of Smart Buildings

June 27th – 2:30-3:20 pm - Executive Ballroom A

Preview Our Demos

60 GHz FMCW Radar Systems for Industrial Applications

Stop by to see our next-generation of 24/60/77 GHz radar systems for absolute positioning, environment perception and high-resolution imaging applications. The sensor systems within the demonstration showcases our broad system, design, and algorithm expertise for innovative and high-performance RADAR applications. In challenging surroundings like industry 4.0, autonomous vehicle, smart agriculture or smart city.

Wireless Water Quality Measurement with ADuCM355 and SmartMesh

Visit us to see how the universal sensor interface capability of the ADuCM355 and the wire-like reliability of Analog Devices’ Smart Mesh IP technology combine to form a robust and low power wireless water quality monitoring system. This solution has the robustness and performance needed for beverage production, pharmaceutical plants, and waste water treatment plants, which rely on robust water quality monitoring systems to measure key water quality parameters such as the pH, conductivity, and oxidation-reduction potential (ORP).

Gesture Controlled Wireless Electronic Shelf Label

Learn how to efficiently update ESL data through a low power wireless system by integrating ADI's optical sensors to enable Gesture control and Inventory management. A user will have the ability to change the ESL image using Gesture and have the option to download the image on multiple nodes. This process will allow more efficiency for inventory management in both industrial and retail markets.

Microvolt Level Strain Gauge Measurement at a Great Distance!

Come see how our precision, low drift, low noise instrumentation amplifier (IA) and voltage references can be used to amplify and measure the miniscule signal from a strain gauge placed at a large distance (80’ or more) from the amplifier using low cost Unshielded Twisted Pair (UTP) as the interconnect. Experience interacting with the sensor and observing the resulting clean waveform capable of responding to the smallest stimulus. You will also be able to see the power of our newest IA in rejecting the surrounding interference typical of any installation of this kind.

iCOMOX Condition Based Monitoring

Looking to extend the life time of your equipment and reduce unplanned downtime? Our iCOMOX Condition Based Monitoring demonstration monitors operating conditions from the surface of the equipment to identify potential faults and reduce risks associated with equipment operation and maintenance. This not only extends the lifetime of your equipment and reduces unplanned downtime but can also cut maintenance costs and unlocks potential for energy savings.

LIDAR Prototyping Platform

Learn how to solve performance, SNR, and power consumption issues for the automotive and industrial LIDAR perception markets using our low power lidar signal chain with high ADI component content.

EmStat Pico: Embeddable Electrochemical Measurement Module

We are excited to be demonstrating the EmStat Pico, a fully hardware and software embeddable module level solution for electrochemical sensor interface. The system is designed as a plug-n-play solution to enable customers without electronics expertise to do electrochemical measurement in minutes. The demonstration will show how the EmStat Pico can be easily used to perform an Electrochemical Impedance Spectroscopy (EIS) measurement using a common screen-printed electrode (SPE).

Precision Temperature Measurement Made Easy

In this interactive demo, we will be showcasing a complete high precision temperature measurement system that can be used for applications requiring fine accuracy across wide operating conditions. This process would be of interest to all customers developing temperature sensing systems as well as solutions measuring other variables that are dependent on temperature information, such as gas sensing.

ADI iSensor IMU Wireless Evaluation Platform

Have a smartphone? Check out our iSensor IMU Wireless Evaluation Platform demonstration that will display our high performance IMU solutions, as well as a web-based wireless evaluation platform that a smartphone can wirelessly connect to. You will be able to connect an ad hoc website of the evaluation board using your smartphone which will allow you to view the IMU readings in real time.

3D Time of Flight Development Platform

We are looking forward to demonstrating how the 3D Time of Flight (ToF) creates a depth mapping of objects within the field of view and is a key solution used for developing digital vision for many applications. The development platform comes with everything a user needs to start working immediately on 3DToF applications, enabling the development of high value features and functions that create product differentiation. Key target markets and uses are automated vehicles, safe zone operation, robotics, surveillance applications, simultaneous localization and mapping (SLAM), gesturing, and passenger monitoring.

Colorimetry & Water Quality using the ADPD4000

Our colorimeter and water quality demo showcases how the features of the ADPD4000 can be used to in a high quality, portable instrument. The ADPD4000 features a high level of ambient light rejection, easing the constraints around optical shielding and physical placement of the component. The device also features 8 LED drivers and 8 photodiode inputs, and can store up to 12 different measurement types on chip, significantly reducing the size and complexity of a typical measurement chain.

MeasureWare: Interpret Your World

Come see how our new approach to scale measurement enables customers to interpret their world in their own way in minutes. The MeasureWare experience will showcase the technology being used in a real work bee hives, with both a live data stream and a physical hive with connected sensors. This process targets condition monitoring and asset health measurement for IOT, Industrial application including precision agriculture, high value asset tracking, utility monitoring etc. This process provides FAST access to measurement that can scale from an idea to the production grade solution via development kits and a development environment.

Industrial Sensing: Self-Powered Sensor Node

Experience our condition-based monitoring (CbM) sensor node powered entirely by ADI's thermoelectric energy harvester (TEG). Autonomy is critical for applications in which machine health monitoring cannot be hardwired or battery-powered, from an otherwise wasted heat source. ADI's TEG-powered CbM node provides a maintenance-free, lower operational cost solution. The CbM sensor node includes ADI's MEMS technology: the ADXL355, ADXL362 and ADXL1002, as well as the ADuCM4050 ARM Cortex0M4F processor and ADP5092 power management chip.

Wide Bandwidth MEMS Accelerometers Enabling Condition-Based Monitoring

This demonstration shows condition-based monitoring using our brand new ADcmXL3021 3-axis module, based on the wide bandwidth industry leading ADXL100x family. The module simplifies sensor attachment and signal chain integration for our customers. Additionally, we will show a wired RS-485 interface reference design for easy industrial adoption. The ADcmXL3021 comes with built in analysis functionality as well as a robust evaluation and data capture platform for development.