INDUSTRIAL Motor Control # 1
Demo Station Name:
Motor control Demonstration of complete signal chain from ADI
A full demonstration of a closed loop motor system with software interface to MatLab. Allows users to change speed and setting from a generic interface or network. The power stage is a 1KW power module connected through various technologies from ADI – Including (Isolation / Converters / interfaces / Gate drivers / processors / power supplies …)
INDUSTRIAL Process Control # 2
Demo Station Name: Industrial Field Instrument / 4-20mA loop transmitter
A high performance industrial field instrument / 4-20mA transmitter demonstrates a complete solution, from the analog front-end interfacing to the sensors, through complete analog and digital signal processing, to the standard 4-20mA output, all using the latest high-integration Analog Devices components. The field instrument is complemented by an industrial analog input demo receiving and visualizing the result.
INDUSTRIAL Energy/Metering # 3
Demo Station Name: Wireless Energy Metering Communications
Demo Description: The Wireless Energy Metering Communications System offers the ability to remotely monitor power consumption and communicate that information over a wireless link. The demo includes a module to measure voltage, current, and power, along with a wireless communications module operating in the European ISM band (868 MHz).
INDUSTRIAL Security and Surveillance # 4
Demo Station Name: Multimedia Door Entry System
Demo Description: The Multimedia Door Entry System offers both voice and video links between outdoor and indoor units. Complete digital processing, along with video encoder/decoder, audio codec, touch screen control, and other complementary functions are contained within the demo module and present real-time audio and video capabilities. The unit is an IP based Control/Audio/Video communication system that works over a standard Ethernet network and uses ITU standards for communication protocols and for video/audio codec’s.
INDUSTRIAL Instrumentation # 5
Demo Station Name: Low power, wireless, water quality monitoring network
Demo Description: Using low power precision components from the ADI portfolio, a wireless network that monitors water quality will be demonstrated. The following important water quality parameters will be measured & the results transmitted wirelessly: temperature, pH, conductivity, and dissolved O2. The system is scalable, allowing one to monitor additional parameters or multiple water tanks.
HEALTHCARE Instrumentation # 6
Demo Station Name:
Medical Instrumentation – Point of Care Tester
Medical Point of Care device for disease measurement
BDR Group develops and manufactures high-end products for various markets such as healthcare. They are developing Analyzers and Point-of-Care systems for real-time function testing. Processing power, power consumption and flexibility are key factors for these developments. The technology is based on optical measurements using camera modules where Analog Devices Blackfin processor is the heart of the system.
HEALTHCARE Consumer Care # 7
Demo Station Name: Consumer Care – WheezoMeter
Demo Description: WheezoMeter™ – Measurement system to measure WheezeRATE™.
KarmelSonix’s proprietary technology responds to an unmet need for accurate, low cost, easy-to-use devices to identify and quantify the presence of wheezes. The WheezoMeter™ analyzes 30 seconds of breath sounds using sensitive sensors in the device head. Advanced signal processing algorithms are used to detect, quantify and objectively document the presence of wheeze and its extent, the WheezeRATE™. Analog Devices’ Blackfin DPS is the main engine in this device for home care use.
HEALTHCARE Medical Imaging # 8
Demo Station Name: Medical Imaging – 64Ch Ultra Sound scanner
Demo Description: My Lab One - 64 Channel Ultrasound scanner
Esaote is one of the world’s leading producers of medical diagnostic systems. It is well established as a Europe-based leading ultrasound manufacturer. MylabOne is an innovative wearable scanner that brings Ultrasound to the Point-of-Care. It provides superb image quality using ADI’s integrated Ultrasound front-ends which are interfacing the probe signals directly to the digital engine.
HEALTHCARE Patient Monitoring # 9
Demo Station Name: Patient Monitoring – Bed Side Patient Monitor
Demo Description: UM300 Bedside Patient Monitor
UTAS Electromedical Technologies is focusing on design, production, maintenance and distribution of advanced medical equipment. The UM300 is a multi parameter patient monitor combining ECG, respiration, SPO2 and other parameter measurements in a single portable device. The input channels are making use of ADI’s Operational- and Instrumentation amplifiers where the processing is done with a single Black fin embedded processor.
TECHNICAL SUPPORT # 10
Demo Station Name:
”Technical Support” Area
Connect with ADI specialists – Technical Support from our Application Support team
From Product Selection & recommendation to samples requests – our support team is ready to assist you live at our booth during Electronica 2010. Were you in contact with our Technical Support before and would like to meet your contact personally? Do you want to learn more on how to find solutions on www.analog.com? Are you curious on how Circuits from the Lab can help you with your design? Take the chance to discuss your application with our experts live. Our team is looking forward to supporting you!
AUTOMOTIVE # 11
Demo Station Name:
Vision-Based Lane Departure Warning System based on Blackfin
Increased safety awareness of Drivers and new rating methods introduced by NCAP (New Car Assessment Program) will accelerate the adoption of Advanced Driver Assistance Systems (ADAS) in future vehicles. ADAS Systems will make driving safer and more convenient. One basic function for most Vision based active safety features is a Lane Detection System. This feature is known as Lane Departure Warning (LDW) or Lane Keeping Assist (LKA) which warns the driver of any unintended departure of a vehicle from its current lane, thus helping to avoid road accidents. This demo showcases a robust vision-based LDW system implementation running on a Blackfin-561 platform with utilization below 20% performance of this device. A camera captures the road scene ahead of the vehicle and BF-561 processes the images to detect lane markings on the road and warns of any departure from the current lane. The distribution of analog video signals to and off the processing board is enabled via ADI’s automotive qualified Video Decoder ADV718x und Encoder ADV7179.
AUTOMOTIVE # 12
Demo Station Name: Airbag System
Demo Description: Accelerometers from Analog Devices, pressure sensors and a chip set from Infineon are used in this setup to demonstrate how a typical Airbag System works. The visitor can simulate a “crash” by hitting a cylinder which will cause an airbag to deploy. The demo also underlines the complementary product portfolio of Infineon and Analog Devices for Airbag Systems and why it makes them ideal partners for cooperation in this area.
SENSORS # 13
Demo Station Name:
AnyBot QB Telepresence Robot (courtesy of AnyBots, Inc. Mountain View, CA US)
Join a meeting, pop into a coworker’s cubicle, greet visitors, check inventory at the warehouse, or take a factory tour without leaving your office or home. QB is a remote-controlled telepresence robot that has a speaker, microphone, camera, and video screen. Users have total access and presence using a laptop with internet access and a headset. Navigation is aided by inertial, laser and visual sensors. ADI iSensor technology is key technology used for self-balance and image stabilization. The user sees real-time video from the robot’s head and the guidance system takes care of avoiding furniture and people.
Featured ADI product inside this design: iSensor ADIS16364 Inertial Measurement Unit.
Farnell Sensors Demo:
Nine Degrees of Freedom Motion Sensor
The ADIS16405 iSensor® Inertial Measurement Unit (IMU) provides a simple, cost-effective method for integrating accurate, multi-axis inertial sensing into industrial systems including unmanned vehicles, platform control, digital compassing and navigation. The ADIS16405 includes a triaxial gyroscope, a triaxial accelerometer, and a triaxial magnetometer and combines industry-leading iMEMS® technology with signal conditioning that optimizes dynamic performance. Factory calibration characterizes the sensor for sensitivity, bias, alignment, and linear acceleration. As a result, the ADIS16405 has its own dynamic compensation for correction formulas that provide accurate sensor measurements over a temperature range of −40°C to +85°C. The magnetometer employs a self-correction function to provide accurate bias performance over temperature, as well.
In Farnell's Electronica booth, an interactive demo will enable visitors to capture dynamic motion and view it on a screen using a small affordable fully integrated unit. They can begin to conceptualize how their end product can be differentiated from competition using precise stabilization and control of machinery, or navigation/tracking for vehicles, personnel, robotics, and industrial machines.