bullet Plug-and-Play Smart Sensors (IEEE 1451)

 

 

Plug-and-Play Smart Sensors News                                                                                   Last Up-date: 11/04/16 13:44:22

TEDS Interface Kit Supports IEEE 1451.4 Compliant Sensors. TEDS Interface Kit supports IEEE 1451.4 compliant sensors. Enabling communication with TEDS sensors over USB port of Windows PC, Model 400B76 features graphical interface that allows user to read TEDS from, and write TEDS to, sensors with single mouse click. Principle types of transducers supported include single axis and triaxial accelerometers, impact hammers, impedance heads, charge amplifiers, microphones, and microphone preamplifiers. Kit is invaluable for reading, verifying, and updating TEDS sensor information and format  ...

 

 

Plug-and-Play Sensors

 

In the past few years, there has been a lot of discussion regarding smart sensors, the IEEE 1451smart sensor standard, and how these technologies will impact the lives of scientists and engineers as they are adopted the mass market. Smart sensors, in their most evolved form, convert some physical phenomenon into digital information and provide that information in scaled engineering units to a multinode network of smart sensors. This information can be then be simply acquired and analyzed on a PC, with LabView for instance. However, the benefits and mass market adoption of smart sensors are far from being realized by most engineers and scientists, in large part due to the large technological leap and cost associated with the current smart sensor standards. Entire software and hardware infrastructures must change in order to make the current implementation of smart sensors a reality.

 

A soon-to-be adapted smart sensor standard, referred to as IEEE P1451.4, will provide many of the benefits of smart sensors, such as automatic detection, configuration, and calibration while retaining existing measurement architectures. By maintaining existing measurement architectures IEEE P1451.4-compliant hardware can preserve investments because it is backward compatible with traditional sensors and follows the existing  measurement hardware architecture model.

 

The architecture of an IEEE P1451.4 plug-and-play sensor consists of a TEDS (transducer electronic datasheet) and the analog sensor itself. The TEDS provides the configuration, scaling, and calibration information necessary to make a measurement through a mixed mode interface. This TEDS data is processed by the measurement hardware device driver and is used by the application development environment to reduce the programming burden and set-up time for any measurement system.

 

The Measurement and Automation Catalog 2004, National Instruments, USA.

 

 

IEEE 1451 Smart Transducer Interface

 

IEEE 1451.2 is an open standard that gives sensors makers a way to interface to different types of field buses. A standard transducer interface module (STIM) described by the standard includes the sensor interface, signal conditioning and conversion, calibration, linearization and basic communication. Some of the benefits of the new standard include:

  • Simplify the connectivity of transducers (sensors or actuators) to control systems or networks;

  • Allow the "plug and play" of 1451-compatible sensors and actuators with different control networks at the device level;

  • Allow sensor manufacturers / users to support multiple control networks.

 

NI Plug & Play Sensor Advisor

 

If you know what you need to measure, you can use the NI Plug & Play Sensor Advisor to find the TEDS sensor you need. Narrow your search results by specifying characteristics such as the accuracy range that the sensor's output must fall within, the level of ruggedization the sensor must have, and even the availability of its calibration data in the NI Virtual TEDS database.

 

Instrumentation Newsletter, National Instruments, 1st Quarter 2004

 

 

Designing a 1451.2 Smart Sensor (Online course)

 

Understanding the emerging IEEE 1451.2 Smart Sensor Standard is only the first step in developing a generic network enabled smart sensor. This lecture relates the experience of Analog Devices in understanding the background and concepts behind 1451 and their subsequent development of a 2 channel 1451.2 compliant transducer on its recently introduced family of MicroConverter® devices.

 

 

Handbook of Laboratory Measurements

 

 

Articles, Papers, Standards and Tools

1. Folder icon Rick Van Ness, Hewlett-Packard, The Importance of IEEE 1451T
2. Folder icon Charles J. Murray, Standards drive puts sensors on network, EE Times, May 15, 2000
3. Folder icon Ryan Wynn, Plug-and-play sensors: Smart sensors identify themselves and remember calibration data, saving setup time.

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Glossary of Plug and Play Terms

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Intelligent Accelerometers to IEEE 1451.4

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Deepika Devarajan, A VHDL Software Model for Networking Smart Transducers through Bluetooth Technology

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Plug and Play Sensor Development Kit Overview and User Guide

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L. Ca'mara, O. Ruiz, A. Herms, J. Samitier and J. Bosch, Automatic generation of intelligent instruments for IEEE 1451, Mesurement, 35, (2004), 3-9.

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The sensors “plug & play” revolution has begun.

 

Abstract: In the installation and setup of a data acquisition system, time is money. According to a 2003 National Instruments data acquisition user survey, almost 20% of the total cost of developing a data acquisition system is incurred during system setup. Cumbersome wiring, sensor configuration, and manual data entry from paper sensor data sheets are time consuming and can lead to user error.

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What is Happening in the World of TEDS ? B&K Magazine, No.2, 2005

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NIST IEEE-P1451 Draft Standard Home Page

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Upgrading Your System for Virtual TEDS

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Brett Burger, Smart sensors improve performance of data-acquisition and control systems

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Continuous Acquisition from a Smart TEDS Load Cell Sensor

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Robert N. Johnson, Building Plug-and-Play Networked Smart Transducers, Sensors Magazine, October 1997

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Jim Moore, Using the IEEE-1451.2 Correction Engine to Compensate a Multivariable Smart Pressure Transmitter, Sensors Magazine, August 1999

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Lee H. Eccles, IEEE-1451.2 Engineering Units Conversion Algorithm, Sensors Magazine, May 1999

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Brian O’Mara, Paul Conway, Designing an IEEE 1451.2–Compliant Transducer, Sensors Magazine, August 2000

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Robert N. Johnson, IEEE-1451.2 Update, Sensors Magazine, January 2000

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David Potter, IEEE P1451.4’s Plug-and-Play Sensors, Sensors Magazine, December 2002

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Sensor Calibration with TEDS Technology

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Smart Sensors & IEEE 1451, Electronic Design, November 2006

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Fernando K. Tani, Carlos E. Cugnasca, Development of a Smart Transducer Based on the IEEE 1451 Standards Applied to a Beehive Monitoring System, in Proceedings of EFITA Congress 2007

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Kang Lee, IEEE 1451: A Standard in Support of Smart Transducer Networking, in Proceedings of IEEE Instrumentation and Measurement Technology Conference, Baltimore, MD USA, May 1-4, 2000

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TEDS IEEE 1451.4 Plug and Play Smart Sensors

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Kang Lee, A Smart Transducer Interface Standard for Sensors and Actuators, The Industrial Information Technology Handbook, Zurawski R. (Ed.), CRC Press, Boca Raton, FL, 2004

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Dan Romanchik, Tips for Using TEDS Sensors, Test & Measurement World, 8/1/2004

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Pressure, Load, and Torque Measurements Made Smarter and Easier

 

 

 

 

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