Wilcoxon Research condition monitoring expertise applied to meet specific customer needs.More>>

The CGW2 dual-band gateway addresses demand for reliable, connect-from-anywhere solutions for M2M.More>>

New OMAP5432 delivers exceptional processing and graphics capabilities to high-performance industrial applications.More>>

The subcontract from QinetiQ is part of a condition-based maintenance pilot program for U.S. Army TACOM vehicles.More>>

Provides best-in-class repeatability, accuracy for checking overall health of motors and other rotating equipment.More>>

Article By: Bob Scannell

Condition-based predictive maintenance uses the vibrations of machinery to diagnose its health. This article considers the characteristics of an ideal vibration sensor for this purpose and introduces the ADIS16227 integrated industrial vibration monitor.More>>

Article By: Bill Campbell

A new sensor enables in situ measurement of key chemicals in fermentations, enabling closer control and optimization of the fermentation process.More>>

Article By: Hinrich Römhild

Measurement methodologies using microwave frequencies and RF resonators are considered the most accurate way to obtain measurement data for calculating the weight, moisture, or water content of a variety of materials. More>>

Integrated safety and control system will increase operator and plant security at the Staatsolie Refinery.More>>

Article By: Priyabrata Sinha

By incorporating high-performance digital signal controllers (DSCs), with their integrated architectures and small footprints, designers can simplify Doppler-based sensing systems, enhance their performance, and reduce development cycles.More>>

Article By: Kerem Durdag

A new solid-state viscometer combines the desirable features of resonators and delay lines to offer a wide dynamic range in a single unit.More>>

Article By: John Flood

Doppler and transit-time flowmeters are gaining ground in liquid, and in some instances gas, flow measurement applications. Understanding how they work will help guarantee optimum performance.More>>

Article By: Keith Riley, Ravi Jethra

This article discusses the use of guided-wave radar (GWR), also known as time-domain reflectometry (TDR), in your steam loop, including the way that this technology functions and how it differs from more traditional forms of level indication.More>>

Article By: Dave Grumney

With more than 20 different level measurement technologies on the market today, it is important to choose the right level transmitter for your process conditions. This article provides information on two of the most commonly used level measurement technologies—ultrasonic and guided-wave radar...More>>

Radiation detector deployed in GammaRAE II R increases measurement range and detects rate and dose. More>>

Article By: Darren O'Connor, Kasandra O'Malia

In Part 2 of this two-part article we apply our method to a real-world application and show how, by combining estimation methods with thermistor characterization data, we can achieve high accuracy measurements over a wide temperature range using the simple voltage divider circuit we described in...More>>

Article By: Amy Le

This article describes a technique for correcting signal-path errors for sensor analog front ends to reduce offset and gain errors and to achieve high accuracy and linearity.More>>

Article By: Darren O'Connor, Kasandra O'Malia

This two-part article describes how to use a simple voltage divider circuit with a thermistor to achieve high-accuracy temperature readings over broad measurement ranges. Part one discusses the circuit and various temperature estimation methods.More>>