Content posted in February 2016
National Engineers Week and National Public Radio (NPR)
Steve Taranovich 2/26/2016 Post a comment
Being an engineer/journalist and remembering my New York University student days at the Bronx, NY Heights campus from 1968-1972 when I became “socially aware”, I have had many experiences during my life when the choice to do what people, managers and others urged me to do something underhanded, sneaky or convenient and sometimes bordering on criminal, but my conscience and moral compass said otherwise.
Technique accurately calibrates multichannel bridge-sensor configuration
Nick Hains 2/22/2016 Post a comment
When a data acquisition system has a large number of slow- or moderate-speed sensors, it often makes sense to use a high channel-count multiplexer to minimize component footprint, cost and power. But if each of these sensors needs unique calibration (and they often do), this can cause difficulties in effectively using that multiplexer front end. By using a carefully defined algorithm, the calibration issue can be efficiently resolved.
Customized power amplifier for realizing tiny magnetic fields
Barbara Stumpp 2/19/2016 Post a comment
Whether for the direct measurement of brain waves or for the determination of neutron-torque, one needs a reliable degaussing of the magnetic shields in order to achieve the necessary low magnetic field strengths. A basis for this is a current-controlled HERO Power Precision Power Amplifier from Rohrer Mess- und Systemtechnik in Munich, tailored for the specific application
When Second Sources aren't
James Bryant 2/9/2016 9 comments
We have been manufacturing a system using an Analog Devices' component for many years. Recently our purchasing department bought a consignment of cheaper replacement devices from another company and the whole batch of systems using them failed to work. Every specification on their data sheet is the same as ADI's, and when we test them they are well within those specifications. What is happening?
Components and Methods for Current Measurement
Bryan Yarborough 2/1/2016 3 comments
Current sensing is used to perform two essential circuit functions. First, it measures “how much” current is flowing in a circuit; information that may be used for power management in a DC/DC power supply to determine essential peripheral loads to conserve power. The second function is to determine when there is “too much” current, or a fault condition.
The utilization of electronics in medical applications could effectively enhance the quality of life of patients and prevent many cardiovascular distresses: this is confirmed by the result of an observational study, about the CPAP device
This blog series deals with the potential of the utilization of smart electronic ICs in medical care applications; these ICs are produced by companies in the field of semiconductors such as STMicroelectronics which has a broad portfolio of ICs for medical applications
There is rising interest in alternative energy schemes and electric vehicles (EVs) which means there is a growing need in making it possible for power to flow efficiently in both directions.
The industries sector is progressively increasing utilization of IoT technology to make the industrial processes automated in a very intelligent way.
Medical care applications with electronic devices are becoming progressively more important and massively adopted.