Add to ORKGPresents a theoretical and experimental study of a bay equipment measuring analogue quantities (U, I, P, Q) in HV stations. The key to the system is microprocessor assisted handling of sampled data. A basis accuracy of 0.1% is obtained with a total refresh cycle time better than 0.5 s for one feeder.Anglai
International audienceThe calorimeter system in LHCb aims to identify electrons, photons and hadrons...
Includes bibliographical references (pages #-#)The data acquisition system built for this project is...
The calorimeter system in LHCb aims to identify electrons, photons and hadrons. All calorimeters are...
The paper reports on theoretical and experimental work on an equipment for the acquisition of analog...
A high frequency periodic signal measurement system based on equivalent sampling method is developed...
The design and implementation of a simple load angle measurement instrument built around a Z80 micro...
A very simple microprocessor (µP) -based dedicated instrument is designed here.' The Overall system ...
The contribution deals with measurement of low electric input power for research purposes in the mac...
Includes bibliographical references.This aim of this thesis was to conduct an investigation into the...
We have developed a simple interface which adds an analogue signal averaging facility to any Z80-bas...
V probes designed by Maxwell Laboratories, Inc. (MLI) have been extensively used at the Air Force We...
A microprocessor controlled data acquisition system for pulse height analysis and multichannel scali...
A microprocessor-controlled three-phase digital watthour meter is described. The wattmeter is based ...
An accurate laboratory characterization of beam intensity monitors requires a reliable integration o...
The metrological characterization of a custom designed ultra-low noise analogue front-end for an acq...
International audienceThe calorimeter system in LHCb aims to identify electrons, photons and hadrons...
Includes bibliographical references (pages #-#)The data acquisition system built for this project is...
The calorimeter system in LHCb aims to identify electrons, photons and hadrons. All calorimeters are...
The paper reports on theoretical and experimental work on an equipment for the acquisition of analog...
A high frequency periodic signal measurement system based on equivalent sampling method is developed...
The design and implementation of a simple load angle measurement instrument built around a Z80 micro...
A very simple microprocessor (µP) -based dedicated instrument is designed here.' The Overall system ...
The contribution deals with measurement of low electric input power for research purposes in the mac...
Includes bibliographical references.This aim of this thesis was to conduct an investigation into the...
We have developed a simple interface which adds an analogue signal averaging facility to any Z80-bas...
V probes designed by Maxwell Laboratories, Inc. (MLI) have been extensively used at the Air Force We...
A microprocessor controlled data acquisition system for pulse height analysis and multichannel scali...
A microprocessor-controlled three-phase digital watthour meter is described. The wattmeter is based ...
An accurate laboratory characterization of beam intensity monitors requires a reliable integration o...
The metrological characterization of a custom designed ultra-low noise analogue front-end for an acq...
International audienceThe calorimeter system in LHCb aims to identify electrons, photons and hadrons...
Includes bibliographical references (pages #-#)The data acquisition system built for this project is...
The calorimeter system in LHCb aims to identify electrons, photons and hadrons. All calorimeters are...