We present a software package developed on the LabVIEW platform which controls a synchrotron radiation experimental station for surface science experiments and allows users efficient use of the equipment. In contrast to other programming environments, LabVIEW offers programmers an effective way of integrating the functions of several real instruments in a virtual instrument. By means of GPIB and serial communication our software controls most of the instruments attached to the experimental station. We developed programs (sub-virtual instruments) that allow interaction with the instruments by means of realistic-looking and -acting control virtual tools (knobs and buttons), which the user can 'handle' on the computer screen using the mouse. These 'virtual panels' allow simultaneous control of all the devices involved in a specific experiment, performing sequences of operations in an automated way. We present here the general principles of operation of the program, highlighting the advantages that this approach provides.

A LABVIEW-BASED CONTROL-SYSTEM FOR A SURFACE SCIENCE EXPERIMENTAL STATION

AGOSTINO, Raffaele Giuseppe;
1994

Abstract

We present a software package developed on the LabVIEW platform which controls a synchrotron radiation experimental station for surface science experiments and allows users efficient use of the equipment. In contrast to other programming environments, LabVIEW offers programmers an effective way of integrating the functions of several real instruments in a virtual instrument. By means of GPIB and serial communication our software controls most of the instruments attached to the experimental station. We developed programs (sub-virtual instruments) that allow interaction with the instruments by means of realistic-looking and -acting control virtual tools (knobs and buttons), which the user can 'handle' on the computer screen using the mouse. These 'virtual panels' allow simultaneous control of all the devices involved in a specific experiment, performing sequences of operations in an automated way. We present here the general principles of operation of the program, highlighting the advantages that this approach provides.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.11770/134444
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