ELEKTRONİK DENEY MODÜLLERİNİN LabVIEW İLE KONTROLÜ

Year 2010, Volume: 2 Issue: 3, 1 - 8, 01.09.2010

Akif Kutlu Ceyhan Turan

Abstract

Bu çalışma, elektronik deney modüllerinin, Denetleyici Alan Ağı -DAA (Controller Area Network - CAN) üzerinden kontrolünü ve yönetimini içermektedir. Elektronik deney modülleri diyot ve transistör temel karakteristiklerini incelemek üzere tasarlanmıştır. LabVIEW programı kullanılarak hazırlanan arayüz ile, deneylerin öğrenciler tarafından yapılması ve elde edilen sonuçların incelenmesi sağlanmıştır. Tasarlanan sistem, DAA sayesinde, eş zamanlı olarak birden fazla deney setine bağlanılabilmesini ve verilerin paralel olarak bilgisayara aktarılabilmesini desteklemektedir.

Keywords

LabVIEW, Denetleyici Alan Ağı, Transistör ve Diyot Deneyleri

CONTROLLING THE ELECTRONIC EXPERIMENTAL MODULES USING LABVIEW

Abstract

This study, presents controlling and monitoring electronic experimental modules over Controller Area Network called CAN. The Electronic experiments are designed for observing characteristics of diode and transistor components. The user interface, designed by using LabVIEW software, provides students for making experiments and observing results obtained from the modules. Designed system also supports connections to the multiple experimental modules and transferring results to the computer simultaneously over the CAN.

Keywords

LabVIEW, Controller Area Network, Transistor and Diode Experiments

References

• Kutlu, A., Taşdelen, K., Küçüksille, E.U. 2005. 8051 Mikrodenetleyicisi İçin İnternet Tabanlı
• Laboratuar Tasarımı. 4th International Advanced Technologies Symposium. 28-30 Eylül , Cilt 1 Sayfa:15-18
• Basher, H.A., Isa, S.A. 2006. On-Campus and Online Virtual Laboratory Experiments with
• LabVIEW. Southeast Con, 2006. Proceedings of the IEEE March 31 2005-April 2 2005 Page(s): 325 – 330
• Sherry, R.A., Lord, S.M. 1997. LabVIEW As An Effective Enhancement To An
• Optoelectronics Laboratory Experiment. Frontiers in Education Conference, 1997. 27th
• Annual Conference. “Teaching and Learning in an Era of Change”. Proceedings. Volume 2, 8 Nov. 1997 Page(s): 897 - 900 vol.2
• Higa, M.L., Tawy, D.M., Lord, S.M., 2002. An introduction to LabVIEW exercise for an electronics class. 32nd Annual Frontiers in Education, 6-9 Nov. 2002, Volume 1, Page(s):T1D-13 - T1D-16
• Vento, J.A., 1988. Application of LabVIEW in higher education laboratories, Frontiers in
• Education Conference, Proceedings 22-25 Oct. 1988 Page(s):444 - 447
• Kiencke, U. 1994. Controller Area Network-from concept to reality. ICC’94, proc.1.
• International CAN conference, 0-11 0-19. Lawrenz, W. 1995. World-wide Status of CAN- Present and Futureproc. ICC’95 2.
• International CAN conference, 0-12 0-25. Intel, 1993. Intel 82527 Serial Communications Controller Architectural Overview
• Philips, 1991. CAN Specification, Hamburg.
• Labview 2009 http://www.e3tam.com/temsilcilikler/ni/labview.htm (Erişim tarihi: 02.2009).
• Kutlu, A.; Aydogan, T., 2009. Performance Analysis of MicroNet: A Higher Layer Protocol for Multi-User Remote Laboratory IEEE Transactions on Industrial Electronics,
• Object Identifier 0.1109/TIE.2008.2006228 ). Digital