A Telemetry and Telecontrol Universal Simulator

Jian Jun Zhou; Ji Chen Cai; Xiao Fang Wang; Xiu Wang

doi:10.4028/www.scientific.net/AMR.734-737.2609

Paper Titles

Modeling and Application of Coal Pulverizing System for Coal-Fired Power Plant
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The Improvement of the Circuit of Low Power in Yellow River Diversion Project
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Experimental Studies on Transmission Characterization of Stratified Earth Channel in Through-the-Earth Communications with Elastic Wave
p.2598

Testing Apparatus Design of High-Concentration Slurry Transport in Environment-Friendly Dredging
p.2603

A Telemetry and Telecontrol Universal Simulator
p.2609

Automation Control Method of Time-Varying in Heat Conduction Coefficient and Pure Steam Output Interference
p.2613

The Extraction and Identification of Target Infrared Image Signature Based on Instantaneous Polarization
p.2618

UM2000 Spectrum Estimation Using Multiple Signal Classification Method
p.2622

Research Status of Broken Belt Protector in Belt Conveyor
p.2630

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 734-737A Telemetry and Telecontrol Universal Simulator

A Telemetry and Telecontrol Universal Simulator

Abstract:

A telemetry and telecontrol universal simulator (TTUS) based on Windows CE was developed. TTUS adopts PCI bus, and CPU main board and peripheral boards are inserted in slots of PCI backplane. TTUS can be used for performing a testing of analog telemetry, digital telemetry and remote control for power equipment. TTUS also supports indirect telemetry and indirect telecontrol via the CAN bus or 485 bus. TTUS control software which runs on the TTUS was developed using VC ++. Program blocking technology and high-resolution time technology were introduced in this paper. The telemetry and telecontrol universal simulator can be used for product testing in far away places of electromagnetic radiation or other dangerous places. Remote test software could be developed for testing the power equipment using function library provided by TTUS.

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Periodical:

Advanced Materials Research (Volumes 734-737)

Pages:

2609-2612

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.734-737.2609

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Online since:

August 2013

Authors:

Jian Jun Zhou, Ji Chen Cai, Xiao Fang Wang, Xiu Wang*

Keywords:

485 Bus, CAN Bus, Remote Control, Telemetry

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* - Corresponding Author

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