Multi-Channel Probe for Industrial Ethernet Measurement

Zhe Liu; Ji Huan; Xing Hu

doi:10.4028/www.scientific.net/AMR.503-504.1476

Paper Titles

Robust H_∞ Filtering for Stochastic Networked Control System with Nonlinearities and Missing Measurements
p.1458

Measurement and Application of Radiant Energy
p.1463

Sensor Deployment Optimization Based on Simulation of Gas Distribution in Underground Fully Mechanized Coal Face
p.1468

Signal Detection for Process with Unknown Distribution
p.1472

Multi-Channel Probe for Industrial Ethernet Measurement
p.1476

Theoretical Analysis for Sensitivity Enhancement in Broad-Band Thermal Lens Microscope
p.1480

The Design and Development of a PEMFC Testing System
p.1484

Fault Detection Filter for Markov Jump Systems
p.1488

Improvement of the C650 Lathe Electrical Control Circuit
p.1493

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Multi-Channel Probe for Industrial Ethernet Measurement

Abstract:

Industrial Ethernet is a fast-developing technology in automation control field. In this paper, the framework of industrial Ethernet measurement system, which consists of probe and parser, is analyzed. A new multi-channel probe of industrial Ethernet is proposed. It is suitable for low-cost distributed measurement applications. Two different working methods and architecture of FPGA internal blocks are illustrated in details. A dedicated frame called “probe-frame” is presented, which involves the information about original frame. At last, an open industrial Ethernet parser is mentioned to analyze the specific frame.