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Proceedings ArticleDOI

The power of LXI interumentation — use cases and performances

C. Proft
- pp 482-489
TLDR
This paper will illustrate and demonstrate how test system challenges are being addressed with existing GPIB and LXI class C instruments and how class A and B instruments will provide exciting new test system capabilities.
Abstract
With over 320 LXI instruments available in a little more than two years, electronic functional and data acquisition test systems can now be implemented with LXI instruments from a wide variety of product categories. Test system builders are often interested in three major areas: reduced system complexity with easier configuration, lower system cost, and increased performance. LXI instruments score high in lowering cost, remote access, and being easier to configure, verify, and debug, but there is discussion over performance in the area of latency and throughput. LXI class A and B instrumentation provide new test system techniques through flexible triggering schemes such as LAN messaging, IEEE-1588 timing, and downloaded scripts. While most LXI instruments are currently class C and are targeted to replace GPIB equivalents, 2007 and 2008 will see an increase of class A and B instruments that provide new and exciting possibilities that can directly improve performance and reduce system complexity. This paper will illustrate and demonstrate how test system challenges are being addressed with existing GPIB and LXI class C instruments and how class A and B instruments will provide exciting new test system capabilities.

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Citations
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Journal ArticleDOI

On the Seamless Interconnection of IEEE1588-Based Devices Using a PROFINET IO Infrastructure

TL;DR: The basic idea is the creation of a “black-box” (a sort of remote bridging device) for the interconnection of IEEE1588 nodes through a PROFINET IO host plant, with zero-configuration on both systems.
Proceedings ArticleDOI

Clock synchronization of PTP-based devices through PROFINET IO networks

TL;DR: Preliminary results show that, if compared with a direct connection of PTP-based nodes, the converter worsens the synchronization accuracy of less than 10 ns, the core idea is to create a black-box that does not require configuration neither of the PTP -based nodes nor of the host plant.
Book ChapterDOI

Clock Synchronization of Distributed, Real-Time, Industrial Data Acquisition Systems

TL;DR: The aim of this chapter is the definition of basic concepts in the field of Clock synchronization in order to better understand the typical applications of clock synchronization techniques to industrial data acquisition systems.
Proceedings ArticleDOI

Inexpensive SDR-based longwave radio controlled clock for time dissemination in industrial wireless sensor networks

TL;DR: This work describes a full digital implementation, exploiting the Software Defined Radio paradigm, of a LF receiver, capable to simultaneously perform both the amplitude and phase demodulation of the incoming time reference signal, and of a servo-clock for the time synchronization of wireless sensor network nodes.
Journal ArticleDOI

Synchronization of multiple USB 3.0 devices using Isochronous Timestamp Packet

TL;DR: The Isochronous Timestamp Packet (ITP) in USB 3.0 is used as the main component in the trigger algorithm, which increases the performance of synchronization of multiple USB device with only software intervention.
References
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Proceedings ArticleDOI

Exploring LXI's advanced capabilities

TL;DR: A prototype test system is described that demonstrates the power and flexibility of combining LXI with embedded test script processing, and demonstrates the use of LXI LAN triggering and other LXI features.