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PCI & PCI ExpressPCI Bus The Peripheral Component Interconnect (PCI) bus was developed by Intel on 22 June 1992. Unlike the VLB bus, this is not, strictly speaking, a local bus but an intermediate bus between the processor bus ( NorthBridge) and the I / O bus (SouthBridge) PCI slots are generally present on the motherboards at least 3 or 4 and are generally recognizable by their white (normalized) color. 32-bit, with a 124-pin connector, or 64-bit, with an 188-pin connector. There are also two signal levels: 3.3 V and 5 V. The signaling voltage does not match the signal voltage, But at voltage thresholds for the digital coding of the information. The Peripheral Component Interconnect Express (PCI-E) or 3GIO ( « Third Generation I / O ») bus is an interconnect bus for adding expansion cards to the computer. The PCI Express bus was developed in July 2002. Unlike the PCI bus, which operates as a parallel interface, the PCI Express bus operates as a serial interface, resulting in a much higher bandwidth than the PCI Express bus.
PXI & PXI ExpressPXI Bus PXI is designed for measurement and automation applications that require high-performance and a rugged industrial form-factor. With PXI, one can select the modules from a number of vendors and integrate them into a single PXI system, over 1150 module types available in 2006. A typical 3U PXI module measures approximately 100 x 160 mm (4×6″) in size, and a typical 8-slot PXI chassis is 4U high and half rack width, full width chassis contain up to 18 PXI slots. PXI uses PCI-based technology and an industry standard governed by the PXI Systems Alliance (PXISA) to ensure standards compliance and system interoperability. There are PXI modules available for almost every conceivable test, measurement, and automation application, from the ubiquitous switching modules and DMMs, to high-performance microwave vector signal generation and analysis. There are also companies specializing in writing software for PXI modules, as well as companies providing PXI hardware-software integration services. PXI is based on CompactPCI, and it offers all of the benefits of the PCI architecture including performance, industry adoption, COTS technology. PXI adds a rugged CompactPCI mechanical form-factor, an industry consortium that defines hardware, electrical, software, power and cooling requirements. Then PXI adds integrated timing and synchronization…
VXI BusThe VXI bus was developed by the VXI consortium in 1987 to meet a need for standardization of a card instrumentation. The VXI bus is an extension of the VME bus to which it adds specific instrumentation lines such as a clock bus, a trigger bus, a local bus, etc. The first specification of the VXI bus, Rev 1.1, was published in October 1987. It defines several VXI module sizes, the most common size being size C. Sizes A and B are directly borrowed from the VME, while size D Was never actually used.
EtherCAT BusLe Bus EtherCAT EtherCAT is the open real-time Ethernet network originally developed by Beckhoff. EtherCAT sets new standards for real-time performance and topology flexibility. The following features are particularly advantageous for many applications: Exceptional performance Flexible topology It’s simple and robust Integrated Safety Affordability

30 avenue Robert Surcouf - 78960 Voisins le Bretonneux
+33 (0) 1 3452 4090
info@acquisys.fr

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GIGA-TRONICS

Commutation VXI, PXI et GPIB
Instrumentation VXI et PXI
Modules VXI de remplacement Tektronix

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2500B
Microwave Signal Generator – 100 KHz to 50 GHz depending of the model
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GT-ASAM18A
Advanced Signal Analyzer Module
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GT-ASG
Advanced Signal Generation System
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GT-ASGM18A
Advanced Signal Generator Module
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GT-CHSIS2A/GT-CHSIS4A
Advanced Signal Generation and Analysis System Chassis
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GT-SRM100A
System Reference Module
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30 avenue Robert Surcouf
78960 Voisins le Bretonneux
FRANCE

+33 (0) 1 3452 4090

info@acquisys.fr

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