Showing results: 631 - 634 of 634 items found.
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MS 1740 -
Meltronics Systemtech
Dual Channel Digital Receiver is a complete high−frequency dual−channel A/D converter capable of sampling rates up to 210 MHz. It accepts two front panel analog inputs and delivers digital output samples over four FPDP (Front Panel Data Port) connectors utilizing FPDP standards. The Dual Channel Digital Receiver features two 12−bit Analog Devices AD9430 A/D Converters, and two user−configurable Xilinx® Virtex−IV Series FPGAs. It also features a VME A64/D64 slave interface for setting up operating modes and selectable A/D range, and optionally provides 32−bit access from the VMEbus to the FPGAs. It is an ideal system as a high−speed data acquisition front end for real time recording and digital signal processing systems.
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Data Patterns Pvt. Ltd.
Data Patterns' core business for over 20 years has been the development of Automated Test Equipment for critical aerospace requirements. Data Patterns developed a Multi Programmer with associated test automation software in 1994. Christened the DP-800 this product was adopted for the implementation of test rigs for Navigation Platform Test Benches, Engine Test Bed Automation, Cable Harness Test Systems, etc. This product was effectively utilized in the development of test benches required by Indian Space Research Organisation (ISRO) for the Polar Satellite Launch Vechicle (PSLV) and Geo Stationary Launch Vehicle (GSLV). Based on this foundation, the next generation test benches were developed in the cPCI architecture. Presently, Data Patterns develops cPCI based test systems for Laboratory applications as well as VME based test systems for challenging environmental conditions. Examples of test solutions built by Data Patterns are indicated below.
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Data Patterns Pvt. Ltd.
Built in strict adherence to open architecture standards, Data Patterns designs COTS module products which are used in today's rugged applications and automatic test equipment platforms. Open standard form factors include cPCI, FMC & XMC, IP, MM, PCI, PCMCIA, PMC, VME, VPX and VXI.A portfolio of 'Off the Shelf ' products for testing and on-board applications have been developed by Data Patterns. COTS boards developed have been sold to many customers, in India as well as Europe and North America. They are used for system level products such as Automatic Test Equipment, Rugged Military Electronics, etc.Data Patterns focus on building COTS product is to provide the technological capability to develop system level products with very fast run around times. Use of Data Patterns' COTS module in system level products ensures Data Patterns ability to maintain the products for a significantly longer life cycle. The proximity to the system level engineering team with the COTS development team ensures that end applications are delivered faster, enabling a shorter time to market for the customers
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CAEN S.p.A.
The Power Supply Systems are the heart of any experiment. They provide the High voltage and Low voltage required by the detectors and by the related front-end electronics. The quality of the power supply is critical to obtain the best performance from the set-up. The sensibility of modern detectors, in fact, make them susceptible to any even small variation in the power supply, and so features like low Noise, low Ripple and high stability become essential in the design of a performing power supply system. Strong of 40 years of collaboration with the most important research labs worldwide CAEN offers today sophisticated High Voltage Power Supply and Low Voltage Power Supply Systems. The demonstration of this successful long-standing tradition is the “CMS Crystal Award 2009” that CAEN received for the development and production of the power system for the CMS tracker. CAEN offers a wide selection of Power Supplies in different form factors and standards:- For smaller set-ups Standalone or modular (NIM / VME) products or are the ideal fit.- For bigger set-ups, where a high number of High voltages and Low voltages is required, the Mainframe Systems and Boards (up to 48 channels/board, up to 768 channels in a single Mainframe) are the most recommended.
