ATCA portal These are the search results for the query, showing results 1 to 15. Controller PCIe No publisher bruno 2009-09-30T16:26:11Z Image ATCA-CONTROLLER-PCIe This ATCA double width blade comprises an uATX/ATX PC motherboard, a carrier board and a rear transition module mechanically connected together. The carrier board makes the interface between the ATCA fabric channels (x4 full-duplex PCIe) and the PC motherboard (x16 full-duplex PCie) through PCI Express low latency switches. The rear transition module is a high efficiency power supply for the uATX/ATX PC motherboard. No publisher bruno 2009-09-30T16:25:24Z Page ATCA-MIMO-ISOL The card provides 32 analog input channels (digitizer/transient recorder) and 8 analog output channels (waveform generator). Different types of carrier boards and rear transition modules can be used. No publisher bruno 2009-09-30T16:24:21Z Page Thumb Controller-PCIe No publisher bruno 2009-09-30T15:57:48Z Image Thumb ATCA-MIMO-ISOL No publisher bruno 2009-09-30T15:50:32Z Image Photo ATCA-MIMO-ISOL No publisher bruno 2009-09-30T15:03:26Z Image ATCA Header No publisher bruno 2009-09-09T14:54:56Z Image ATCA Header 3 No publisher bruno 2009-09-09T14:48:34Z Image ATCA Header 4 No publisher bruno 2009-09-09T14:46:56Z Image ATCA Header 2 No publisher bruno 2009-09-09T14:45:28Z Image ATCA Header 5 No publisher bruno 2009-09-09T14:41:01Z Image Contact Us Thank you for your interest in our ATCA developments. We will be delighted to hear from you and to discuss the use of our control and data acquisition solutions to fulfill your needs. Please do not hesitate to contact us. No publisher bruno 2009-09-08T15:07:19Z Page ISTTOK Control and Data Acquisition ISTTOK have been refurbished with a complete ATCA data acquisition system based on IPFN solutions. The new system was built to accommodate new features on the feedback control of the machine. No publisher bruno 2009-09-08T10:31:23Z Page SR-TR-ATCA Digital pulse processing (DPP) systems are known to have better performance than analog ones. DPP can synthesize almost any pulse response shape without the associated signal degradation which happens in a complex analog path. High-speed transient recorders with auto-trigger functionality are used to digitize and store the detailed shape of pulses. Algorithms for Pulse Height Analysis (PHA) and Pulse Shape Discrimination (PSD) are then applied to the digitized pulses on (re-)programmable devices such as FPGAs, DSPs and GPP for data reduction and real-time monitoring. No publisher bruno 2009-09-07T22:54:31Z Page About IPFN Instituto de Plasmas e Fusão Nuclear (IPFN) is a research unit (RU) of Instituto Superior Técnico (IST), the biggest Portuguese engineering school, created on January 1st 2008 by including the former Centro de Fusão Nuclear(CFN) and Centro de Física de Plasmas (CFP). The location together with an outstanding publication record, strong ability to attract national and international funding and successful participation in large-scale projects such as ITER, JET, HiPER and ELI have attracted several Portuguese firms and research groups as well as young researchers to our fields of activity, aiming at pursuing new exciting research directions at international scale. No publisher bruno 2009-09-07T22:50:21Z Page