OP5142 - Spartan3 FPGA Reconfigurable I/O Node
FPGA model:
- Spartan3 XC3S5000
- 5M Gates, 74K logic cells, 66K CLB
- 100 MHZ
- 256 Macrocells
Flash Memory:
- 32 Mbits divided in 2 sections
- One section for Safe back-up Configuration
- One section for the User Configuration
FPGA Configuration:
- Using JTAG port
- Using Signal-Wire Serial Link (see below)
- Using PCIe X1 Serial Link
User Connectors:
- 3 x PC104 type (120 positions each) robust connectors
- 296 x DIO (3.3v)
- 1 x Master Reset
- 1 x General Purpose Clock
Communication connector:
- 1 x High Speed Communication connector (20 pairs)
- 14 x buffered DIO (3.3v)
- 1 x PCIe X1 End Point (2.5 Gb) using the PCIe Bridge
- 1 x Signal-Wire (Opal-RT proprietary Serial Link, Full-Duplex, 8/10 encoding, 625 Mbit/s) using the Ethernet SERDES
- 1 x RTSI signal for I/O synchronization
- 1 x RESET signal
JTAG ports:
- 4 x JTAG independent ports (FPGA, CPLD, PCIe Bridge, Ethernet SERDES)
LED Indicators:
- 13 x LEDS indicators for status and monitoring
- 1 x LED indicator for all DC supplies monitoring
EEPROM:
- 1 x EEPROM (8Kx8) for Identification and confidential data, write-protection by jumper
Other Hardware:
- 1 x RESET Push-Button
- Test-Points
Power Input:
- Main Input: +5 VDC @ 3 Amp on PC104 connector
- On-board generation of dedicated DC supplies (3.3v, 2.5v, 1.8v, 1.5v, 1.2v)
Dimension:
- 3 inches (76 mm) x 6 inches (153 mm)
Software Utilities:
- Flash-Update able to download the FPGA bitstream directly from the application
Software Requirements
- RT-LAB 8.3.x and over
- Matlab R2007b or R2008a with RTW
- Xilinx ISE 10.1 SP3
- Xilinx System Generator 10.1.03
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Nov 2011 |
A Novel and Flexible Test Stand for Medium Voltage Drives Using a Hardware-in-loop (HIL) Simulator Authors : Ata Douzdouzani, Authors : Christian Dufour, Authors : Jean Bélanger, Authors : Weihua Wang Related Event: PCIM Europe Abstract : With increasing complexity of topology and control strategies in medium voltage (MV) drives, a digital hardware-in-loop (HIL) simulator exhibits great advantage over a traditional analog test stand in terms of cost and... |
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Apr 2011 |
Validation of a 60-Level Modular Multilevel Converter Model - Overview of Offline and Real- Time HIL Testing and Results Authors : Jean Bélanger, Authors : Laurence Snider, Authors : Luc-André Gregoire, Authors : Wei Li Related Event: IPST 2011 - International Conference on Power Transients Abstract : In this paper, full real-time digital simulation of a static modular multilevel converter (MMC) HVDC link interconnecting two AC networks is discussed. The converter has 60 cells per arm; each cell has two power switches... |
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Mar 2011 |
FPGA-BASED REAL-TIME SIMULATION OF MULTILEVELMODULAR CONVERTER HVDC SYSTEMS Authors : J. Bélanger, Authors : L.-A. Grégoire, Authors : W. Li Related Event: ELECTRIMACS 2011 Abstract : AC-HVDC-AC energy conversion systems using modular multilevel voltage-source converters (MMC) are becoming very popular to integrate distributed energy systems to the main grid. MMC AC-DC-AC converters are also being... |
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Feb 2011 |
Solvers for Real-Time Simulation of Bipolar Thyristor-Based HVDC and 180-cell HVDC Modular Multilevel Converter for System Interconnection and Distributed Energy Integration Authors : Christian Dufour, Authors : Jean Bélanger, Authors : Luc-André Gregoire Related Event: 2011 Recife Symposium - CIGRE Brasil Abstract : Thyristors-based converters are still today the most common type of HVDC links. Modular Multilevel Converter based HVDC links are often considered for lower power rating projects like off-shore wind farms. Both... |
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