Product: VRM-TAMC900 -

The VRM-TAMC900 is a high speed, high performance analog to digital converter AdvancedMC. In addition to the eight high speedm ADCs, it provides excessive preprocessing power by a Virtex-5 FPGA and high speed on board memory for e.g. full bandwidth snapshots. The up to x8 PCIe link of the VRM-TAMC900 is used to transmit the ADC data to the CPU. To adapt the VRM-TAMC900 to different customer requirements, the VRM-TAMC900 is equipped with a Signal Conditioning Adapter (SiCA) that holds the connector for the analog inputs, the connectors for the clock and trigger inputs and the analog signal conditioning. The VRM-TAMC900 provides three clock inputs and three trigger inputs. The three external clock inputs and the PCIe reference clock are routed to a flexible clocking scheme that allows independent clocking of the ADCs in two groups. The trigger inputs are routed to the FPGA . Eight LTC2254 ADCs provide up to 105 MSps and 14 bit resolution each. The minimum sample rate is 1 Msps. 4 MByte high speed on board SRAM enables snapshots of all ADCs at full speed and full resolution for 2ms. According to AMC.0, the VRM-TAMC900 provides an IPMI compliant Module Management Controller (MMC) with temperature monitoring and hot-swap support. For First-Time-Buyers the engineering documentation VRM-TAMC900-ED is recommended. The engineering documentation includes VRM-TAMC900-DOC, schematics and data sheets of VRM-TAMC900.

Features:

• Form Factor: PCIMG AMC.1 Module
• Board size: 180.6 mm x 73.5 mm
• Single width / Mid-height
• x8 PCIe port (AMC.1 Type 8 compliant)
• Virtex-5 LXT FPGA
• 4 MByte QDR-II SRAM
• IPMI Support
• Front Panel LEDs:
• Blue Hot-Swap LED
• Red Power Good LED (LED1)
• Green User LED (LED 2)
• Analog-to-Digital Converter:
• 8 x LTC2254 ADCs
• 105 MSps
• 14 bit
• Signal Conditioning Adapter for flexible adoption to customer analog input requirements
• 3 external clock inputs
• 3 external trigger inputs
• Operating temperature: 0°C to +55°C

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