条件に該当する製品290件
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UTC056(4th Gen MicroTCA Carrier Hub (MCH) 40/10GbE/PCIe/ FPGA/SRIO, Double Module)
VadaTech HUB AdvancedMC 防衛Fabric options include PCIe Gen3, 40/10GbE, SRIO, Cross Bar Switch (CBS) or Xilinx VU13P FPGA for complete flexibility •Front panel fabric expansion, e.g. quad Ports for PCIe Gen 3 (4x4, 2x8, or 1x16) •PLL synthesizer for generating any clock frequency disciplined to GPS/SyncE/IEEE1588 •Double module, full size per AMC.0 and MTCA.4
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MRT576B(MTCA.4 RTM For AMC576)
VadaTech RTM AdvancedMC 物理 天体MicroTCA.4 RTM for the AMC576 16 ADC and 16 DAC signals to rear (Zone three) DC-coupled ADC inputs have low noise and programmable amplifiers. DC-coupled DAC have output amplifiers
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MRT523B(MTCA.4 RTM For AMC523, 8 Channel ADC 16-Bit @ 125 MSPS)
VadaTech RTM AdvancedMC 物理 天体Double module, mid-size (full-size optional) MicroTCA.4 RTM for the AMC523 Eight channel ADC 16-bit @ 125 MSPS utilizing AD9653 device routed to AMC523 with front end attenuation Two ADC inputs via Logarithmic Detector with attenuation
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MRT575A(MTCA.4 RTM for AMC575, Passive)
VadaTech RTM AdvancedMC 物理 天体MicroTCA.4 RTM for the AMC575 •8 ADC and 16 DAC signals routed to rear panel •Clock/trigger routed to rear panel
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MRT523 – MicroTCA.4 RTM for AMC523, 12 Ch ADC 16-bit @ 125 MSPS
VadaTech RTM AdvancedMC 物理 天体・MicroTCA.4 RTM for the AMC523 ・Double module, mid-size (full-size optional) ・Twelve channel ADC 16-bit @ 125 MSPS utilizing AD9653 device routed to AMC523 ・Two analog outputs from AMC523’s DAC Mezzanine ・ADC and DAC signals routed through a mezzanine
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MRT522 – MicroTCA.4 RTM for AMC522, 8 Ch ADC
VadaTech RTM AdvancedMC 物理 天体・MicroTCA.4 RTM for the AMC522 ・Double module, mid-size (full-size optional) ・Two analog outputs from AMC522’s DACs via SSMC connectors ・Eight analog inputs (AC or DC coupled) via SSMC connectors feeding on-board ADCs via programmable gain amplifiers ・Clocks and Trigger In/Out accessible via dual high density DensiShield connectors ・IPMI v2.0 ・RoHS compliant
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MRT520 – MicroTCA.4 RTM for AMC520
VadaTech RTM AdvancedMC 物理 天体・MicroTCA.4 RTM for the AMC520 ・Two analog outputs from AMC520’s DACs via SSMC connectors ・Ten analog inputs (AC or DC coupled) interfacing directly with AMC520’s ADC ICs via SSMC connectors ・Twelve LVDS signals and three differential reference clock routing to AMC520’s FPGA ・LVDS and reference clocks accessible via dual high density DensiShield connectors ・Double module, mid-size (full-size optional) ・RoHS compliant
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AMC097 – AMC 24-channel Isolated Output Module
VadaTech パラレル AdvancedMC 物理 天体・24-channel isolated output ・Single module, compact size (mid-size and full-size available) ・Front panel I/O connectivity in a half-size AMC compliant form factor ・Input voltage from 10 V to 38 V with 45 V surge @ 500 ms ・Interrupt levels are user selectable ・AMC.1 compliant ・IPMI 2.0 compliant ・RoHS compliant
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AMC099 – AMC 24-channel Isolated (12 drive, 12 sink) Output Module
VadaTech パラレル AdvancedMC 物理 天体・24-channel isolated output ・Single module, compact size (mid-size and full-size available) ・Front panel I/O connectivity in a compact size AMC compliant form factor ・Input voltage from 10 V to 38 V with 45 V surge @ 500 ms ・Interrupt levels are user selectable ・AMC.1 compliant ・IPMI 2.0 compliant ・RoHS compliant
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AMC763(Intel Xeon D-15xx Processor, AMC)
VadaTech Intel AdvancedMC 物理 天体Processor AMC Intel® 5th Generation Xeon D-1513N, D-1539, D-1548 or D-1577 (Broadwell) SoC Dual PCIe Gen3 x4 or single PCIe x8 on Ports 4-11 (AMC.1) GbE to Ports 0 and 1 (AMC.2) and SATA to Ports 2 and 3 (AMC.3) Dual 10GBASE-T to the front panel
