RMAC-VME Interface – VMEbus interface for ARINC 429
その他 / VMEbus
• Up to 64 ARINC 429 channels • ARINC 429, 419, 453, 573, 575, 708, 717, RS-232, and RS-422 support • Powerful, on-board processing • Modular, multi-protocol support • Fully independent channel operation • Easy-to-use functionality • Multiple data buffering mechanisms • On-board message scheduling • 64-bit time-tagging • ARINC 429 message error inj…
ACC-BT02 – Dual 64-pin Transition Panel with Bussed Ground
その他 / その他の規格
・Also, refer to VME-344x and -345x Transition Panels with surge withstand protection ・Accepts 12-22 AWG wire ・EIA standard RS-310C 19-inch rack mountable ・Provides easy-to-use lift clamp terminal blocks ・Interfaces with most Abaco Systems I/O boards via mass-terminated cables ・Interconnects Abaco Systems' I/O boards with field wiring
PMC-IN32-ETF
デジタルI/O / PMC/XMC
・Rear I/O ・32 optically isolated 24V inputs ・Extended temperature range (-40º to +85º C) ・Single-size PMC
IP-UD-HV-16I8O
その他 /
・Output to 50V and 1A ・Subroutine library and Windows NT drivers available ・Programmable input voltage threshold to 100V ・24 high-voltage I/O lines
CONV1553-5
その他 / その他の規格
・To: Two male CJ70 jacks, two male BNC jack ・One assembly included for each IP-708 on VXI-AIC ・Platform: VXI ・From: Low profile IDC-50 (0.1" center) female
SBC314 SBC
CPUボード / OpenVPX
• 3U OpenVPX single board computer • Power Architecture™ AMP (advanced multiprocessing) CPU’s - T1042 (four e5500 cores) - T2081 (eight e6500 virtual cores) • DDR3L (up to 8 GB) • Up to 256 MB NOR Flash • Up to 16 GB SLC NAND Flash • 512 kB Autostore NVRAM • PCIe Gen2 data plane ports from VPX P1 (options for 2 x4, 1 x4 + 4 x1, 8 x1) • 1x PMC/XMC S…
PMC-PCMCIA-FP3
その他 / PMC/XMC
・PCI 2.1 compliant interface ・Standard single-width 32-bit PMC conforming to IEEE P1386.1 ・1 PC-Card slot with hot insertion and removal ・Card size: 149mm x 74mm
IP-OCTALPLUS485
その他 /
・Driver available for VxWorks ・Eight EIA-485 serial ports on a single-wide IndustryPack ・Individually programmed baud rates ・Support DX+, DX-, and GND for each channel