Product Overview
GET PC/104+ adapters provide new levels of reliability and performance for interfacing to the MIL‑STD‑1397C. This new adapter is ideal for PC/104+ embedded designs requiring high performance, fast processing, and low power dissipation. By utilizing and stocking key components in‑house, GET can also ensure long product availability to our customers. GET has a wide selection of software drivers that come standard with the PC/104+ adapter.
Key Hardware Features
100% MIL‑STD‑1397C Compliant
16 or 32‑bit transfers
Internal loop‑back capability
Passive Tap Mode
Reconfigurable to support specific applications
PCI 2.2 Compliant
3.3v or 5v I/O signaling environment
Plug & Play
Independent Input and Output ports with Full Duplex Operation
Operate at maximum NTDS transfer rates
Buffer / Command Time‑outs: 1 µs granularity
Inter‑word Timers: 1 µs granularity
Field Upgradeable Firmware and Software Drivers
Platform & operating system independent software
Dual TAP
Save Slot Space: Ability to tap a full NTDS channel ( Input and Output Port ) using only one slot
Flexibility: Configure as transmit/receive or receive/receive
Software Enables:
Ability to save and restore multiple system trigger and capture configurations
Time‑Stamps at 100ns Resolution
Data View is available to view in Hex, Octal, Binary or Decimal
Printing and Data export capabilities
Normal (Buffer) or Event (Real Time) Modes, Events Modes can be set to a one‑shot mode,
continuous mode, or a re‑trigger modeData, Function, Force or Any trigger types
Pattern/Mask match for Trigger, Record, and Check
Multiple Time‑stamp views: Real Time, Trigger Offset, and Delta Time Between Words
Ability to search with filtering of Recorded Data
Specifications | |
---|---|
NTDS Interface | MIL‑STD‑1397C Type D |
Form Factor | Standard PC/104+ card size (3.575″ x 3.775″) |
Power Requirements (typ.) | +5 VDC @ 1.4 Amp (typ) |
PCI Signal Compatibility |
3.3v or 5v Signaling |
Relative Humidity | 0% to 90% (non‑condensing) |
Operating Temperature | 0°C to 55°C Operating |