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Detailed Information |
Bus Analyzer Software
 Test & Simulation Modules for CompactPCI (3U)
- Supports 8Tx and 8Rx Serial Data Channels
- Autononmous Transmit Sequencing
- Continuous Clock & Data Transmission
- Transmission Frequency of 64KHz or 62,5KHz
- Full Error Injection on each Tag Transfer
- Decode 16bit Data & Status Words
- Tag orientated & Chronological Data Storage
- Tag Selective Data Filtering
- Full Error Detection
- Programmable Interrupts & Triggers
- On-board Application Support Processor
- IRIG- B Time Tagging
- Board Support Package: WIN 98/NT/ME/2000/XP
- Windows based PANalyser Databus Analyser Software option
Detailed Information |
Bus Analyzer Software
General Features
The ACI-PSI-16 is a CompactPCI (3U) module, providing simulation, monitoring and recording, protocol testing and data selection of 8 Transmit (Tx) and 8 Receive (Rx) Serial Data Channels according to the PANAVIA interface standard specification.
The advanced hardware architecture provides powerful resources (processing performance and memory size) to guarantee fully concurrent availability of all specified PANAVIA Interface functions simultaneously on all Tx and Rx channels. The 8 Transmit (Tx) Channels, on the ACI-PSI-16 module, act as an autonomously operating data communication simulator, supporting a continuous transmission sequence with user definable data words.
The 8 Receive (Rx) channels, on the ACI-PSI-16 module provides the PANAVIA standard decoding, with unique onboard error detection, triggering and data selection capability. The ACI-PSI-16 also operates with the optional ‘PANalyser’ Databus Analyser software package for WINDOWS.
PANAVIA Receiver
Key Features of the 8 Receiver Channels are:- Decoding 16Bit Data & Status Words
- Tag orientated Data Storage or Chronological Data Storage
- Tag Selective Data Filtering
- Comprehensive Error Detection of: Control Bit Error, Framing Error, Bit Count Error, Sync Bit Error, Parity Error
- Programmable Interrupts & Trigger on: Definable Tag Receipt, Definable Data Word Receipt, Erroneous Data Receipt, Loss of Clock / Data
- IRIG- B Time Tagging on Received Data with a resolution of 1µsec
PANAVIA Transmitter
Key Features of the 8 Transmitter Channels are:- Encoding PANAVIA Protocol For Continuous Data & Clock Transmission
- Programmable Tag Sequence
- Selective Transmission Frequency of 64KHz or 62,5KHz
- Programmable Interrupts on: Definable Tag Transmissions, End of Transfer List
- Full Error Injection on each Tag Transfer: Bit Count, Parity, Framing, Sync Bit, Control Bit
IRIG-B Time Code Decoder
An on-board IRIG-B time code decoder and generator allows synchronisation of PANAVIA bus traffic. Multiple ACI-PSI-16 modules can be synchronised using one common IRIG-B time source or the on-board time code generator of one ACI-PSI-16 modules as the reference for accurate correlation of data across multiple PANAVIA data streams.
Application Support Processor.
The 150 MHz ASP Application Support Processor provides unique on-board processing functions typically provided by host processing systems.
Operational features include:- Driver Software Execution on-board
- Control of RS232C debug Port for Firmware Updates
- Dynamic Data Generation
- Automatic Test Sequence Generation
- User Application processing on-board
Physical Bus Interface
A Physical Bus Interface daughter board (PBI) provides PANAVIA connection to the data channels via a Mini D-Sub Connector.
Driver Software Support
Since the Driver Software resides on the PANAVIA module, a host Application Interface Driver software package is provided compatible with Windows 98/NT/2000 and XP. A Vx Works driver is optionally available.
Detailed Information |
Bus Analyzer Software
PBA.pro™ Databus Test and Analysis Software – Get on Board!
PBA.pro™ is a new generation of Avionics Databus Test and Analysis software using a scalable, flexible and integrated framework approach compatible with AIM’s family of “Common Core” and “New Common Core” high performance test & simulation modules for MIL-STD- 1553, STANAG3910/EFEX, ARINC429, AFDX/ ARINC664, Panavia Serial Link and Fibre Channel and other I/O and peripheral inter-connections and hardware.
The PBA.pro™ software runs on both Windows™ and Linux™ platforms and integrates more functions and features ever seen in one software product for Avionics test, development, and simulation and monitoring applications. PBA.pro™ incorporates low level databus analyzer and protocol testing features found in traditional databus analyzer products from AIM (PBA-2000, PBA3910/XP, PAA-429, fdXplorer & fcXplorer) but the new PBA.pro™ facilities, capabilities and concepts are unique to AIM.
PBA.pro™ – Get on Board:- Modular, Scalable and Integrated Software Approach
- Low Level Protocol/ Network Analysers
- Bus/ Network Visualisers
- Recording/ Monitoring/ Data Logging Systems
- Special To Type Test Equipment (STTE)
- Test Benches and Integration Rigs
- “Hardware in the Loop” Simulation Rigs
- Networked Cluster of Test Resources
- PBA.pro supports the usage of foreign character sets (i.e. Japanese, Chinese) under country specific Windows™ Operating System
MIL-STD-1553A/B Databus Analyser Software for Windows- BC, Multi-RT, Monitor, Recording and Physical Bus Replay functions.
- Supports up to 16 MIL-STD-1553A/B bus streams concurrently.
- Quick Status, Real Time Activity and Bus Loading Displays.
- Comprehensive Trigger/ Filtering on selected Bus Traffic.
- Time Correlation with Internal / External IRIG-B Time Code.
- Mixed Protocols Supported: MIL-STD-1553A and MIL-STD-1553B.
- Save/ Load Project Files and Save Restore Display Layout’s.
- Easily Interface Customer Applications via the Remote DLL.
- PBA-2000-NET version for remote Client / Server based operation.
- ScriptX for Automating and speeding Testing (No cost option).
- ParaView option for Engineering Unit & Graphical Parameter Display and Control of MIL-STD-1553/ ARINC429/ AFDX/ARINC-664 and Fibre Channel streams.
PBA 2000 Net- Optional Client/Server based PBA-2000-NET for remote control via a LAN.
Paraview- Optional ParaView Software for Parameter Display, Control and Post Analysis with Engineering Units & Graphical Displays.
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