CR9000X

For applications requiring rapid scan rates and/or a large number of channels. Modular, multi-processor base system includes CPU, power supply and A/D modules. The CR9000X is a modular, multiprocessor system that provides precision measurement capabilities in a rugged battery-operated package. The CR9000X consists of a base system and a chassis with I/O module slots that accepts up to nine user-selected modules. A compact version of the CR9000X is available as the CR9000XC, which accepts up to five user-selected modules. The CR9000X has a powerful instruction set that supports measurement of most sensor types, on-board processing, data reduction, and intelligent control.

Features

• Intended for applications requiring rapid scan rates and/or a large number of channels
  
• Modular, multi-processor base system includes CR9032 CPU, power supply and A/D modules
  
• System throughput is 100,000 samples/second
  
• Up to nine I/O Modules can be used to configure a system for specific applications.
  Modules include:
  
  • CR9050 5 Volt Analog Input Module with RTD
    
  • CR9051E Fault-protected 5 Volt Analog Input Module
    
  • CR9052DC Anti-alias Filter Module
    
  • CR9055 50 Volt Analog Input Module
    
  • CR9055E 50 Volt Analog Input Module with Easy Connector Module
    
  • CR9058E 60 Volt Isolated Analog Input Module with RTD, includes one CR9058E Easy Connector Module
    
  • CR9060 Excitation Module
    
  • CR9071E Pulse Module with Easy Connector Module
  
  
• 16-bit resolution
  
• On-board, BASIC-like programming language
  
• PC9000 Support Software version 5.0 (included) provides program generation, data graphics, and
• analysis
  
• 128 MBytes internal SDRAM for program and data storage

Specifications

• A/D bits: 16
  
• Scan Rate: 4.5 kHz
  
• Burst mode: 100 kHz
  
• Memory: Type I, II, or III PCMCIA Cards or CompactFlash® with an adapter
  
• The number of analog inputs, pulse counters, switched voltage excitations, switched current excitations, digital I/O ports, and continuous analog outputs are determined based on the card configuration used.