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GE VMIVME-3230

1. Core Architecture

  • Function: 8-channel thermocouple input module for industrial temperature monitoring, designed for VMEbus-based control systems .
  • Signal Compatibility: Supports J, K, T, E, R, S, B, N-type thermocouples with automatic cold-junction compensation (CJC) .
  • Resolution: 16-bit analog-to-digital converter (ADC) for high-precision measurements (±0.1% full-scale accuracy) .
  • Input Range:
    • Voltage: ±50 mV to ±100 mV (programmable) .
    • Temperature Range: -200°C to +1820°C (dependent on thermocouple type) .
  • Bus Standard: VME64-compliant with A16/A24 addressing and BLT32 block transfers .

GE VMIVME-9304

Core Architecture & Functionality

  • Primary Function: Industrial-grade digital/analog I/O module for VMEbus-based automation systems, designed for real-time control and data acquisition .
  • Bus Standard: Fully compliant with VME64/VME320 specifications, supporting A16/A24/A32 addressing and BLT32/BLT64 block transfers for deterministic data exchange .
  • I/O Channel Density:
    • Digital I/O: Configurable as 32 isolated input channels or 16 input/16 output channels (optically isolated, ≥1,500V channel-to-bus) .
    • Analog I/O: Optional 12-bit ADC/DAC channels (variant-dependent) for voltage/current sensing (e.g., ±10V, 4–20mA) .
  • Data Throughput: >40 MB/s sustained transfer rate via VMEbus DMA engines .

GE VMIVME-7486

1. Core Architecture

  • Processor: Intel Ultra Low Voltage Celeron at 400 MHz or 650 MHz, with 256 KB on-die L2 cache and 100 MHz system/memory bus .
  • Memory:
    • SDRAM: Up to 512 MB PC-100 SDRAM .
    • Non-Volatile Storage: 1 GB CompactFlash (configurable as boot device) .
  • Bus Compatibility: 100% PC/AT compatible with VME64 support (A32/A24/D32/D08(EO)/MBLT64/BLT32 modes) .
  • Form Factor: 6U VMEbus single-slot Eurocard (233.4 mm × 160 mm × 20.3 mm) .

GE VMIVME-2200

1. Core Architecture

  • Function: High-density relay output board for industrial control systems .
  • Relay Channels: 16–32 independent relay outputs (electromechanical or solid-state variants) .
  • Switching Capacity:
    • AC Loads: Up to 250V AC / 5A per channel .
    • DC Loads: Up to 30V DC / 5A per channel .
    • Isolation: Optical isolation (≥1,500V channel-to-bus) for noise immunity and safety .
    • Bus Interface: VME64-compliant (A16/A24 addressing) with 16-bit data transfer .

GE VMIVME-5588

Technical Specifications of GE VMIVME-5588 Reflective Memory Card

1. Core Architecture

  • Interface: VMEbus-compliant (IEEE 1014), single-slot 6U Eurocard form factor .
  • Memory: 128 MB onboard SDRAM for real-time data sharing .
  • Data Transfer:
    • Peak Serial Baud Rate: 1.2 Gbaud .
    • Throughput: 29.5 MB/s (standard); 14.8 MB/s (redundant mode) .
  • Fiber Optic Support:
    • Single-Mode Range: 10,000 meters (10 km) .
    • Max Nodes: 256 per network .
  • Error Handling: Hardware-level CRC checks and redundant transmission paths .

GE VMIVME-7696

1. Core Architecture

  • Processor: Intel Pentium II processor with MMX™ technology, operating at 333 MHz or 450 MHz clock speeds. Features 32-bit addressing, 64-bit data bus, and dual independent bus architecture with 512 KB L2 cache for high bandwidth .
  • Memory:
    • SDRAM: Up to 512 MB via 144-pin SODIMM slots.
    • Non-Volatile Storage: 8–96 MB bootable flash on secondary IDE .
    • Battery-Backed SRAM: 128 KB for critical data retention during power loss .
  • Graphics: Integrated 64-bit AGP SVGA controller with 4 MB SGRAM, supporting resolutions up to 1,600 × 1,200 pixels .

GE VMIC-4941

1. Core Architecture

  • Function: Quad-Channel Synchro/Resolver-to-Digital Converter .
  • Channels: Four independent synchro/resolver input channels .
  • Resolution: Programmable 10-bit, 12-bit, 14-bit, or 16-bit digital output .
  • Bandwidth: Selectable 530 Hz (high-speed) or 130 Hz (high-precision) modes .
  • Accuracy: ±2.3 arc-minutes (optional enhanced precision) .
  • Reference Frequency: 360 Hz to 6 kHz (user-configurable) .

GE VMIVME-4514

1. Technical Specifications

Analog Input (AI) Channels

  • Channels: 16 independent channels .
  • Input Modes:
    • Differential (true differential signal pairs) .
    • Pseudo-differential (single-ended) .
  • Resolution: 12-bit analog-to-digital converter (ADC) .
  • Voltage Range: Programmable via on-board jumpers .
  • Filtering: Optional 36 Hz unipolar input filter .

GE VMIVME-7589

Processor & Architecture

  • CPU: Intel Pentium MMX processor at 166 MHz, 200 MHz, or 233 MHz clock speeds .
  • Data Bus: 64-bit data bus with 32-bit addressing .
  • Memory:
    • SDRAM: Up to 128 MB via 168-pin DIMM slots .
    • Non-Volatile Storage: 8 MB bootable flash on secondary IDE .
    • Battery-Backed SRAM: 32 KB for critical data retention during power loss .

GE VMIVME-2536

1. Core Architecture

  • Form Factor: 6U VMEbus single-slot Eurocard (233.4 mm × 160 mm × 20.3 mm) .
  • I/O Channels:
    • 32 optically isolated digital inputs (configurable as voltage/contact sensing).
    • 32 optically isolated digital outputs (open-collector, 300 mA sink current) .
  • Isolation:
    • System Isolation: 1,000V sustained to VME backplane; 3,500V transient for 1 second .
    • Channel-to-Channel Isolation: 500V sustained .
  • Power Requirements: +5VDC ±5% at 2.65A .

GE PCI-5565

Technical Specifications of GE PCI-5565 Reflective Memory Card

  1. Core Architecture:
    • Memory: 128 MB SDRAM (expandable to 256 MB in variants like PCI-5565PIORC-210000) .
    • Bus Interface: PCI 32-bit/33 MHz, compatible with 3.3V/5V signaling .
    • Data Transfer:
      • Speed: 43 MB/s (4-byte packets) to 174 MB/s (64-byte packets) .
      • Serial Baud Rate: 2.125 Gbps .
    • Network Scalability: Supports 256 nodes .

GE VME7807RC

  1. Core Architecture:
    • Processor: Intel Pentium M (1.1 GHz, 1.4 GHz, or 1.8 GHz variants) with up to 2 MB L2 cache .
    • Memory: 1.5 GB DDR SDRAM (expandable), 32 KB battery-backed SRAM for critical data retention .
    • Storage: Up to 2 GB bootable CompactFlash; supports SATA drives .
    • Bus Standard: VME64x/VME320 with A16/A24/A32/D32 addressing and BLT32/BLT64 block transfers .