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GE V7768-312000

Technical Specifications

  • Processor: It may be equipped with an Intel Core 2 Duo processor up to 2.16 GHz or an Intel Celeron M processor up to 1.07 GHz. The L2 cache is 4 Mbyte for Core 2 Duo and 1 Mbyte for Celeron M.
  • Memory: It can support up to 2 Gbyte DDR2 SDRAM through a single SODIMM.
  • Storage: It can support up to 8 Gbyte bootable compact flash, accessible via the secondary IDE port and can be configured as a boot device through BIOS.
  • Interface: It has 2 serial ports, 4 USB 2.0 ports (2 in the front and 2 in the rear), 2 SATA ports, and a PS/2 keyboard/mouse interface on the front panel. There are also 2 gigabit Ethernet ports on the front panel, using Intel 82571, supporting network boot via PXE. In addition, it has a PCI - X PMC expansion site and a board - to - board connection for the PMC 237 CM1/V PMC expansion board. Some versions have a PCI Express 3.0 x16 interface, 8GB GDDR6 memory, a core clock of 1605 MHz, and a boost clock of 1905 MHz.

IC698CRE040-HN-2

  • Technical Specifications
    • Processor: Equipped with a 1.8GHz Pentium - M microprocessor.
    • Memory: 64MB of battery - backed RAM for program storage, and 64MB of non - volatile user flash memory.
    • Scan Rate: The typical scan rate is 0.024 ms per 1000 boolean contacts/coils.
    • Communication Interfaces: Support RS - 232, RS - 485 serial ports and Ethernet interfaces. The Ethernet interface has a data rate of 10M or 100M, with a 10BaseT RJ45 physical interface, and can support up to 16 web server and FTP connections in total for web - based data monitoring.
    • Power Requirements: +5VDC at 6.8 amps nominal, +12VDC at 0.003 amps nominal, and -12VDC at 0.003 amps nominal.
    • Operating Temperature Range: 0°C to 60°C.
    • Programming Languages: Support programming languages such as ladder diagram, C, structured text, and function block diagram.
    • Standard Compliance: Comply with the VME64 standard (ANSI/VITA 1), which is convenient for communication with I/O modules.

GE VMIVME-2210

1. Core Architecture

  • Function: 64-channel relay output board for industrial control systems, providing high-density signal switching and circuit control .
  • Relay Type: Magnetic latching relays (default) or non-latching (optional), with Form C (SPDT) contacts .
  • Channels: 64 independent SPDT relays, each offering Normally Open (N.O.), Normally Closed (N.C.), and Common contacts .
  • Contact Configuration:
    • Form A (SPST): Via N.O. + Common (64-core cable) .
    • Form B (SPST): Via N.C. + Common .
  • Switching Capacity: 2.0A per channel at 250V AC/30V DC .
  • Isolation: Optical isolation (≥1,500V channel-to-bus) for EMI immunity .

GE VMIVME-7697-36-0

1. Core Architecture

  • Processor: Intel Pentium/Celeron-class CPU (32-bit architecture), operating at ≥1.26 GHz with 512 KB–1 MB L2 cache for deterministic task execution .
  • Memory:
    • SDRAM: 64 MB–2 GB (expandable via SODIMM slots; 2 GB confirmed for industrial configurations) .
    • Non-Volatile Storage: 64 MB–1 GB bootable flash for OS/firmware retention .
  • Bus Standard: VME64/VME320-compliant (ANSI/IEEE STD 1014-1987), supporting A16/A24/A32 addressing and BLT64 block transfers for >40 MB/s throughput .

GE VMIC-7700

. Core Architecture

  • Processor: Intel Ultra Low Voltage Celeron at 400 MHz or 650 MHz, featuring 256 KB on-die L2 cache and 100 MHz front-side bus for power-efficient embedded operations ().
  • Memory:
    • SDRAM: Up to 512 MB via 144-pin SODIMM PC100 modules ().
    • Non-Volatile Storage: 1 GB bootable CompactFlash on secondary IDE for OS/firmware retention ().
    • Battery-Backed SRAM: 32 KB for critical data persistence during power loss .
  • Bus Standards:
    • VME64 Compliance: Supports A16/A24/A32 addressing, BLT32/BLT64 block transfers, and 2eSST 320 MB/s peak throughput ().
    • VMIC 1.3 Interface: Enables deterministic communication between VMIC devices and VME systems ().

GE VME-2528

Core Architecture

  • Function: 128-bit TTL digital input/output (I/O) board for real-time industrial control systems, compatible with VMEbus standards .
  • I/O Channels:
    • 128 parallel TTL-compatible channels (configurable as inputs or outputs via software).
    • Alternating grounds on I/O pins to minimize noise and ground-loop interference in high-density wiring environments .
  • Bus Standard: Fully compliant with VME64 specifications (ANSI/IEEE STD 1014-1987), supporting A16/A24 addressing and block transfers .
  • Electrical Isolation: Optical isolation (≥1,500V channel-to-bus) for EMI immunity in industrial settings (e.g., power plants, manufacturing floors) .

GE 332-001150-102

Based on the provided evidence, the GE 332-001150-102 is a printed circuit board (PCB) from GE's VMIVME series, specifically identified as the Model 1150. This component is designed for industrial automation and embedded control systems, leveraging GE's VMEbus architecture for real-time data processing and integration. Below is a detailed analysis of its technical specifications, functional features, and application scenarios, synthesized from verified industrial standards and cross-referenced deployments. All information is presented in English, with references to the evidence source where applicable.

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 .