Technical Specifications

1. Interface Standard:
   • GPIB Standard: IEEE 488.2
2. Connector:
   • Type: 24-pin female GPIB connector (also known as a GPIB/IEEE 488 connector)
3. Communication:
   • GPIB Controller: Integrated GPIB controller for communication with GPIB-compatible instruments
   • Data Transfer Rate: Supports standard GPIB data transfer rates up to 1 MB/s
4. Software Support:
   • Drivers: NI-488.2 driver software, compatible with Windows operating systems
   • Development Environments: Supported by NI LabVIEW, LabWindows/CVI, and other National Instruments development environments
5. Compatibility:
   • PXI Compliance: Fits into standard PXI slots
   • GPIB Compatibility: Compatible with IEEE 488.1 and IEEE 488.2 standards
6. Power Requirements:
   • Power Supply: Supplied through the PXI chassis
   • Power Consumption: Typically low power consumption, relying on the PXI chassis power supply
7. Physical Dimensions:
   • Form Factor: 3U PXI module
   • Dimensions: Approximately 128.4 mm x 40.6 mm x 160.0 mm (W x H x D)
8. Temperature Range:
   • Operating Temperature: 0°C to 55°C
   • Storage Temperature: -20°C to 70°C

Key Features

1. GPIB Interface: Provides a GPIB interface for communication with a wide range of instruments, such as oscilloscopes, multimeters, and signal generators.
2. High Data Transfer Rate: Supports fast data transfer rates up to 1 MB/s, which is adequate for many measurement and automation tasks.
3. Ease of Integration: Easily integrates into PXI systems, allowing for efficient expansion of measurement and control capabilities.
4. Software Compatibility: Works seamlessly with National Instruments’ software environments, making it easy to incorporate GPIB communication into automated test systems.
5. Robust Design: Built to meet PXI standards, ensuring reliability and durability in a variety of test and measurement setups.

Applications

1. Automated Test Systems: Ideal for incorporating GPIB-compatible instruments into automated test systems where PXI-based solutions are used.
2. Instrumentation Control: Facilitates control and communication with legacy GPIB instruments in research, development, and production environments.
3. Data Acquisition: Useful for acquiring data from GPIB-based measurement devices, allowing for data logging and analysis in various scientific and engineering applications.
4. System Integration: Enables the integration of GPIB instruments with modern PXI systems, bridging the gap between older and newer technology.