IEEE-488 GPIB 8 Port Multi-Tap Bus Strip - Organize Your GPIB System
IEEE-488 GPIB 8 port multi-tap bus strips support organized signal distribution in test and measurement environments where multiple instruments share a common interface through a centralized connection point. Featuring eight GPIB receptacles wired in parallel within a fully shielded steel housing, these bus strips eliminate connector stacking while reducing cable congestion and EMI/RFI interference in laboratory and industrial settings. Compact 11.2 x 3.5 inch form factor supports benchtop or rack-adjacent installations for DAQ, instrument control, and test and measurement applications.
For comprehensive GPIB signal distribution solutions, explore our Patch Panels/Racks GPIB - GPIB Multi-Tap Bus Strip category, featuring multi-tap bus strip configurations designed for organized instrument connectivity, cable management, and repeatable interface connections in DAQ and test and measurement environments.
Related Categories:
- IEEE-488 GPIB 4 Port Multi-Tap Bus Strip - Organize Your GPIB System
- IEEE-488 GPIB 4 Port Multi-Tap Bus Strip with Input Receptacle - Organize Your GPIB System
FAQs
What is an IEEE-488 GPIB 8 port multi-tap bus strip used for?
L-com IEEE-488 GPIB 8 port multi-tap bus strip is designed to support organized signal distribution in test and measurement environments where multiple instruments must share a common interface. This unit helps reduce cable congestion by providing a centralized connection point, allowing equipment to be added or replaced without stacking connectors. It is commonly used in DAQ, instrument control, and test and measurement setups that require stable and repeatable connections.
How many GPIB instruments can connect to the 8 port bus strip?
L-com GPIB 8 port bus strip includes eight GPIB receptacles wired in parallel, allowing efficient expansion of connected instruments while maintaining consistent signal paths. The parallel wiring design supports simplified system layout and helps reduce mechanical stress on individual connectors. By eliminating bulky connector stacking, the bus strip helps minimize the risk of connector damage during frequent equipment changes in DAQ and instrument control environments.
What EMI and RFI protection does the GPIB 8 port bus strip provide?
The housing is constructed from fully shielded steel to help protect connected equipment from EMI and RFI commonly present in laboratory and industrial environments. This shielded construction helps maintain consistent signal paths across eight parallel GPIB receptacles in electrically noisy test and measurement environments. The beige enclosure finish supports clear visibility in controlled workspaces where organized instrument connectivity is required.
What are the physical specifications of the GPIB 8 port bus strip?
L-com offer GPIB 8 port bus strip with a compact form factor measuring 11.2 inches in width and 3.5 inches in height, supporting benchtop or rack-adjacent installations. With a total weight of approximately 1.06 lbs, the unit is easy to position without adding unnecessary load to work surfaces. The compact dimensions and lightweight construction support flexible placement in DAQ, instrument control, and test and measurement setups.
How is the IEEE-488 GPIB bus strip mounted?
L-com provide a IEEE-488 GPIB bus strip that can be mounted using the supplied rubber feet for desktop placement or brackets for fixed installations, offering flexibility based on system layout requirements. This mounting flexibility supports both temporary benchtop configurations and permanent rack-adjacent installations in laboratory and industrial environments. The supplied mounting options allow the bus strip to be positioned appropriately for organized signal distribution in shared instrument systems.
What applications benefit from GPIB 8 port multi-tap bus strips?
L-com GPIB 8 port bus strip is well suited for applications requiring clean cable management and reliable interface organization in shared instrument systems. Common applications include DAQ systems, instrument control setups, and test and measurement environments where multiple instruments must share a common IEEE-488 interface. The centralized connection point allows instruments to be added or replaced without stacking connectors, supporting repeatable connections in laboratory and industrial installations.
Need assistance selecting the right GPIB bus strip for your test and measurement or DAQ system configuration? Our engineering team provides expert technical guidance on GPIB port requirements, mounting configurations, shielding specifications, and signal distribution layouts for your specific instrument control and test environment requirements.
Contact Sales: Sales@L-com.com
Product Technical Support: techsupportrf@infiniteelectronics.com
L-com offers a wide selection of in-stock bus strips to support organized signal distribution in test and measurement environments for domestic and international shipping.
