Key benefits - Reliable GPIB bus connectivity: a 24-wire cable with two iron shell plugs for robust IEEE-488 instrument linking. - Durable construction: metal housing and connector anti-oxidation treatment to maintain signal integrity; soft PVC jacket for flexible routing and resistance to breakage. - Clear bus interface: bidirectional transmission using bit-parallel data paths and serialized control signals, in a bus mode configuration. - High performance and compatibility: complies with the GPIB standard, supports high-speed data transmission, and reaches up to 20 meters in length for flexible instrument layouts. What is included and how it works - Cable composition: 24-wire cable with two iron shell plugs. Each iron shell plug consists of a 24 core plug and a 24 core female connector. - Build quality: metal housing provides durability and corrosion resistance; connectors are designed to maintain reliable connections over time. - Flexibility and protection: soft PVC wire jacket enables easy bending and reduces the risk of breaking during installation. - Interface and signaling: supports bidirectional signal transmission based on bit-parallel and byte-serial methods, using bus mode for multi-instrument communications. Specifications and compatibility - Standard: GPIB (IEEE-488) compliant cable - Conductors: 24 - Transmission distance: maximum 20 meters - Connectors: iron shell plugs, each with a 24 core plug and a 24 core female connector - Interface: bidirectional bus, bit-parallel data lines with serialized control signaling - Construction: metal housing, anti-oxidation connectors, soft PVC jacket Use scenarios - Automated test benches: connect a GPIB controller to multiple IEEE-488 instruments to run automated measurement sequences and data logging. - Instrument integration: link oscilloscopes, spectrum analyzers, function generators, and other GPIB-enabled devices to a PC or controller for synchronized control and data acquisition. - Manufacturing and quality testing: establish high-speed, reliable data transmission between test equipment and data acquisition systems in production lines. Notes - The cable is designed to meet GPIB standards while emphasizing durability and ease of installation, suitable for environments requiring reliable, multi-instrument communication over non-trivial distances.