GPIB-140A-4 is a product offered by National Instruments (NI), specializing in the field of test, measurement, and automation. This device is a key component in various industrial and scientific applications, providing a robust and reliable interface for data acquisition and control.
Product Details:
GPIB-140A-4 serves as a General Purpose Interface Bus (GPIB) controller, connecting computers with instruments and devices for seamless communication. Its compact design and modular nature allow for easy integration into existing systems.
Specifications & Parameters:
Interface Compatibility: GPIB-140A-4 is compatible with standard GPIB communication protocols, such as IEEE-488.2, enabling high-speed data transmission and control commands between computers and instruments.
Performance: This module offers high-performance data transfer rates, ensuring efficient and accurate data acquisition.
Expansion Capabilities: GPIB-140A-4 can extend the cable length of a GPIB system by up to 1000 meters, without compromising the integrity of the GPIB signal. Additionally, it can increase the maximum number of GPIB devices in a system from 15 to 26.
Functionality:
GPIB-140A-4’s functionality extends beyond basic communication, offering intelligent processing capabilities such as configuring input defaults and reporting faults. Its LED indicators provide real-time status updates, facilitating system monitoring and troubleshooting.
Application Fields:
GPIB-140A-4 finds widespread application in various industries and research fields, including test and measurement systems, scientific research laboratories, manufacturing and production testing, medical equipment testing, semiconductor testing, and aerospace and defense applications. Its ability to extend GPIB signals over long distances and connect multiple devices makes it a valuable asset in complex systems that require precise and reliable data acquisition and control.
In summary, GPIB-140A-4 is a highly versatile and powerful GPIB controller from National Instruments, designed to meet the demands of modern industrial and scientific applications. Its robust performance, compatibility, and expansion capabilities make it a reliable choice for a wide range of data acquisition and control tasks.
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