GPIB-140A/2 features:
GPIB interface: With a GPIB interface, it can connect to various instruments and devices that support GPIB standards, such as oscilloscopes, signal generators, multimeters, etc.
High speed data transmission: Supports high-speed data transmission, ensuring the efficiency and reliability of instrument control and data acquisition.
Multi device connection: The GPIB interface allows for the connection of multiple instruments and devices, allowing users to control multiple devices simultaneously, improving work efficiency.
Automated testing: commonly used in automated testing systems, it can perform automated testing and measurement tasks, reducing the complexity of manual operations.
Programming support: Typically supports various programming languages such as LabVIEW C/C++, Python, etc., make it easy for users to write control and data collection applications.
GPIB-140A/2 application areas:
Testing and measurement: widely used in the fields of electronics, telecommunications, manufacturing, and scientific research for testing and measurement applications.
Data collection: can be used to collect data from various sensors and instruments for experimentation, monitoring, and analysis.
Automated production: Perform automated testing and control operations on the production line to ensure product quality and consistency.
Scientific research: Control and measure various experimental equipment in a laboratory environment.
Communication testing: used to test and verify the performance of communication equipment, such as network analyzers, spectrum analyzers, etc.
GPIB-140A/2 Extension Features:
There is also its extender version, such as the GPIB-140A fiber GPIB extender, which can further expand the transmission distance of the GPIB interface and the number of connected instruments.
By using fiber optic connections, the extender can transmit data over longer distances, with higher bandwidth and anti-interference performance.
The extender can also increase the maximum number of GPIB devices in the system from 15 to 26, making it possible to use GPIB interfaces in larger systems.
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