echnical specifications
Interface standards:
This module adopts the PXI interface standard and is compatible with the PXI platform. PXI is a modular measurement and control system architecture that has the advantages of high bandwidth, low latency, and scalability.
Switching ability:
Capable of high-throughput and low latency switching, capable of switching between channels in nanoseconds, suitable for high-speed testing and measurement applications that require fast switching.
Impedance and crosstalk:
Provide high impedance and low crosstalk switching paths to maintain signal accuracy and reliability. Provide high impedance in an open circuit state to reduce interference and impact on the signal.
Multi channel switch:
Supports multi-channel switching function, allowing for simultaneous switching of multiple independent channels. Each channel has independent control and switching functions, achieving parallel operation of multiple channels.
Functional characteristics
High density matrix switch:
Capable of flexible connection and switching between multiple input and output channels to meet different testing and measurement needs.
Software support:
Equipped with corresponding software support, including NI-SWITCH drivers and LabVIEW programming environment. These software tools provide rich functionality and development resources, making it convenient for users to configure, control, and process data.
High impedance and low crosstalk:
It ensures the stability and accuracy of the signal during transmission, and reduces interference between signals.
Flexibility:
The design is flexible and can adapt to various testing scenarios and requirements, supporting switching and routing of multiple signal types.
Application scenarios
ABB 3BHL000391P0101 high-density matrix switch modules are widely used in the following fields:
Automatic Test Equipment (ATE):
In the ATE system, this module can achieve automatic signal switching and routing, improving testing efficiency and accuracy.
Communication testing:
In the development and testing of communication equipment, it is used to simulate and test various signal transmission scenarios to ensure the reliability and stability of the equipment.
Semiconductor testing:
In semiconductor manufacturing and testing processes, it is used to achieve complex signal routing and switching, meeting high-precision and high reliability testing requirements.
Other areas that require flexible signal switching:
This module can provide efficient and accurate signal switching and routing solutions, such as multi-channel testing, vector signal routing, multi-channel data acquisition, etc.