Digital guide
You are here:
Detailed content
Technical Specifications
Product Type: High-bandwidth matrix switch module
Series: PXI series
Signal Routing & Switching: Offers high-speed, high-density signal routing and switching capabilities
Bandwidth: Supports high-bandwidth signal transmission, suitable for applications requiring fast and precise signal routing
Switch Channels: Features high-density switch channels, allowing simultaneous connection of multiple signal sources and receivers
Matrix Configurations: Provides multiple matrix configuration options for flexible channel switching and connection
Functional Features
High-speed & High-density Routing: Enables rapid and efficient signal routing, ideal for testing and measurement systems requiring fast and precise signal management.
Customizable Channel Configurations: Users can customize channel configurations based on their testing needs, ensuring flexibility and adaptability to various signal routing requirements.
Low Insertion Loss & High Isolation: Utilizes high-quality switching elements and design, achieving low insertion loss and high isolation, which ensures signal transmission accuracy and reliability while minimizing signal loss and crosstalk.
Programmable Control: The module can be controlled via programming, supporting multiple programming interfaces and software platforms such as LabVIEW, C/C++, and Python, facilitating automation and integration in testing and measurement applications.
PXI Platform Compatibility: Fully compatible with other PXI modules and devices, allowing for seamless integration and expansion with other instruments and systems to build more complex and versatile test platforms.
Application Scenarios
ABB UFC921A101 is ideally suited for a wide range of testing and measurement applications where high-speed, high-density signal routing and switching are crucial. These include but are not limited to:
Automated Test Equipment (ATE): Used in automated test systems for electronic devices, components, and systems, facilitating efficient testing and validation processes.
Semiconductor Testing: Enables precise signal routing and switching during wafer and chip testing, supporting the semiconductor manufacturing process.
Communication Systems Testing: Utilized in testing communication systems and devices, ensuring signal integrity and performance during transmission and reception.
Research & Development Labs: Provides a flexible and reliable signal routing solution for R&D environments, facilitating experimentation and prototype development.
