SCXI-1193 32 channel RF multiplexer switch module

SCXI-1193 is a high-density, 32 channel RF multiplexer switch module produced by National Instruments (NI). It is usually used to connect data acquisition devices and sensors or actuators to achieve signal transmission and data acquisition. This module has high flexibility and durability, making it suitable for various industrial and laboratory environments.

The main function of SCXI-1193 is to achieve switching and multiplexing of multiple signals in measurement and testing applications. It allows users to quickly switch between multiple measurement channels, thereby achieving multiplexing of multiple signal sources. In addition, it may have a high bandwidth and is suitable for applications that require measurement and analysis of high-frequency signals.

The design of the SCXI-1193 module enables it to have multiple configuration modes, which can be configured as an unterminated multiplexer, an externally terminated multiplexer, or a sparse matrix of different sizes. This design provides high flexibility and convenience in wiring and connection, while also ensuring signal stability and reliability. In addition, the module has a slot that utilizes high-density push in MCX connectors for discrete but manageable wiring, further enhancing its wiring capabilities.

In addition, SCXI-1193 is designed to integrate with high-frequency devices such as PXI-5404 frequency generators and PXI-5112 high-speed digital converters. This means that it can play an important role in various high-frequency applications, such as wireless communication, radar systems, electronic warfare, and other fields.

This module also has high programmability and can be configured into various topologies through programming, such as four channel 8 x 1 multiplexers, four channel 4 x 1 terminated multiplexers, dual channel 16 x 1 multiplexers, dual channel 8 x 1 terminated multiplexers, 32 x 1 multiplexers, 16 x 1 terminated multiplexers, and independent modules. This high degree of programmability enables it to meet various complex and diverse application needs.

In addition, the hardware of SCXI-1193 and NI is usually tightly integrated with LabVIEW software, which is a graphical programming environment that can be used for data acquisition, instrument control, and testing automation. Therefore, SCXI-1193 can collaborate with LabVIEW software to provide users with powerful data collection and testing capabilities.