NI SCX1-1193 | RF multiplexer switch module

NI SCX1-1193 RF multiplexer switch module.

· The working voltage is 24VDC, which can adapt to various power supply environments.

· The signal frequency range is from DC to over 500MHz, which can meet the processing requirements of high-frequency signals.

· With 32 I/O channels, it can achieve multiplexing and switching of multiple signals.

· The external dimensions are 3.5 inches x 5.65 inches x 1.62 inches, with a weight of 0.55 pounds. The compact structure is easy to install and use in environments with 

limited space.

· The ambient temperature range is -40 ° C to 70 ° C, and the ambient humidity is 5% to 95% non condensing, which can adapt to harsh industrial environments

· High frequency instrument integration: specifically designed for integration with high-frequency instruments such as PXI arbitrary waveform generators and PXI oscilloscopes, 

it can serve as a key component for signal switching and routing, enabling efficient transmission and sharing of signals between different instruments, and improving the 

flexibility and functionality of the testing system.

· Signal topology configuration: It can achieve various topology structures such as four 8x1 multiplexers, four 4x1 terminating multiplexers, dual 16x1 multiplexers, dual 8x1 

terminating multiplexers, 32x1 multiplexers, 16x1 terminating multiplexers, and an independent module, to meet different testing and measurement needs and facilitate 

users to flexibly configure according to specific application scenarios.

· Multi channel signal processing: The design of 32 channels enables it to simultaneously process multiple signals. In applications that require switching, selecting, or 

combining multiple signal sources, such as communication system testing, radar signal processing, electronic equipment fault diagnosis, etc., it can effectively improve signal 

processing efficiency and system reliability.

· Data acquisition system: As a front-end signal conditioning and switching module in the data acquisition system, different signal sources can be connected to data 

acquisition cards or other measurement devices as needed to achieve rapid acquisition and analysis of multiple signals. It is widely used in data acquisition systems in 

industrial automation, laboratory research, aerospace and other fields.