The SCXI-1193 is a radio frequency multiplexing switch module manufactured by National Instruments. It is a high-density, 32-channel RF multiplexer switch module that can be configured as an unterminated multiplexer, an externally terminated multiplexer, or a sparse matrix of various sizes. Each configuration can withstand signal frequencies from DC to more than 500 MHz. The module has a slot and utilizes high-density pusher MCX connectors for discrete but manageable wiring. It is designed for integration with high frequency instruments such as PXI arbitrary waveform generators and PXI oscilloscopes.
The advantages of SCXI-1193 include:
High-density design: The module has 32 channels that can process multiple signals at the same time, and each channel supports signal frequencies from DC to more than 500 MHz, making it widely used in a variety of high-frequency devices.
Easy to configure and use: The module can achieve different configurations through simple Settings, such as unterminated multiplexers, externally terminated multiplexers or sparse matrices of various sizes, and each configuration has a clear identification, easy to configure and use quickly.
High reliability: The module uses highly reliable MCX connectors for discrete wiring, making signal transmission more stable and reliable.
Applicable to a variety of application scenarios: The module can be applied to a variety of application scenarios requiring multiplexed switches, such as real-time simulation systems, control systems, data acquisition systems, etc.
Integration with a variety of instruments: The module can be integrated with PXI arbitrary waveform generator, PXI oscilloscope and other high-frequency instruments to achieve more efficient data acquisition and control.
In summary, the SCXI-1193 is a high density, easy to configure and use, highly reliable multiplexed switching module for a variety of application scenarios, can be integrated with a variety of high-frequency instruments, improve the efficiency of data acquisition and control.
The SCXI-1193 is a high-density, 32-channel RF multiplexer switch module manufactured by NI (National Instruments Corporation). The module can be configured as an unterminated multiplexer, an externally terminated multiplexer, or a sparse matrix of various sizes, capable of withstanding signal frequencies from DC to more than 500 MHz. It features a slot and utilizes high-density propulsive MCX connectors for discrete but easily managed wiring.
Key features of SCXI-1193 include:
High density design: can be configured for a variety of topologies, such as four-way 8 x 1 multiplexer, four-way 4 x 1 terminal multiplexer, etc.
Wide frequency range: Suitable for signal frequencies from DC to 500 MHz.
Easy cabling and management: Discrete cabling with high-density propulsive MCX connectors for easy management.
Suitable for a variety of instrument integration: It can be integrated with high frequency instruments such as PXI-5404 frequency generator and PXI-5112 high-speed digitizer.
In summary, the SCXI-1193 is a high-performance, high-density RF multiplexer switch module suitable for a variety of application scenarios, such as scientific experiments, test and measurement, automation control, data recording and monitoring.
The functions of SCXI-1193 include:
Achieve multiple multiplexer configurations: The SCX-1193 can implement a variety of topologies, such as four-way 8x1 multiplexer, four-way 4x1 end multiplexer, dual-way 16x1 multiplexer, etc.
Support for multiple cable types: The module can be used with a variety of different cables, including MCX-MCX cables, MCX-BNC cables, MCX-SMB cables or MCX-SMA cables.
High-density design: The SCX-1193 uses a high-density design to facilitate compact wiring.
Suitable for multiple instrument integrations: The module can be integrated with high frequency instruments such as the PXI-5404 frequency generator and the PXI-5112 high speed digital converter.
High data acquisition rate: The SCX-1193 has a high data acquisition rate, which can meet the data acquisition requirements of high-frequency equipment.
Overall, the SCX-1193 is very feature-rich and can be used in a variety of different application scenarios.
Applications of the SCX-1193 include:
High frequency instrument integration: SCX-1193 can be integrated with high frequency instruments such as PXI-5404 frequency generator and PXI-5112 high-speed digital converter for the acquisition and processing of high frequency signals.
Signal multiplexing and division: The SCX-1193 can realize the function of signal multiplexing and division, combining multiple signals into one signal output, or splitting a signal into multiple signal outputs.
Data Acquisition: The SCX-1193 can be used for data acquisition applications, such as in scientific experiments, test and measurement, automated control, data recording and monitoring.
Automation control: The SCX-1193 can be used in automation control applications, such as in robotics, automated production lines, etc.
Networked monitoring: The SCX-1193 enables networked monitoring, such as monitoring and control of power systems.
In general, SCX-1193 can be widely used in various fields requiring high-frequency signal processing, data acquisition, automated control and networked monitoring.
When the SCXI-1193 is used as a multiplexing switch in a real-time simulation system, a variety of different topologies can be implemented, such as a four-way 8 x 1 multiplexer, a four-way 4 x 1 terminal multiplexer, and a dual-way 16 x 1 multiplexer. These topologies are suitable for different application scenarios, for example, a four-way 8 x 1 multiplexer can be used to achieve eight channels of signal acquisition and control, and a two-way 16 x 1 multiplexer can be used to achieve two channels of signal acquisition and 16 channels of control.
In the control system, SCXI-1193 can be used as a part of the controller, by collecting the input signal of the control system, processing the signal according to the preset program logic and output the control signal, so as to realize the accurate control of the controlled object. For example, in the motor control system, SCXI-1193 can collect the position and speed signal of the motor, compare the collected signal with the preset position and speed reference value, and output the corresponding control signal according to the comparison result to adjust the running state of the motor.
In addition, the SCXI-1193 can be integrated with other instruments or devices for more efficient data acquisition and control. For example, the SCXI-1193 can be integrated with the PXI arbitrary waveform generator or the PXI oscilloscope to achieve the acquisition and control of high-frequency signals. At the same time, SCXI-1193 also supports a variety of different communication protocols, such as Modbus/TCP, Profinet IO, etc., and can communicate data and exchange information with other devices.
In short, SCXI-1193 can realize a variety of different application scenarios in the control system, such as motor control, robot control, precision instrument control, etc. By integrating with other devices and configuring different topologies, the requirements of different control systems can be met.
