• SCXI-1104C  Digital signal processing board   Multiple signals can be collected simultaneously
  • SCXI-1104C  Digital signal processing board   Multiple signals can be collected simultaneously
  • SCXI-1104C  Digital signal processing board   Multiple signals can be collected simultaneously
  • SCXI-1104C  Digital signal processing board   Multiple signals can be collected simultaneously
  • SCXI-1104C  Digital signal processing board   Multiple signals can be collected simultaneously
  • SCXI-1104C  Digital signal processing board   Multiple signals can be collected simultaneously

SCXI-1104C Digital signal processing board Multiple signals can be collected simultaneously

No.SCXI-1104C
** Product Name :** NI SCXI-1104C Module ** Description :** NI SCXI-1104C module is a versatile data acquisition device designed for high-performance measurement in compact form factor.
  • SCXI-1104C  Digital signal processing board   Multiple signals can be collected simultaneously
  • SCXI-1104C  Digital signal processing board   Multiple signals can be collected simultaneously
  • SCXI-1104C  Digital signal processing board   Multiple signals can be collected simultaneously
Desciption
The SCXI-1104C is a digital signal processing board manufactured by National Instruments (NI) with high performance digital signal processing capabilities. It is commonly used in various industrial automation applications where digital signals need to be collected, processed and analyzed.

With multiple signal interfaces, the SCXI-1104C can simultaneously collect multiple signals, and has high-speed, high-precision data acquisition and processing capabilities. It is also programmable and extensible, and can be set parameters and customized functions through programming or configuration software, and extended and connected with other modules or devices.

In addition, the SCXI-1104C also has the ability to monitor and control various physical quantities in real time, which is widely used in various application scenarios requiring precise control and stable power supply, such as industrial automation, sensor interfaces, laboratory measurements, etc.

In summary, the SCXI-1104C is a powerful, high-performance digital signal processing board suitable for a variety of industrial automation applications requiring the acquisition, processing and analysis of digital signals.

The SCXI-1104C is a powerful, high-performance digital signal processing board with the following benefits:

High performance: It can realize high-precision acquisition and processing of analog and digital signals, and is suitable for a variety of complex measurement tasks.
Versatility: Can be configured for different acquisition modes, such as single point, multi-point, scan, etc., can also be configured according to the need for different signal input range and gain.
Flexibility: Supports a variety of different signal types, such as voltage, current, resistance, etc., and can also be customized through software configuration and control.

Reliability: The use of high-quality hardware and software technology, can operate stably in harsh working environments, with high reliability and stability.
Scalability: More complex data acquisition and processing tasks can be achieved by adding modules and equipment from other NI companies.
However, the SCXI-1104C also has some disadvantages:

Higher price: The price of the SCXI-1104C may be higher relative to other similar products, which may increase the cost of the overall system.
Complex configuration: While it is powerful and flexible, it also means that configuration and use can be relatively complex, requiring a certain amount of specialized knowledge and skills.
Maintenance difficulties: Due to its high degree of modularity and specialization, specialized technical support may be required for routine maintenance and troubleshooting.
In summary, SCXI-1104C has the advantages of high performance, versatility, flexibility, reliability and scalability, but it also has some disadvantages such as high price, complex configuration and difficult maintenance.