NI SCXI-1000 | signal conditioning chassis

NI SCXI-1000 signal conditioning chassis

· There are usually multiple slots available for inserting signal conditioning modules, typically 8 or more, providing users with flexible module expansion space and facilitating 

the addition of different signal conditioning modules according to specific testing needs, such as SCXI-1104C, to achieve various signal conditioning functions.

· This multi slot design allows the chassis to serve as a central platform for signal conditioning. Users can integrate multiple signal conditioning functions into the chassis 

based on different signal sources and measurement tasks, improving the flexibility and adaptability of the system.

· The chassis will provide corresponding power supply to provide the required power for the signal conditioning module inserted into it. The specifications of the power supply 

are usually designed based on the overall load of the chassis, which can meet the power requirements of multiple signal conditioning modules working simultaneously and 

ensure the stable operation of the modules.

· The power supply has a certain voltage range and power, generally providing stable DC power supply, and may have power protection functions such as overvoltage, 

overcurrent, short circuit protection, etc., to prevent damage to the modules inside the chassis due to abnormal power supply.

· Usually has interfaces for communication with external devices, such as connecting to data acquisition devices or computers through a backplane to transmit conditioned 

signals. Common communication methods include GPIB USB、 Ethernet and other technologies allow users to choose appropriate communication interfaces based on their 

system configuration and requirements, facilitating data transmission and system integration.

· The communication interface may support different transmission rates to meet the data transmission requirements of different application scenarios, ensuring that the 

signal conditioned data can be transmitted to subsequent data acquisition or analysis devices in a timely and accurate manner.

· The chassis has a certain size, and its design usually considers space utilization and heat dissipation issues. It has a compact appearance, making it easy to install in testing 

equipment in laboratories or industrial environments.

· It has a sturdy casing to ensure that the signal conditioning module inside the chassis is well protected under different environmental conditions, while also having good 

heat dissipation performance to ensure that the modules inside the chassis will not be affected by overheating during long-term operation.