National Instruments NI SCXI-1121 Input Modules

Description

SCXI-1121 is a module produced by National Instruments (NI), mainly used for data acquisition, signal conditioning, and precise motion control. The following is detailed information and features about SCXI-1121:

Product type and function:
SCXI-1121 is a servo driver module belonging to the SCXI (Signal Conditioning eXtension for Instrumentation) module series.
It is mainly used to safely transmit small electrical signals from one circuit to another, while isolating and amplifying these signals for accurate data analysis and processing.
It can also serve as a universal input module for multiplexing channels into a channel for data acquisition instruments.
Main features:

High precision control: Adopting advanced control algorithms and hardware, it can achieve high-precision position, speed, and torque control.
Multiple control modes: Supports various control modes such as position control, speed control, and torque control.
Programmability: With programmability, parameter settings and function customization can be achieved through programming or configuration software.
High speed data transmission: Supports high-speed data transmission and can receive and send data in real-time.
Good compatibility: Compatible with NI SCXI module chassis and can be used together with other SCXI modules.
Easy to use: With an easy-to-use user interface and software, it facilitates user configuration, operation, and management.
Technical specifications:
Input signal range: Supports signal input from millivolts to ± 250V.
Number of channels: With 4 channels.
Calibration: NI recommends calibrating the module once a year.
Output range: ± 5 (specific output range may vary depending on configuration and application scenario).
Application field:
Automation system: embedded in automation systems, used to control and regulate mechanical equipment, robots, etc.
Laboratory instruments: Control the movement of laboratory instruments in the laboratory environment, such as precision instruments, microscopes, etc.
Manufacturing and processing: Control industrial machinery and equipment, such as CNC machine tools, in the field of manufacturing and processing.
Medical equipment: Control the movement of medical equipment in the medical industry, such as medical imaging equipment, surgical robots, etc.
Aerospace: Applied to aircraft and satellites in the aerospace field, achieving precise positioning and control.
Research and Development: Used for various research and development projects, including robot research, new material research, etc.