PCI-7352

Description

The National Instruments PCI-7352 Motion Controller Device, designated by part number 778440-02, is a versatile Stepper/Servo Motion Controller that supports up to 2 axes and is designed for a variety of motion applications. Its control capabilities include advanced options such as point-to-point, circular, linear, gearing, and vector space control, enabling precise and coordinated motion trajectories.

This device is equipped with eight 16-Bit Analog-to-Digital (A/D) converters and provides multiple connectivity options with 2 x 68-pin female high density VHDCI I/O connectors. It offers 8 analog inputs and eight 8-bit digital I/O ports to cater to a wide range of data acquisition and control tasks.

The PCI-7352 is energy efficient with a power consumption of 18 W and features an innovative buffered breakpoints capability that can trigger signals at rates up to 2 kHz for precise timing between measurements. It also boasts static-friction compensation to ensure smooth operation, particularly in piezoelectric systems where high static friction can be problematic.

With a rapid PID update rate of up to 62.5 µs, the PCI-7352 Motion Controller is capable of responding quickly to changes in system dynamics, providing users with high-performance motion control. To operate, it requires the MID-7602 Stepper Motor Drive (part numbers 778003-01 and 778003-05), which ensures compatibility and seamless integration with stepper motor systems.

Question 1: What advanced control capabilities does the National Instruments PCI-7352 Motion Controller device offer for precise motion trajectories?
Answer 1: The National Instruments PCI-7352 Motion Controller offers precise control capabilities such as point-to-point, circular, linear, gearing, and vector space control for coordinated motion trajectories, and it ensures smooth operation in systems with high static friction through its static-friction compensation feature.

Question 2: What kind of motion control capabilities does the National Instruments PCI-7352 Motion Controller offer and what are the specifications and requirements for its operation and compatibility?
Answer 2: The National Instruments PCI-7352 Motion Controller Device provides advanced control capabilities including point-to-point, circular, linear, gearing, and vector space control, which facilitate precise and coordinated motion trajectories by allowing for complex motion patterns and synchronization between multiple axes.

Question 3: What advanced control capabilities are provided by the National Instruments PCI-7352 Motion Controller Device, and how do these features facilitate precise motion trajectories?
Answer 3: The National Instruments PCI-7352 Motion Controller offers advanced motion control capabilities including point-to-point, circular, linear, gearing, and vector space control for up to 2 axes, and it requires the MID-7602 Stepper Motor Drive for operation. It is equipped with eight 16-Bit A/D converters, two 68-pin VHDCI connectors, 8 analog inputs, eight 8-bit digital I/O ports, and features a power consumption of 18 W, a PID update

Question 4: What type of motion applications is the National Instruments PCI-7352 Motion Controller Device designed for, and which specific features enable its precise and coordinated motion trajectories?
Answer 4: The National Instruments PCI-7352 Motion Controller device offers advanced control capabilities such as point-to-point, circular, linear, gearing, and vector space control for precise and coordinated motion trajectories.

Question 5: What are the precise control capabilities of the National Instruments PCI-7352 Motion Controller, and how does it ensure smooth operation in systems with high static friction?
Answer 5: The National Instruments PCI-7352 Motion Controller Device is designed for various motion applications, including point-to-point, circular, linear, gearing, and vector space control, which enable precise and coordinated motion trajectories through its advanced control capabilities.