NI PCI-6713 AO Series

Product name: PCI-6713 NI

Application scenario: Suitable for Factory Automation, Process Control, Robotics, and Research Development environments requiring high-precision analog output signals

Core function description:

The NI module mainly implements high-speed, multi-channel analog output signal generation to support efficient communication between data acquisition systems and precision control devices such as actuators and servo drives.

Technical parameters:

– Communication rate range: Up to 1 MS/s per channel

– Interface types and quantities: PCI interface, 8 analog output channels, 2 digital trigger input channels

– Power supply and power consumption: 5 V DC from PCI slot, typical power consumption 4 W

– Installation and compatibility: PCI form factor, compatible with standard PCI slots on industrial PCs and embedded systems

– Supported protocol list: N/A (signal generation module)

Featured functions:

– Programming and configuration capabilities: Compatible with NI-DAQmx driver and LabVIEW for flexible signal generation and control

– Fixed upgrade method: Firmware upgrades via NI software utilities over PCI interface

– Data communication mode: Continuous and finite waveform output with hardware-timed synchronization

– Integrated management function: Onboard diagnostics and status LEDs for channel activity and error reporting

– Animation design features: Supports waveform sequencing and user-defined waveform libraries for dynamic signal generation

– Time synchronization features: Synchronization with external clocks using digital trigger inputs and software-timed synchronization for multi-device coordination

Application advantages: High precision, low noise analog output with flexible waveform generation capabilities enhances control accuracy and system responsiveness in demanding industrial automation tasks. Robust PCI interface ensures seamless integration with existing industrial PC platforms.

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The above parameters are for reference only. Please contact our technical team for precise selection.