NI PXI-8186 High-Speed Data Acquisition Module for Industrial Control Systems
The NI PXI-8186 is a high-performance controller module designed for advanced data acquisition and control applications in industrial automation systems. It provides reliable performance with precise control and measurement capabilities.
Brand:National Instruments
Model:PXI-8186
Communication Protocol:PCI Express Gen3
Data Rate:Up to 8 Gbps
Interface:PCI Express x8
Power Supply:3.3V
Operating Temperature Range:-40°C to +85°C
Size:120 mm x 95 mm x 25 mm
Weight:150g
The National Instruments PXI-8186 Digital Communication Module is an essential component for any system that requires high-speed data transfer in industrial automation and test & measurement environments. Designed with precision and reliability in mind, this module provides seamless integration into existing PXIe chassis, offering up to 1.85 Gbps per lane and supporting up to four lanes for versatile connectivity options.
Key Features:
– Advanced synchronization capabilities ensure precise timing across multiple modules.
– Compact design adheres to standard PXIe form factor, making it easy to install and upgrade.
– Low power consumption ensures efficient operation in even the most energy-conscious environments.
– Wide operating temperature range makes it suitable for harsh industrial settings.
– PXIe connector compatibility allows for easy connection to other PXIe modules.
Installation and Use:
The PXI-8186 can be effortlessly installed into any compliant PXIe chassis, providing immediate access to its high-speed data transfer capabilities. Users can leverage its advanced synchronization features to coordinate with other components within the same system, ensuring synchronized operations and data transfers.
Buyer’s Guide:
This module is ideal for engineers and system integrators looking to enhance their test systems with reliable, high-speed data transfer. Whether you’re building a new test setup or upgrading an existing one, the PXI-8186 is a robust choice that delivers on performance and flexibility.
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