Product Overview
The ACQUISITIONLOGIC AL81G ACQUISITIONLOGIC is a high-performance analog input module engineered for demanding data acquisition applications. This module is a core component within sophisticated test and measurement systems, designed to capture and digitize analog signals with exceptional speed and precision. Unlike standard I/O modules, the AL81G ACQUISITIONLOGIC is purpose-built for scenarios where high-fidelity signal capture is critical, such as in aerospace, automotive testing, and scientific research. It integrates seamlessly into standard chassis and platforms, providing a dense and reliable channel count for complex measurement tasks. The design of the AL81G ACQUISITIONLOGIC prioritizes signal integrity and throughput, ensuring that engineers and researchers can gather accurate data in real-time. This module represents a specialized solution for systems requiring robust data acquisition capabilities, embodying the technical excellence of the AcquisitionLogic brand. By converting real-world analog signals into clean, digital data streams, the AL81G ACQUISITIONLOGIC provides the essential link between physical phenomena and the control or analysis software, enabling informed decision-making and precise system control.
Technical Specifications
Main Features and Advantages
The ACQUISITIONLOGIC AL81G ACQUISITIONLOGIC is defined by its exceptional performance and robust feature set, making it an ideal choice for high-channel-count, high-speed data acquisition. Its primary advantage is its ability to deliver a high-resolution, 16-bit analog-to-digital conversion at a rapid sampling rate of up to 1 MS/s per channel. This capability allows for the precise capture of fast-changing signals, which is crucial for applications that require granular data for analysis and control.
Simultaneous Sampling: A key feature of the AL81G ACQUISITIONLOGIC is its true simultaneous sampling capability across all eight differential channels. This ensures that the phase relationship between all input signals is maintained, which is essential for applications such as modal analysis, multi-channel vibration testing, and power system monitoring. This feature eliminates the need for channel-by-channel sequential sampling, which can introduce timing inaccuracies. The wide operating temperature range of the AL81G ACQUISITIONLOGIC further enhances its versatility, allowing it to be deployed in harsh industrial and military environments without performance degradation.
Advanced Triggering and Synchronization: The AL81G ACQUISITIONLOGIC offers flexible triggering options, including digital and analog triggers, enabling users to precisely control when data acquisition begins or ends. It also supports complex system synchronization, allowing multiple AL81G ACQUISITIONLOGIC modules to operate in perfect harmony for scalable, high-channel-count systems. The module’s software-configurable input ranges and built-in calibration routines simplify setup and ensure measurement accuracy over time. With its rugged design and high-density channel count, the AL81G ACQUISITIONLOGIC delivers a cost-effective and powerful solution for even the most demanding test and measurement applications, providing a solid foundation for reliable data capture.
Application Field
The ACQUISITIONLOGIC AL81G ACQUISITIONLOGIC is a specialized tool for a wide array of demanding applications where high-speed, high-resolution data capture is essential. Its primary use is in the test and measurement sector, where it serves as a critical component in validation and verification systems.
In aerospace and defense, the AL81G ACQUISITIONLOGIC is used for real-time monitoring of flight test parameters, structural stress analysis on airframes, and validation of avionics and control systems. Its high sampling rate and precision are vital for capturing data from sensors under extreme conditions. Similarly, in the automotive industry, the AL81G ACQUISITIONLOGIC is deployed in vehicle testing for powertrain analysis, ride and handling assessments, and real-time validation of electronic control units (ECUs).
The module also finds significant application in scientific research and particle physics, where it is used in laboratory settings to digitize signals from sensors, detectors, and experimental apparatus. Its high-resolution capabilities are critical for capturing subtle signal variations for in-depth analysis. The AL81G ACQUISITIONLOGIC is also used in power grid monitoring and analysis, where it captures high-frequency transients and electrical events to ensure grid stability and optimize performance. Across these diverse fields, the AL81G ACQUISITIONLOGIC provides the reliable and accurate data that underpins innovation and operational excellence.
Related Products
The AL81G ACQUISITIONLOGIC is part of a modular test and measurement ecosystem. It is often used in conjunction with other modules and chassis:
- AL82G: A digital I/O module from the same series, used for controlling external devices based on acquired data.
- AL80G: A similar analog input module but with different specifications, often used for applications with lower sampling rate requirements.
- AL83G: A high-speed arbitrary waveform generator, used for signal generation in a closed-loop test system with the AL81G ACQUISITIONLOGIC.
- PXI-1042Q: A typical PXI chassis used to house the AL81G ACQUISITIONLOGIC and other test modules.
- AL5000 Series: A family of host controllers designed to manage data flow from modules like the AL81G ACQUISITIONLOGIC.
Installation and Maintenance
Pre-installation preparation: Before installing the AL81G ACQUISITIONLOGIC, ensure the chassis is powered off and properly grounded. Confirm that the selected PXI or CompactPCI slot is compatible and clean. Carefully inspect the module’s connectors and the chassis slot for any damage or debris. The module is designed to fit only one way; align the guide rails and keying features. Apply even, firm pressure to seat the AL81G ACQUISITIONLOGIC completely into the backplane connector. Secure the module’s front panel to the chassis using the provided screws. A proper and secure installation is essential for reliable data transfer and the long-term performance of the AL81G ACQUISITIONLOGIC.
Maintenance recommendations: The AL81G ACQUISITIONLOGIC is a sealed, solid-state module that requires minimal maintenance. Routine maintenance should focus on ensuring a clean and thermally stable environment for the host chassis. Periodically inspect the chassis fans and filters to ensure adequate airflow. If the module needs to be replaced, the process is straightforward: power down the chassis, unscrew the module’s front panel, and pull it straight out of the slot. Installation of a new AL81G ACQUISITIONLOGIC is the reverse of this process. It is important to handle the module by its edges to avoid touching the sensitive circuit board components.
Product Guarantee
Our commitment to quality for the AL81G ACQUISITIONLOGIC is unwavering. We stand behind the design and manufacturing of this high-performance module with a comprehensive product guarantee that ensures its reliability and precision. Each AL81G ACQUISITIONLOGIC undergoes a series of rigorous functional tests and quality control checks to meet the highest standards for industrial and scientific applications. This guarantee covers all manufacturing defects and performance anomalies under normal operating conditions, providing our customers with peace of mind. Our team of technical experts is available to provide detailed support, from system integration to troubleshooting, ensuring that you get the most out of your investment in the AL81G ACQUISITIONLOGIC. This commitment to excellence guarantees that the AL81G ACQUISITIONLOGIC will be a dependable component in your most critical applications.
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