EDAS/VIS-0.25 EDIBONデータ取得・バーチャル計測システム（250,000 サンプル/秒）

The EDIBON Data Acquisition and Virtual Instrumentation System (speed: 250,000 samples/s), "EDAS/VIS-0.25", designed by EDIBON, enables the acquisition, visualization, recording, and analysis of electrical signals from different experimental processes, acting as a link between the physical phenomenon and its digital processing. The unit facilitates practical understanding of measurement, sampling, and signal analysis principles, allowing the investigation of the dynamic and static behavior of electronic and communications systems.

This system makes a significant contribution to both training and research by enabling direct interaction with real signals, enhancing result interpretation through virtual instrumentation tools. Users can observe the real-time evolution of measured variables, analyze their behavior in the time and frequency domains, and store acquired data for subsequent processing, comparison, and experimental validation.

The unit is based on a data acquisition device connected to a computer and integrates analog inputs, analog outputs, digital inputs/outputs, potentiometers, and switches. This architecture allows adaptation to a wide range of practical exercises and tests. Analog inputs enable accurate measurement of electrical signals, while analog and digital outputs allow signal generation and control. Manual elements such as potentiometers and switches facilitate controlled variations during experimental procedures.

Through the associated virtual instrumentation software, the system can be configured to operate as an oscilloscope, function generator, spectrum analyzer, multimeter, transient analyzer, and logic generator. These functionalities enable an integrated approach to the study of multiple measurement and analysis techniques without the need for separate physical instruments.

The system offers different usage levels to adapt experimental work to training or research objectives. The basic level focuses on data capture and storage for later analysis. The intermediate level includes graphical tools for real-time experiment visualization. The advanced level is specifically designed for the capture and calibration of all system sensors, providing a comprehensive environment for detailed analysis and measurement validation.