Inexpensive Fast Memory Module for Rapid Data Acquisition
Author Information
Author(s): David T. Rossi, Harry L. Pardue
Primary Institution: Purdue University
Hypothesis
Can a simple and inexpensive memory module improve data collection for diode array spectrometers?
Conclusion
The proposed memory module allows for rapid data collection at a fraction of the cost of more complex systems.
Supporting Evidence
- The memory module can be upgraded to 256K with minimal effort.
- It allows for data collection rates of 39.2 kHz with no delay between scans.
- The design is general enough to be applied in various rapid data collection scenarios.
Takeaway
This study shows how a cheap memory module can help collect data faster for certain scientific instruments, making them easier to use.
Methodology
The study describes the design and implementation of a memory module for a diode array spectrometer, including its electronic components and data collection process.
Limitations
The memory module's performance may be limited by the host computer's capabilities and the complexity of the data being collected.
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