2009 Advanced Laboratories Conference Abstract Detail Page
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| Abstract Title: |
How to Optimize Quantization of Detector Data by Minimizing Noise and Improving Signal Fidelity when using a Real Time Oscilloscope |
| Abstract: |
A real-time oscilloscope is a critical tool in the quantization of detector data. Modern tools can digitize at rates of 40GSa/s and achieve bandwidths that exceed 10 GHz. Unfortunately data can be distorted by poor signal fidelity and digitizer design. Scientists should understand the effects of inherent noise and digitizer error on their test data.
In this workshop we will explore:
- Measuring oscilloscope noise floor and its effect on your measurements
- Quantifying digitizer linearization
- Limiting bandwidth to reduce noise
- Advanced analysis techniques using MATLAB®
- With transient or pulsed events how to maximize sample rate and record length by segmenting memory
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| Abstract Type: |
Workshop
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Workshop Documents |
| Workshop Document: |
Download the Workshop Document
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| Session: |
Session V - Parallel Workshops
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Author/Organizer Information |
| Primary Contact: |
Marty Gubow
Agilent Technologies, Inc.
Phone: 877-424-4536
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