Webinar recording
A new phase for test: Essential strategies for modern phase detection
Overview
During this special presentation in partnership with Optica, Liquid Instruments Director of Product Ben Nizette demonstrates how to use a software-defined phasemeter to achieve noise-optimized measures of phase, frequency, and amplitude in both homodyne and highly dynamic heterodyne applications.
What we covered
The use of dedicated phasemeters to perform high-performance, high-frequency phase measurements is opening exciting new opportunities for research. For decades, the lock-in amplifier has served as the gold standard for measuring phase in optical physics experiments. But with the rapid evolution of fully digital instrumentation, next-generation phasemeters offer significant advancements to help scientists and engineers work smarter with exceptional dynamic range, zero dead time, and measurement precision that exceeds the performance of conventional lock-in amplifiers and frequency counters.
We discussed how to use a software-defined phasemeter to achieve noise-optimized measures of phase, frequency, and amplitude in both homodyne and highly dynamic heterodyne applications by:
- Using an FPGA-based phasemeter to maximize measurement performance and flexibility in a range of applications, from interferometry to materials characterization.
- Verifying that your experiment is accurately measuring critical data and share insights with colleagues in real time.
- Leveraging flexible, FPGA-based processing with a digital-first approach to quickly adapt instrumentation to your measurement requirements with minimal manual intervention.
- Leveraging this technology to integrate measurement, validation, verification, and characterization into one versatile experimental setup.
The webinar includes a presentation, demonstration, and a live Q&A session.
Webinar details
- Title: A new phase for test: Essential strategies for modern phase detection
- Date recorded: September 19, 2023
- Speakers: Ben Nizette