How to optimize time interval measurements without compromising cost or flexibility

Overview

The ability to precisely measure the period of time between events is critical in a number of applications, ranging from oscillator characterization and pulse analysis to more specialized applications such as free-space optical communications, phase noise analysis, and photon counting in quantum optics experiments.

In this podcast-style webinar, Liquid Instruments director of product Ben Nizette and engineer Jason Ball will discuss the capabilities of the Moku Time & Frequency Analyzer. You’ll see how to precisely measure time intervals, implement time-stamping, and adjust trigger events to fit the needs of your experiments. We will also tackle the most frequently asked questions from researchers like you.

Join us to:

• Learn how advanced interpolation techniques combined with low-noise, high-bit-depth analog-to-digital conversion can deliver timestamp accuracies well below the sample rate and bandwidth limits of conventional systems.
• Learn how to leverage Python for easier control and data viewing.
• The webinar will include a presentation, demonstration, and live Q&A session.

Why you should attend:

• Live demonstrations: See the Moku Time & Frequency Analyzer in action with real-world optics and photonics applications.
• Learn the Moku advantage: Discover how the Moku platform can help you streamline your research, lower costs, and deliver unparalleled accuracy.
• Q&A with experts: Get answers to the most pressing test and measurement questions in optics and photonics research from Liquid Instruments engineers.
• Access to technical insights: Attendees will gain access to a complimentary one-on-one technical deep dive session with an expert.
• Exciting giveaway: Enter for a chance to win a Moku:Go Full-suite Bundle to add to your setup.

Meet our presenters