Liquid Instruments is a technology company that specializes in advanced test and measurement solutions. Their flagship product, Moku, is a reconfigurable platform designed to streamline and optimize test environments, from simple setups to complex multi-instrument scenarios. The company aims to enhance the efficiency and capabilities of engineers and scientists by providing versatile and user-friendly tools that accelerate the transition from concept to execution.

Liquid Instruments delivers modern, software-defined test and measurement solutions that provide advanced capabilities, a great user experience, and custom programmability for maximum flexibility and performance in a range of applications. Learn more at liquidinstruments.com.

F1 Solutions

MA Growth Ventures

Anzu Partners

Saar Gillai

ANU Connect Ventures

Significant Early Venture Capital

Acorn Capital

Decacorn Capital

Lockheed Martin Ventures

Boman Enterprises

Changer Club

Liquid Instruments

🚙👩‍💻 Buckle up and zoom toward a faster 🏃 and more flexible 🤸‍♂️ automotive testing experience with Moku devices! 

📝 Moku offers a comprehensive suite of essential instruments to fast-track your measurements — ranging from general electronics test to specialized experiments.

Learn more 🔗: https://hubs.ly/Q02mDRT70 

Happy #LeapDay! 🐸 Leap days occur because the period of our calendar year here on Earth (📆 T = 365 days) is not exactly equivalent to the period of our solar year (🌍➡️☀️ T = 365.257 days). Left unchecked, our calendar would continue to deviate from the solar year, leading to all sorts of negative consequences. So, every four years we get a bonus day to stay on track! 🙌

We can use Moku:Go to demonstrate this phenomenon. Using the Phasemeter instrument, we can measure a signal with a period of 365.2566363 μs, or 2.378 kHz on Input A. The reference frequency of Input B corresponds to Earth time (period 365 μs, or 2.74 kHz). The phase of B relative to A drifts over time and accumulates a leap cycle every ~0.52 seconds. Scaling back up to Earth time gives us around 520,000 days (approximately 1,424 years) — or the time it would take for the Earth calendar to drift by an entire year relative to the sun!

For faster and more flexible testing, take the leap toward FPGA-based instrumentation. 😎 And enjoy your bonus day!

📽️ Watch the video to learn more about the Moku Phasemeter: https://hubs.ly/Q02mLQdw0

If you missed our webinar last week with Optica on strategies to fast-track optical phase-locked loops with fully digital instrumentation, or want to watch it again, the recording is now available. Tune in to learn:

➡️ The fundamental components of a phase-locked loop.
1️⃣ How to accelerate phase locking with a single FPGA-based system.
💻 How to use Python to implement digital PLLs.

Check it out: https://hubs.ly/Q02my2Xr0

Lasers can drift in frequency or phase over time. For applications requiring precise, repeatable measurements, lasers must be stabilized, or locked. 🔒

Learn how flexible tools like the Moku Laser Lock Box reduce both the physical footprint and technical complexity of a laser locking system, while automating the process. 💻

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Liquid Instruments

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