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Looking to get the best measurements in the least amount of time? Choosing the right measurement technique and the best instruments makes a big difference.

Parts per billion not precise enough? Jim Phillips from Zurich Instruments explains how a Cornell University team is measuring the viscosity of a 2D superfluid helium film with a frequency precision of parts per trillion. Watch to find out: → Why parts per trillion precision was needed for this experiment → How to reach 1,000× better resolution than standard parts-per-billion measurements → How to combine PLL and fixed-frequency methods for maximum confidence If you're pushing the limits of resonator measurement, there may be more precision available than you think. Watch the full episode and find out how lock-in amplification can take your setup further: https://lnkd.in/eQX6p5vD

Resonator measurement leave a lot of room for measurement improvement Jim Phillips from Zurich Instruments explains how Pound-Drever-Hall (PDH) sensing is now available for microwave resonator characterization. Watch to find out: → Why PDH outperforms PLL by up to 10× → How PDH rejects parasitic errors from cables and wiring → How to get started with your existing ZI setup If you’re characterizing resonators, PDH may reveal performance much better than you currently observe. Watch the full episode and explore how this approach can help you get a clearer view of your device: https://lnkd.in/eU3emA8G

🔬 Simplifying complex experiments while keeping performance uncompromised remains a key challenge in modern research. As research pushes into new frontiers, signals get weaker and harder to measure, making high-performance instrumentation essential. With the VHFLI Lock-in Amplifier, you can: ✔ View your signal from multiple perspectives – Scope, Sweeper, Spectrum Analyzer, and more, simultaneously ✔ Orchestrate complete measurement sequences with the LabOne Timeline Module ✔ Set up precise multichannel current and voltage measurements quickly, with ultra-low noise ✔ Capture fast signal dynamics with short time constants and high data throughput ✔ Work efficiently using the intuitive LabOne GUI and APIs ✔ Maximize signal integrity with differential inputs ✔ Perform advanced signal math using the Arithmetic Unit All in a versatile platform that gives researchers more time, the freedom to innovate, and the ability to discover, at a competitive price. Learn more and get in touch: https://lnkd.in/eVz4EQRN

🔬 Simplifying complex experiments while keeping performance uncompromised remains a key challenge in modern research. As research pushes into new frontiers, signals get weaker and harder to measure, making high-performance instrumentation essential. With the VHFLI Lock-in Amplifier, you can: ✔ View your signal from multiple perspectives – Scope, Sweeper, Spectrum Analyzer, and more, simultaneously ✔ Orchestrate complete measurement sequences with the LabOne Timeline Module ✔ Set up precise multichannel current and voltage measurements quickly, with ultra-low noise ✔ Capture fast signal dynamics with short time constants and high data throughput ✔ Work efficiently using the intuitive LabOne GUI and APIs ✔ Maximize signal integrity with differential inputs ✔ Perform advanced signal math using the Arithmetic Unit All in a versatile platform that gives researchers more time, the freedom to innovate, and the ability to discover, at a competitive price. Learn more and get in touch: https://lnkd.in/eHFNdNDs

🔬 Simplifying complex experiments while keeping performance uncompromised remains a key challenge in modern research. As research pushes into new frontiers, signals get weaker and harder to measure, making high-performance instrumentation essential. With the VHFLI Lock-in Amplifier, you can: ✔ View your signal from multiple perspectives – Scope, Sweeper, Spectrum Analyzer, and more, simultaneously ✔ Orchestrate complete measurement sequences with the LabOne Timeline Module ✔ Set up precise multichannel current and voltage measurements quickly, with ultra-low noise ✔ Capture fast signal dynamics with short time constants and high data throughput ✔ Work efficiently using the intuitive LabOne GUI and APIs ✔ Maximize signal integrity with differential inputs ✔ Perform advanced signal math using the Arithmetic Unit All in a versatile platform that gives researchers more time, the freedom to innovate, and the ability to discover, at a competitive price. Learn more and get in touch: https://lnkd.in/eYDh33pm