Liquid Instruments

In optical and RF applications, microwave frequencies see a huge variety of uses, from carrying information themselves or being used to modulate optical beams. These applications require both frequency tunability and high spectral purity. Commercial micro

Overview This is a Chinese Language Webinar What would change in test and measurement if instruments were no longer limited to fixed functions, but could be generated on demand for specific applications? In many cutting-edge applications, engineers often

A guide to simplifying microwave pulse sequence generation and detection by combining Moku:Delta and a microwave source.

A quick introduction to frequency mixing Transmitting information via microwaves pulses requires a combination of speed and precision in control electronics. While microwave sources can generate a coherent, stable signal over GHz ranges with low phase noi

Overview AI is changing how researchers approach experimental design, data analysis, and lab automation. In optics and photonics, however, all AI-enabled systems must meet a higher standard: the tools used to process signals, control feedback loops, and m

Liquid Instruments, a pioneer in generative instrumentation, today announced GenInst Studio, the first test solution that turns natural language prompts into validated, customized instruments on demand. By combining agentic AI with reconfigurable hardware

Introduction Triggering is critical for capturing signals of interest, making accurate, repeatable measurements, and synchronizing multiple test system components. The time-sensitive nature of triggering requires trigger logic to be implemented in hardwar

Overview Engineers and scientists working at the forefront of technology are often forced to choose between standard instruments that don't fit their exact needs and custom solutions that require specialist expertise and months of development. But what if

Modern engineering systems have become increasingly specialized, but most test and measurement equipment remains fundamentally general-purpose. Typical instruments like oscilloscopes, spectrum analyzers, and waveform generators have grown over the decades

As projects progress, test requirements rarely stay fixed. Engineers are often forced to expand or reconfigure their setups, adding new instruments, PXI modules, or license upgrades. In many cases, teams end up buying high-end instruments for a few critic