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Author: rachael
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Liquid Instruments Joins MathWorks Connections Program
MathWorks Connections Liquid Instruments has joined the MathWorks Connections Program, recognizing the integration of our solutions with Simulink and MATLAB. MathWorks products have long enabled engineers to develop algorithms, simulate designs, and analyze data at various project stages, serving as a great complement to Liquid Instruments’ mission to bring flexible, software-defined instrumentation to the test…
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Moku:Go’s instrument suite expands, adds three new instruments
New Moku:Go features available today Moku:Go, an integrated engineering education tool, now has even more features for students and engineers alike to test and design projects. At the end of this month, a new version of the Moku:Go app will add three new instruments to the platform. Moku:Go users can now use the Digital Filter…
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Transient absorption spectroscopy and imaging of redox in muscle mitochondria
Featuring: Moku:Lab, Lock-in Amplifier Source: Biomedical Optics Express (Mar 2022) Authors: Erkang Wang, Luke A. Whitcomb, Adam J. Chicco, and Jesse W. Wilson [liquid-button href=”https://doi.org/10.1364/BOE.452559″ target=”_blank” style=”outline blue”]Read full paper[/liquid-button]
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Leveraging Moku:Pro in a space-constrained optical lab
Introduction At Chapman University, Dr. Mark Harrison and his research group are designing integrated photonic logic components for digital information processing and optical computing. With limited space and difficult-to-access equipment, efficiency and workflow of the optics and photonics lab are essential. Using Moku:Pro, they have been able to reduce their equipment footprint and cabling clutter,…
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Stabilizing Multiple Lasers Simultaneously with Moku:Pro
Achieving phase coherence across multiple lasers can be challenging and expensive. Moku:Pro’s Phasemeter exceeds the performance of conventional lock-in amplifiers and makes it easier to stabilize, steer, and measure multiple lasers in real-time with unmatched precision. With exceptional dynamic range, zero dead-time, and measurement precision, the Phasemeter can handle your most challenging phase measurement needs.…
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New features released today on Moku:Pro
New features released today on Moku:Pro Moku:Pro app version 2.2 was made available to Liquid Instruments customers today, and brings significant updates to Moku:Pro including a new instrument and an extension of the capabilities of Multi-instrument Mode. Read details of the new features below, and download the new firmware for your preferred operating system here.…
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Moku:Pro, a Multi-Frequency Lock-in Amplifier
This white paper provides an overview of a multi-frequency lock-in amplifier utilizing Moku:Pro’s Multi-instrument Mode. Moku:Pro is an Instrument-on-Chip (IoC) test system able to run multiple instruments on a single FPGA-based hardware platform. Now with Multi-instrument Mode, entire systems of test equipment traditionally made up of separate hardware boxes or modules can be realized on…
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Liquid Instruments introduces breakthrough customization capabilities in test equipment with Instrument-on-Chip architecture
CANBERRA, Australia and SAN DIEGO, Oct. 13, 2021 (GLOBE NEWSWIRE) — Liquid Instruments, an innovator in precision software-defined test instrumentation, today announced Multi-instrument Mode and Moku Cloud Compile, two advanced new features designed to serve the rapidly evolving test needs of quantum computing, aerospace, semiconductor, Lidar, and automotive segments. Multi-instrument Mode is a new paradigm in…
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Investigation and Mitigation of Noise Contributions in a Compact Heterodyne Interferometer
Featuring: Moku:Lab, Phasemeter Source: MDPI (Aug 2021) Authors: Yanqi Zhang, Adam S. Hines,Guillermo Valdes, Felipe Guzman [liquid-button href=”https://doi.org/10.3390/s21175788″ target=”_blank” style=”outline blue”]Read full paper[/liquid-button]
