A new calibration setup for lock-in amplifiers in the low frequency range and its validation in a bilateral comparison

This paper addresses the calibration of lock-in amplifiers in the low frequency range. A simple but effective calibration setup implemented at INRIM is described. This includes a stable low-voltage source, composed of a digital sine wave generator and a cascade of two voltage dividers, one inductive and one resistive. The magnitude error is the lock-in magnitude error, which can be determined with an uncertainty of the order of 10 −4 or better, that is, two orders of magnitude lower than the…

In 2020, FDA Authorized 132 Novel Medical Devices

The record-high number of authorizations last year was a significant jump over 2019.
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How Hospitals and Health Systems Can Accelerate Innovation

Among the many lessons from the COVID-19 pandemic, it’s clear that the future of healthcare belongs to those who can harness science and technology—sometimes rapidly—to improve population health through more efficient and accessible care.
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Absolute frequency of 87 Sr at 1.8 × 10 −16 uncertainty by reference to remote primary frequency standards

The optical lattice clock NICT-Sr1 regularly reports calibration measurements of the international timescale TAI. By comparing measurement results to the reports of eight primary frequency standards, we find the absolute frequency of the 87 Sr clock transition to be ##IMG## [http://ej.iop.org/images/0026-1394/58/2/025006/metabc232ieqn1.gif] {$f \left(\mathrm{S}\mathrm{r}\right)=429\enspace 228\enspace 004\enspace 229\enspace 873.082\left(76\right)\enspace \mathrm{H}\mathrm{z}$} , with a fractional uncertainty of less than 1.8 × 10 −16 approaching the systematic limits of the best realization of the SI second. Our result is consistent with other recent measurements and…

How Life Sciences Companies Can Level Up Healthcare Education in Post-COVID Era

It’s time for these companies to bridge the knowledge gap and transform how healthcare information is accessed and used.
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Quantum Computing Makes Inroads in Life Sciences

Quantum computing has spurred the development of new breakthroughs in life sciences from using machine learning methods to diagnose illnesses sooner to identifying materials to make more efficient devices.
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Strategic National Stockpile Ventilators Can Support ‘Most’ Patients, but That Is Not Enough

Critical care hasn’t had many breakthroughs in recent years and in order to change that, I believe we need to put more of an emphasis on integrating technology—specifically artificial intelligence (AI) —into the field.
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FDA Names Acting Director of Medical Device Cybersecurity

FDA Names Acting Director of Medical Device Cybersecurity

The agency created the new post within CDRH, effective January 1.
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COVID-19 Introduces New Risks, Hazards in Health Tech

With the accelerated adoption of many new technologies, ECRI’s annual health technology hazards list has been transformed by the COVID-19 pandemic.
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Regulatory Information Management Streamlines Processes and Supports Data Quality

Data integration is doing much to enhance regulatory information management. Life sciences companies are increasingly discovering useful interdependencies between data, documents and RIM processes. The next step is to put this data to work to improve efficiency.
The post Regulatory Information Management Streamlines Processes and Supports Data Quality appeared first on MedTech Intelligence. Source: MedTech Intelligence…