Technical Articles on Cryogenic Components

Technical Articles on Cryogenic Components are listed on everything RF. This section consists of technical articles written by the everything RF editorial team and by leading companies whose expertise lies around Cryogenic Components. Visit everything RF to read technical articles on various topics.

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Why do we use Low Noise Amplifiers in Quantum Computing?

Cryogenic Components

Mick Syed

Amplitech Group

In the extremely simplified version of the realm of Quantum Computing, the ultimate goal is to be able to isolate and “read” Qubits, which are the Quantum equivalent of Bits in traditional...read more

Why do we need to use Cryogenic Components in Quantum Computing?

Cryogenic Components Quantum Computing

Editorial Team

May 1, 2021

Quantum computing is the next generation of computing that uses quantum mechanics to solve massive and complex operations quickly. Quantum computers can be used to perform tasks and analyze datasets t...read more

What are Cryogenic Amplifiers?

Amplifiers Cryogenic Components Quantum Computing

Editorial Team

Nov 23, 2017

Cryogenic Amplifiers are those that can operate at very low temperatures. Temperatures are considered to be Cryogenic when they are below -180 °C or 93.15 K or -292.00 °F. Typical applications fo...read more

Cryogenic-Capable Isolators Improve the Performance of Millimeter-Wave Systems by Lowering Noise Levels

Cryogenic Components Isolators

Dr. David Rizzo

Micro Harmonics

NASA-ready technology provides design engineers a new option for lowering received noise in MMW applicationsSilence is golden when it comes to filtering out unwanted reflected noise, especially in ext...read more

Use of Cryogenic RF Components

Cryogenic Components Quantum Computing

Editorial Team

Mar 26, 2021

Cryogenics is the study of materials and components at very low temperatures. The cryogenic temperature range has been defined to be from 120 K (−150 °C) to absolute zero (0 K or −273 ...read more

Cryogenic Faraday Rotation Isolators

Cryogenic Components Isolators

David W. Porterfield

Micro Harmonics Corporation

Faraday rotation isolators designed for room temperature operation do not work well at cryogenic temperatures. The primary cause is temperature-dependent ferrite magnetization. Figure 1 shows measured...read more

What are Cryogenic Isolators/Circulators?

Circulators Cryogenic Components Isolators Quantum Computing

What are Cryogenic Circulators/Isolators? What are their applications?

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What are Cryogenic Cables?

Cable Assemblies Cables Cryogenic Components Quantum Computing

Editorial Team

Jul 18, 2023

Cryogenic cables are specialized transmission lines engineered to maintain superconductivity at extremely low temperatures. Superconductivity is a phenomenon that occurs when certain materials exhibit...read more

What are Cryogenic Connectors?

Connectors Cryogenic Components Quantum Computing

Editorial Team

Jul 18, 2023

Cryogenic connectors are specialized connectors designed to maintain signal integrity and electrical conductivity at extremely low temperatures. Unlike conventional connectors, cryogenic connectors mu...read more

What is Quantum RF Sensing?

Cryogenic Components

Editorial Team

Jan 12, 2024

Quantum RF Sensing refers to the use of quantum principles to improve radio frequency (RF) sensing and achieve better sensitivity, precision, and reliability in RF measurements. This technique o...read more

Use of RF Attenuators in Quantum Computers

Attenuators Cryogenic Components Quantum Computing

Editorial Team

Jan 12, 2024

Attenuators are devices designed to reduce the amplitude or magnitude of a signal without significantly affecting its other properties. In the context of quantum computing, attenuators are used to man...read more

How do you Test the Cryogenic Performance of Electronic Components?

Cryogenic Components Quantum Computing

Editorial Team

Jan 12, 2024

In environments where cryogenic temperatures are encountered, ensuring the reliable performance of components becomes a critical aspect of design and testing. It is important to test component p...read more

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Technical Articles on Cryogenic Components

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