Cryogenic test experiments often require a large number of temperatures to be monitored. In order to reduce cost, we investigated the feasibility of low-cost common diodes. We chose the Philips BAS16 diode in a type SOT23 package. By means of Stycast 2850FT, these diodes were glued into alumina holders. In total, 20 sensors were assembled and tested. With an excitation current of 100 μA and considering a temperature range from 50 K to room temperature, a quadratic least-squares-fit was obtained: T = 486.1 − 363.7V − 38.3V2. All sensors agreed with this fit within an error of 1.3 K
We present a measurement and analysis scheme for determining traceable thermodynamic temperature at ...
we present the design and implementation of a versatile cryogenic temperature controller based on a ...
We present measurements of nanoelectronic Coulomb Blockade Thermometers that are optimised for opera...
Cryogenic test experiments often require a large number of temperatures to be monitored. In order to...
We have developed a resistance thermometry system for the acquisition, control and monitoring of tem...
In the framework of the Photodetector Array Camera and Spectrometer (PACS) project (for the European...
International audienceResistive thermometers are widely used in low temperature physics, thanks to p...
International audiencePower converters working at cryogenic temperature (Cryo-converters) can presen...
Cryogenic temperature sensors are finding broadened applications. Such applications include: Cryosur...
The physical properties of materials at low temperature are of great interest in condensed matter ph...
This technical report describes the electrical and mechanical configuration of a system devoted to t...
Measurement of temperature is an important aspect of any system such as an experimental system, equi...
AbstractLBNL is developing an innovative data acquisition module for superconductive magnets where t...
This paper describes the different cryogenic temperature sensors used at cryogenic temperatures down...
We are working to develop a Coulomb Blockade Thermometer (CBT) that operates from 1K down to 30mK. W...
We present a measurement and analysis scheme for determining traceable thermodynamic temperature at ...
we present the design and implementation of a versatile cryogenic temperature controller based on a ...
We present measurements of nanoelectronic Coulomb Blockade Thermometers that are optimised for opera...
Cryogenic test experiments often require a large number of temperatures to be monitored. In order to...
We have developed a resistance thermometry system for the acquisition, control and monitoring of tem...
In the framework of the Photodetector Array Camera and Spectrometer (PACS) project (for the European...
International audienceResistive thermometers are widely used in low temperature physics, thanks to p...
International audiencePower converters working at cryogenic temperature (Cryo-converters) can presen...
Cryogenic temperature sensors are finding broadened applications. Such applications include: Cryosur...
The physical properties of materials at low temperature are of great interest in condensed matter ph...
This technical report describes the electrical and mechanical configuration of a system devoted to t...
Measurement of temperature is an important aspect of any system such as an experimental system, equi...
AbstractLBNL is developing an innovative data acquisition module for superconductive magnets where t...
This paper describes the different cryogenic temperature sensors used at cryogenic temperatures down...
We are working to develop a Coulomb Blockade Thermometer (CBT) that operates from 1K down to 30mK. W...
We present a measurement and analysis scheme for determining traceable thermodynamic temperature at ...
we present the design and implementation of a versatile cryogenic temperature controller based on a ...
We present measurements of nanoelectronic Coulomb Blockade Thermometers that are optimised for opera...