Low Temperature Platform Solutions For Cryogenic Detectors From Oxford Instruments

Sponsored by Oxford Instruments plcOct 11 2006

Topics Covered

Background

Cryogenic detectors are being used in an increasing range of applications, due to their tremendous sensitivity in both the physical and life sciences and ranging from astronomy to security applications. There is currently particular interest in applications in the TeraHertz radiation detection. To achieve ultimate sensitivity the detection devices need to be cooled to low temperatures.

Low Temperature Platform Solutions

Oxford Instruments NanoScience can offer a wide range of low temperature platform solutions depending on the operating temperature of the cryogenic detector, the configuration of coupling to the radiation source and whether you require a Cryofree product or a system requiring liquid cryogen cooling.

Table 1 will help you select the appropriate product.

Table 1. Low temperature platform solutions

	Base Temperature	Cooling Technology	Sample Environment
KelvinoxMX	as low as 7mK	Helium	Vacuum
HelioxVL	300mK	Helium	Vacuum
HelioxAC-V	300mK	Cryofree	Vacuum
OptistatAC-V	as low as 4K	Cryofree	Vacuum
OptistatCF	2.3K	Helium	Helium gas
OptistatCF-V	2.3K	Helium	Vacuum
OptistatDN	77K	Nitrogen	Nitrogen gas
OptistatDN-V	77K	Nitrogen	Vacuum

Source: Oxford Instruments

For more information on this source please visit Oxford Instruments

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