CryoBIND® (Cryogenic Balanced INductive Detector):
Family of AC susceptibility measuring systems
Features
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While the principles of the ac susceptibility technique are relatively simple and well understood there are still numerous possible variations in construction of practical susceptometer devices. The design of AcSuS1000, the sample/sensor core of our susceptometry, provides inherent thermal stability and highly suppressed offset voltage, which enable the unsurpassed sensitivity of our integrated measuring systems. In order to comply with the demands of our customers we offer two models built around the same basic AcSuS1000 sensor unit. Each of these has two possible temperature ranges. In all four cases the same sample/sensor core and the same superior performance are maintained. | |
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1. Two option levels: Integrated measuring system
(CryoBIND/IS) or the "cold console" (CryoBIND/CC) 2. Two temperature ranges: liquid nitrogen (*LN)
and liquid helium (*LH) Available models |
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CryoBIND®
integrated ac susceptibility systems:
models and performances in small primary fields |
1. CryoBIND S: Basic 6 nanoEMU-sensitivity system
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Single Processing
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Model/Version
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Sensitivity level @230Hz (emu)
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Primary ac field restrictions
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Analog SRS SR530
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CryoBIND S
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5.9・10-9
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Fixed at 23 mOe
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2. CryoBIND T: High Performance 3 nanoEMU-sensitivity system
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Single Processing
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Model/Version
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Sensitivity level @230Hz (emu)
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Primary ac field restrictions
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Digital SRS SR830
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CryoBIND TB
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Basic : 4.3・10-8
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Hac<0.14
mOe
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CryoBIND TS
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Standard(S) : 2.7・10-9
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CryoBIND TCO
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CO mode: Same as S but →
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No restrictions
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3. CryoBIND E: Top Performance, Enhanced Range 1 nanoEMU-sensitivity systems
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Single Processing
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Model/Version
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Sensitivity level @230Hz (emu)
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Primary ac field restrictions
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Analog EG&G5210
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CryoBIND ES
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1.1・10-9
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Hac<0.28
mOe
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CryoBIND ECO
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CO mode: Same as above but →
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No restrictions
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