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| Features |
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- Low magnetic field induced errors
- For use in magnetic fields up to 20 tesla
- Reproducible in the 1.4 K to 100 K range
- Monotonic R vs. T and dR/dT vs. T response curves
- High sensitivity provides submillikelvin control at 4.2 K and below
- Usable sensitivity over the broad range of 1.4 K to
325 K
- Good resistance to ionizing radiation at low temperatures
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| Description |
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| Carbon-Glass RTDs (CGRs) have the longest history of use of any cryogenic temperature sensor suitable for high magnetic fields and wide range temperature sensing. These resistance cryogenic temperature sensors are highly reproducible and can be used from 1.4 K to 100 K and in magnetic fields up to 20 tesla. Their extremely high sensitivity at liquid helium temperatures makes them very useful for submillikelvin control below 10 K. CGR sensors are monotonic in resistance temperature characteristic between 1.4 K and 325 K, but their reduced sensitivity (≈0.01 W/K) above 100 K limits their usage at higher temperatures. |
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 Click here for Adding Length to Sensor Leads |
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