lipix

The RX-102B-CB is discontinued. Please consider the RX-102B-RS instead.

RX-102B-CB specifications

Standard curve RX-102B-CB does not follow a standard curve

Recommended excitation1 20 µV (0.05 K to 0.1 K); 63 µV (0.1 K to 1.2 K); 10 mV or less for T > 1 K

Dissipation at recommended excitation 7.5 × 10–8 W at 4.2 K

Thermal response time 0.5 s at 4.2 K, 2.5 s at 77 K

Radiation effects Recommended — See Appendix B for more information

Magnetic field RX-102B-CB is not recommended for use in magnetic field

Reproducibility2 ±15 mK

1Recommended excitation for T < 1 K based on Lake Shore calibration procedures using an AC resistance bridge—for more information, refer to Appendix D and Appendix E
2Short-term reproducibility data is obtained by subjecting sensor to repeated thermal shocks from 305 K to 4.2 K

Range of use

 Minimum limitMaximum limit
RX-102B-CB0.01 K340 K

3Calibrations down to 20 mK available

Calibrated accuracy4

 RX-102B-CB
20 mK±2 mK
50 mK±4 mK
1.4 K±16 mK
4.2 K±16 mK
10 K±30 mK

4[(Calibration uncertainty)2 + (reproducibility)2]0.5 for more information, see Appendices BD, and E

Long-term stability

 RX-102B-CB
4.2 K±30 mK

Typical magnetic field-dependent temperature errors ΔT/T (%) at B (magnetic induction)

RX-102B-CB
T (K)2.5 T8 T14 T19 T
23.2913.8222.5327.95
33.9614.6823.1229.12
43.5313.9222.5728.20
81.537.5313.5017.86
160.272.144.666.58
230.060.792.013.11

Magnetic field dependence data for sample Rox RTDs

Magnetic field dependence data for sample Rox™ RTDs

Physical specifications

RX-102B-CB physical specifications

 MassLead typeInternal atmosphereSensor materials
RX-102B-CB3.5 gTwo 6 in 36 AWG copper leads with heavy-build polyimide insulationNAThick ruthenium dioxide and bismuth ruthenate films on aluminum dioxide substrate with palladium silver contacts; epoxy attachment to OFHC adapter; copper leads indium soldered to chip and heat sunk to copper adapter using VGE 7031 varnish