Omega CYD211 User Manual page 12

Table 1-2. Sensor Input Performance Chart
Sensor Type
Temperature Coefficient
Sensor Units
Input Range
Sensor Excitation
Display Resolution
Example LSCI Sensor
Temperature Range
Standard Sensor Curve
Typical Sensor Sensitivity
Measurement Resolution:
Sensor Units
Temperature Equivalence
Electronic Accuracy:
Sensor Units
Temperature Equivalence
Temperature Coefficient
Temperature Accuracy
including electronic accuracy,
CalCurve™ and calibrated
sensor
Magnetic Field Use
1-6
Omega Model CYD211 User's Manual
Silicon Diode
Negative
Volts (V)
0 – 2.5 V
10 µA ±0.01%
(Constant Current)
100 µV
(Sensor Units)
DT-670-SD
with 1.4H Cal.
1.4 – 475 K
DT-670
–31.6 mV at 4.2 K
–1.73 mV at 77 K
–2.3 mV at 300 K
–2.12 mV at 500 K
20 µV
0.6 mK at 4.2 K
11.6 mK at 77 K
8.7 mK at 300 K
9.4 mK at 500 K
±160 µV ±0.01% RDG
±10 mK at 4.2 K
±152 mK at 77 K
±94 mK at 300 K
±80 mK at 500 K
±10 µV ±5 PPM
of reading per °C
±31 mK at 4.2 K
±267 mK at 77 K
±154 mK at 300 K
±140 mK at 500 K
Recommended for
T > 60 K & B < 3 T
GaAlAs Diode
Negative
Volts (V)
0 – 7.5 V
10 µA ±0.01%
100 µV
TG-120SD
with 1.4H Cal.
1.4 – 475 K
Requires Calibration
–180 mV/K at 10 K
–1.25 mV/K at 77 K
–2.75 mV/K at 300 K
–2.75 mV/K at 475 K
20 µV
1 mK at 10 K
16 mK at 77 K
10 mK at 300 K
10 mK at 475 K
±160 µV ±0.02% RDG
±6 mK at 10 K
±300 mK at 77 K
±150 mK at 300 K
±110 mK at 475 K
±20 µV ±5 PPM
of reading per °C
±21 mK at 10 K
±390 mK at 77 K
±140 mK at 300 K
±210 mK at 475 K
Recommended for
T > 4.2 K & B < 5 T
Introduction