Lake Shore 350, Руководство пользователя

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Typical sensor performance
Example
Lake Shore
Sensor
Temperature
(K)
Nominal
Resistance/
Voltage
Typical
Sensor
Sensitivity
2
Measurement
Resolution:
Temperature
Equivalents
Electronic
Accuracy:
Temperature
Equivalents
Temperature
Accuracy
Including
Electronic
Accuracy,
CalCurve™ and
Calibrated Sensor
Electronic
Control
Stability
3
:
Temperature
Equivalents
Cernox™
(1 mV)
CX-1010-SD
with 0.1L
calibration
0.1
0.3
0.5
4.2
300
21389
)
2322.4
)
1248.2
)
277.32
)
30.392
)
-558110
)
/K
-10785
)
/K
-2665.2
)
/K
-32.209
)
/K
-0.0654
)
/K
5.4 µK
28 µK
113 µK
931 µK
153 mK
±69 µK
±272 µK
±938 µK
±6.5 mK
±1.7 K
±4.1 mK
±4.3 mK
±4.9 mK
±11 mK
±1.8 K
±10.8 µK
±55.6 µK
±225 µK
±190 µK
±306 mK
Cernox™
(10 mV)
CX-1050-SD-HT 4
with 1.4M
calibration
1.4
4.2
77
420
26566
)
3507.2
)
205.67
)
45.03
)
-48449
)
/K
-1120.8
)
/K
-2.4116
)
/K
-0.0829
)
/K
6.2 µK
89 µK
1.2 mK
12 mK
±261 µK
±2.1 mK
±38 mK
±338 mK
±4.3 mK
±6.1 mK
±50 mK
±412 mK
±12.4 µK
±178 µK
±2.5 mK
±24.1 mK
Germanium
(1 mV) GR-50-AA with
0.05 A calibration
0.1
0.3
0.5
1.4
4.2 2317
)
164
)
73.8
)
24.7
)
13.7
)
-71858
)
/K
-964
)
/K
-202.9
)
/K
-13.15
)
/K
-1.036
)
/K
4.2 µK
31.1 µK
49.3 µK
228 µK
2.9 mK
±21 µK
±130 µK
±244 µK
±1.2 mK
±11 mK
±4.0 mK
±4.1 mK
±4.2 mK
±5.2 mK
±15 mK
±8.3 µK
±62.2 µK
±98.6 µK
±456 µK
±5.8 mK
Germanium
(10 mV) GR-300-AA with
0.3D calibration
0.3
1.4
4.2
100
35180
)
448.6
)
94.46
)
2.72
)
-512200
)
/K
-581.3
)
/K
-26.56
)
/K
-0.024
)
/K
2 µK
17 µK
38 µK
4.2 mK
±47 µK
±481 µK
±1.8 mK
±151 mK
±4.0 mK
±4.5 mK
±5.8 mK
±171 mK
±3.9 µK
±34.4 µK
±75.3 µK
±8.3 mK
Germanium
(10 mV) GR-1400-AA with
1.4D calibration
1.4
4.2
77
100
35890
)
1689
)
3.55
)
2.8
)
-94790
)
/K
-861.9
)
/K
-0.05
)
/K
-0.021
)
/K
11µK
35 µK
2 mK
4.8 mK
±257 µK
±900 µK
±83 mK
±175 mK
4.3 mK
4.9 mK
94 mK
195 mK
±21.1 µK
±69.6 µK
±4 mK
±9.5 mK
Rox™

(1 mV)
RX-102B-CB with
0.02C calibration
0.1
0.5
1.4
4.2
40
3549
)
2188
)
1779
)
1546
)
1199
)
-12578
)
/K
-1056
)
/K
-198
)
/K
-40.0
)
/K
-3.41
)
/K
79.5 µK
284 µK
1.5 mK
7.5 mK
88 mK
±908 µK
±2.7 mK
±13.7 mK
±65.4 mK
±727 mK
4.9 mK
6.7 mK
18 mK
69 mK
803 mK
±159 µK
±568 µK
±3.0 mK
±15.0 mK
±176 mK
Platinum RTD

500
)
Full Scale
PT-103 with 14J
calibration
30
77
300
500
3.66
)
20.38
)
110.35
)
185.668
)
0.191
)
/K
0.423
)
/K
0.387
)
/K
0.378
)
/K
0.5 mK
0.7 mK
7.8 mK
7.9 mK ±22 mK
±34 mK
±140 mK
±223 mK
±31 mK
±44 mK
±164 mK
±274 mK
±1.0 mK
±1.4 mK
±15.5 mK
±15.9 mK
Silicon Diode
DT-670-CO-13
with 1.4H
calibration
1.4
77
300
500
1.664 V
1.028 V
0.5596 V
0.0907 V
-12.49 mV/K
-1.73 mV/K
-2.3 mV/K
-2.12 mV/K
0.8 mK
5.8 mK
4.3 mK
4.7 mK
±13 mK
±76 mK
±47 mK
±40 mK
±20 mK
±113 mK
±82 mK
±94 mK
±1.6 mK
±11.6 mK
±8.7mK
±9.4 mK
Silicon Diode
DT-470-SD-13
with 1.4H
calibration
1.4
77
300
475
1.6981 V
1.0203 V
0.5189 V
0.0906 V -13.1 mV/K
-1.92 mV/K
-2.4 mV/K
-2.22 mV/K
0.8 mK
5.2 mK
4.2 mK
4.5 mK
±13 mK
±68 mK
±44 mK
±38 mK
±20 mK
±105 mK
±79 mK
±87 mK
±1.5 mK
±10.4 mK
±8.3 mK
±9.0 mK
GaAlAs Diode
TG-120-SD
with 1.4H
calibration
1.4
77
300
475
5.3909 V
1.4222 V
0.8978 V
0.3778 V
-97.5 mV/K
-1.24 mV/K
-2.85 mV/K
-3.15 mV/K
0.21 mK
16 mK
7 mK
6.3 mK
±6 mK
±179 mK
±60 mK
±37 mK
±13 mK
±216 mK
±95mK
±86 mK
±410 µK
±32.3 mK
±14.0 mK
±12.7 mK
Capacitance CS-501
4.2
77
200
6.0 nF
9.1 nF
19.2 nF
27 pF/K
52 pF/K
174 pF/K
74 mK
39 mK
12 mK
NA
Calibration not
available from
Lake Shore
±14.8 mK
±7.7 mK
±23 mK
Thermocouple Type K
75
300
600
1500
-5862.9 µV
1075.3 µV
13325 µV
49813 µV
15.6 µV/K
40.6 µV/K
41.7 µV/K
36.1 µV/K 26 mK
9.9 mK
9.6 mK
11 mK
±252 mK
5
±38 mK
5
±184 mK
5
±718 mK
5
Calibration not
available from
Lake Shore
±51.3 mK
±19.7 mK
±19.2 mK
±22.2 mK
2
Typical sensor sensitivities were taken from representative calibrations for the sensor listed
3
Control stability of the electronics only, in an ideal thermal system
4
Non-HT version maximum temperature: 325 K
5
Accuracy specification does not include errors from room temperature compensation
6 c
HAPTER
1: Introduction
Model 350 Temperature Controller
TABLE 1-2