TEM Calibration data
-----------------------------------
TEM calibration coefficients
--------------------------------------
Resistance value
RTEM=K*(((VF-VF_OFF)/(VR-VR_OFF)) +1)                    Eq. 5
where VF, VF_OFF, VR, VR_OFF are derived from engineering data

K values to be used in Eq. 5 (to compute RTEM value starting from measured
tensions):
HIGH resolution range (60-110K)    1.5077
LOW resolution range (100-330K)    4.0276

Temperature value: Transfer function
Reference function:
W=RTEM/RTP                                               Eq. 6

WR=W-a(W-1)-b(W-1)^2-c1(ln(W))^2                         Eq. 7
and the temperature is:
T/273.16K=B0+SUM(Bi[(Wr^(1/6)-0.65)/0.35]^i, i=1-15)     Eq. 8

TEM calibration coefficients:
[Sensor, RTP, a, b, c1]
TEM1F, 15.0254, 1.8315809E-04, 5.5440289E-04, 1.9100452E-05
TEM1C, 15.0820, 1.8315809E-04, 5.5440289E-04, 1.6952969E-04
TEM2F, 15.0751, 1.8315809E-04, 5.5440289E-04, 3.0606478E-04
TEM2C, 15.0447, 1.8315809E-04, 5.5440289E-04, -3.3814668E-04
TEM 1 (Sensor SN:1010 fine F, coarse C)
TEM 2 (Sensor SN:1011 fine F, coarse C)
ITS90 B coefficients
[B0, B1, B2, B3, B4, B5, B6, B7, B8, B9, B10, B11, B12, B13, B14, B15]
[0.183 324 722, -0.056 470 670, 0.240 975 303, 0.076 201 285, 0.209 
108 771, 0.123 893 204, 0.190 439 972, -0.029 201 193, 0.142 648 498, 
-0.091 173 542, 0.077 993 465, 0.001 317 696, 0.012 475 611, 0.026 025 526,
 -0.032 267 127,-0.075 291 522]
 
B0      0.183 324 722    B9    -0.056 470 670
B1      0.240 975 303    B10    0.076 201 285
B2      0.209 108 771    B11    0.123 893 204
B3      0.190 439 972    B12   -0.029 201 193
B4      0.142 648 498    B13   -0.091 173 542
B5      0.077 993 465    B14    0.001 317 696
B6      0.012 475 611    B15    0.026 025 526
B7     -0.032 267 127
B8     -0.075 291 522