138 Appendix
Appendix B: Adding a Code Resistor
to a Custom Sensor
In order for MultiLogPRO to automatically identify a sensor, it must have a code
resistor. Figure 33 shows the MultiLogPRO input socket configuration.
You must connect the resistor between the Auto recognition resistance input and the
GND input.
Figure 33: MultiLogPRO I/O socket configuration.
Mini DIN female. MultiLogPRO panel view
When you define a custom sensor in the MultiLab program you must choose one
sensor from the list provided. Note its position in the list and look in Table 1 to find
the resistance.
Table 1: Auto recognition resistors
Position in
Define
sensor
dialog box
drop down menu
Resistance
(k
Ω
)
Max
Resistance
(k
Ω
)
Min
Resistance
(k
Ω
)
1 372
384.1
360.9
2 410
424.8
396.5
3 455
472.9
437.8
4 508
530.9
486.6
5 573
601.9
544.8
6 653
691.1
615.6
7 754
806.5
703.4
8 888
961.9
814.6
9 1071
1183.0
959.2
10 1337
1524.4
1151.2
Summary of Contents for MultiLab
Page 2: ...MultiLogPRO User Guide Fourier Systems Eleventh Edition First Print Printed in July 2006...
Page 3: ......
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Page 117: ...108 Chapter 2 MultiLab Software...
Page 133: ...124 Chapter 3 Working with a TI Calculator...
Page 137: ...128 Chapter 5 Specifications...
Page 145: ...136 Chapter 5 Specifications...