IMC CANSAS - Characteristic Curve

Function Reference 151
imc CANSAS Users Manual - Doc. Version 1.9 - 05.12.2014© 2014 imc Meßsysteme GmbH
+1
if stored adjustment values are used for Channel 1
+2
if Channel 1 was successfully adjusted/balanced
+4
if stored adjustment values are used for Channel 2
+8
if Channel 2 was successfully adjusted/balanced
+16
if stored adjustment values are used for Channel 3
+32
if Channel 3 was successfully adjusted/balanced
+64
if stored adjustment values are used for Channel 4
+128
if Channel 4 was successfully adjusted/balanced
+256
if stored adjustment values are used for Channel 5
+512
if Channel 5 was successfully adjusted/balanced
+1024
if stored adjustment values are used for Channel 6
+2048
if Channel 6 was successfully adjusted/balanced
+4096
if stored adjustment values are used for Channel 7
+8192
if Channel 7 was successfully adjusted/balanced
+16384
if stored adjustment values are used for Channel 8
+32768
if Channel 8 was successfully adjusted/balanced
The function is designed for displaying bridge channels, i.e. channels, which can be balanced to 0.
Data types:
Result channel
Unsigned Integer
4.10.17 Characteristic curve
Parameter
Definition
Input channel
Channel to be corrected according to a characteristic curve
X-values
Specified input channel values
Y-values
Result values assigned to the input channel values
Result channel
Input channel corrected by the characteristic curve
Description: The input channel is corrected according to a characteristic curve. The input channel values
(X-values) and corresponding result values (Y-values) must be supplied. The result values for X-values
lying between two adjacent input channel values are determined by linear interpolation of the
corresponding Y-values. It is necessary for equal numbers of X- and Y-values to be supplied. A maximum
of 60 each of X and Y-values is allowed. The X-values must be strictly monotonously growing.
The X- and Y-value data can, for example, be copied from the FAMOS Data Editor and inserted in the
corresponding input boxes.
Remark: The X-values are expressed in the physical units of the input channel. The scaling of the result is
automatically determined from the result values.