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IPETRONIK IPEmotion PlugIn IPETRONIK-X - Page 28

IPETRONIK IPEmotion PlugIn IPETRONIK-X
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IPETRONIK PlugIn X V02.14.00
IPETRONIK GmbH & Co. KG
27/ 87
Bridge completion
IN+
5M
5M
20k
20k
R1
R2 R2
IN-
+0.5/ +1.25/ +2.5/ +5 V
-0.5/ -1.25/ -2.5/ -5 V
GND
GND
+SENS
-SENS
+VOUT
-VOUT
++
--
R = selectable from 120/350/1000 R
Bridge
Half bridge to full
bridge completion
Quarter bridge to half
bridge completion
Measurement input
Sx-STG supports the following types of bridge completion:
quarter bridge to full bridge (fixed half bridge + selectable supplementation resistor)
half bridge to full bridge (fixed half bridge)
Shunt check
IN+
5M
5M
R
Shunt
20k
20k
R4
Q1, Q2, Q3, Q4: Quadrant
R3
R1 R1
R2
Q4 Q1 Q1
Q3 Q2 Q2
R2
IN-
+0.5/ +1.25/ +2.5/ +5 V
-0.5/ -1.25/ -2.5/ -5 V
GND
GND
+SENS
-SENS
+VOUT
-VOUT
++
--
Full bridge, shunt check
at quadrant Q1 (R1)
half bridge, shunt check
at quadrant Q1 (R1)
R = selectable
Shunt
Measurement input
With the shunt check an internal resistor is temporarily connected to one quadrant (section) or consecutively
to all sections of the bridge circuit. This has a definite affect on the output of the bridge. Is the shunt check
executed before start and after the end of each measurement task, the correct function (offset, gain, stability)
of the sensor can be validated by comparing the results.
The shunt check can be initiated during
- the configuration mode
- the measurement mode
The parameters of the shunt check can be output in CSV format to the software to be stored and used later
on. In order to identify the shunt check results within the data record, start and end of the shunt check
process is marked with a series of -FS (Minus Full Scale) values.

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