52
5.5.2
Offset Voltage
Use jumper B51 to select the common offset voltage for all input channels.
5.6
Pin Assignment
The pin assignment of the X1 front connector of the ES1650.1 Piggyback Car-
rier Board depends on whether the piggyback is mounted in position A (top)
or in position B (bottom).
The pin assignment for each position of the piggyback is shown in a table.
"A" indicates the non-inverting and "B" the inverting input of the channel. If
you want to measure a voltage, the signal has to be applied between connec-
tions A and B.
The number following the letter indicates the channel number.
5
BP5, BM5
Open
Closed
0-10 V and +/-10 V
0-5 V and +/-5 V
6
BP6, BM6
Open
Closed
0-10 V and +/-10 V
0-5 V and +/-5 V
7
BP7, BM7
Open
Closed
0-10 V and +/-10 V
0-5 V and +/-5 V
Solder Strap
Position
Input Voltage
B51
1-3 closed
No
additional offset voltage at each
input
B51
1-2 closed
Approx. 7.5 mV offset voltage at
each input
Tab. 5-2
Offset Voltage of the PB1650ADC1.1
Signal
X1 Pin
Signal
X1 Pin
A0(+)
50
B0(-)
17
A1(+)
16
B1(-)
32
A2(+)
48
B2(-)
15
A3(+)
14
B3(-)
30
A4(+)
46
B4(-)
13
A5(+)
12
B5(-)
28
Tab. 5-3
Pin Assignment of the PB1650ADC1.1 - Piggyback in Position A
Input Channel
Solder Strap
Position
Input Voltage Range
Tab. 5-1
Input Voltage Range of the PB1650ADC1.1 (cont’d)
Summary of Contents for ES1650.1
Page 1: ...ES1650 1 Piggyback Carrier Board User s Guide ...
Page 10: ...Introduction 10 ...
Page 20: ...20 Physical Dimensions Circuit board 100 x 160 mm Front panel Height 3 U Width 4 HP 20 3 mm ...
Page 45: ...45 Physical Dimensions Length 100 mm Width 48 mm Depth 12 mm ...
Page 46: ...46 ...
Page 64: ...PB1650PRT1 1 Prototyping Piggyback 64 ...
Page 82: ...82 ...
