INDUSTRIAL COMPUTER SOURCE
AOB8/16
| Card Type | Digital to analog converter |
| I/O Options | parallel port |
| Data Bus | 16-bit ISA |
| Card Size | Full-length |
CONNECTIONS |
|
Function |
Label |
| 25-pin connector | CN1 |
OUTPUT RANGE SETTINGS |
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Voltage Range |
J0/M |
J0/I |
J0/R |
0 to +5V |
Unipolar |
Unipolar |
5V |
-5V to +5V |
Bipolar |
Bipolar |
5V |
0 to +10V |
Unipolar |
Unipolar |
10V |
-10Vto +10V |
Bipolar |
Bipolar |
10V |
OUTPUT RANGE SETTINGS |
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Voltage Range |
J1/M |
J1/I |
J1/R |
0 to +5V |
Unipolar |
Unipolar |
5V |
-5V to +5V |
Bipolar |
Bipolar |
5V |
0 to +10V |
Unipolar |
Unipolar |
10V |
-10Vto +10V |
Bipolar |
Bipolar |
10V |
OUTPUT RANGE SETTINGS |
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Voltage Range |
J2/M |
J2/I |
J2/R |
0 to +5V |
Unipolar |
Unipolar |
5V |
-5V to +5V |
Bipolar |
Bipolar |
5V |
0 to +10V |
Unipolar |
Unipolar |
10V |
-10Vto +10V |
Bipolar |
Bipolar |
10V |
OUTPUT RANGE SETTINGS |
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Voltage Range |
J3/M |
J3/I |
J3/R |
0 to +5V |
Unipolar |
Unipolar |
5V |
-5V to +5V |
Bipolar |
Bipolar |
5V |
0 to +10V |
Unipolar |
Unipolar |
10V |
-10Vto +10V |
Bipolar |
Bipolar |
10V |
OUTPUT RANGE SETTINGS |
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Voltage Range |
J4/M |
J4/I |
J4/R |
0 to +5V |
Unipolar |
Unipolar |
5V |
-5V to +5V |
Bipolar |
Bipolar |
5V |
0 to +10V |
Unipolar |
Unipolar |
10V |
-10Vto +10V |
Bipolar |
Bipolar |
10V |
OUTPUT RANGE SETTINGS |
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Voltage Range |
J5/M |
J5/I |
J5/R |
0 to +5V |
Unipolar |
Unipolar |
5V |
-5V to +5V |
Bipolar |
Bipolar |
5V |
0 to +10V |
Unipolar |
Unipolar |
10V |
-10Vto +10V |
Bipolar |
Bipolar |
10V |
OUTPUT RANGE SETTINGS |
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Voltage Range |
J6/M |
J6/I |
J6/R |
0 to +5V |
Unipolar |
Unipolar |
5V |
-5V to +5V |
Bipolar |
Bipolar |
5V |
0 to +10V |
Unipolar |
Unipolar |
10V |
-10Vto +10V |
Bipolar |
Bipolar |
10V |
OUTPUT RANGE SETTINGS |
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Voltage Range |
J7/M |
J7/I |
J7/R |
0 to +5V |
Unipolar |
Unipolar |
5V |
-5V to +5V |
Bipolar |
Bipolar |
5V |
0 to +10V |
Unipolar |
Unipolar |
10V |
-10Vto +10V |
Bipolar |
Bipolar |
10V |
BASE I/O ADDRESS SELECTION |
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Setting |
S1/1 |
S1/2 |
S1/3 |
S1/4 |
S1/5 |
3E0h |
Off |
Off |
Off |
Off |
Off |
3C0h |
Off |
Off |
Off |
Off |
On |
380h |
Off |
Off |
Off |
On |
On |
» 300h |
Off |
Off |
On |
On |
On |
280h |
Off |
On |
Off |
On |
On |
200h |
Off |
On |
On |
On |
On |
1E0h |
On |
Off |
Off |
Off |
Off |
1C0h |
On |
Off |
Off |
Off |
On |
180h |
On |
Off |
Off |
On |
On |
100h |
On |
Off |
On |
On |
On |
Note: A total of 255 base address settings are available. The switches are a binary representation of the decimal memory addresses. S1/1 is the Most Significant Bit and switch S1/5 is the Least Significant Bit. The switches have the following decimal values: S1/1=512, S1/2=256, S1/3=128, S1/4=64, S1/5=32 Turn off the switches and add the values of the switches to obtain the correct memory address. (Off=1, On=0) The range for address is 100h-3FFh (except 1F0 through 1F8) in AT-class systems, and 200h-3FFh in XT-class systems. |
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