ACQUTEK CORPORATION
PA-CP12
| Description | Detailed Description | Pinout |
|
Card Type |
Data acquisition |
|
|
Chipset |
Unidentified |
|
|
I/O Options |
Analog input, digital input, digital I/O (2) |
|
|
Data Bus |
8/16 bit ISA |
|
CONNECTIONS |
|||
|
Function |
Label |
Function |
Label |
|
Digital XDI output module connector |
CON1 |
D/A converter range selector |
VR30 |
|
Digital XDI input module connector |
CON2 |
D/A converter offset selector |
VR31 |
|
Analog/digital I/O (see pinout below) |
J1 |
A/D converter range selector |
VR32 |
|
External clock input (see pinout below) |
J4 |
A/D converter offset selector |
VR33 |
|
J1 PINOUT |
|||
|
Function |
Pin |
Function |
Pin |
|
D/A signal ground |
1 |
A/D channel 9 positive |
28 |
|
Not used |
2 |
A/D channel 8 positive |
29 |
|
Ground |
3-19 |
A/D channel 7 positive |
30 |
|
D/A signal out |
20 |
A/D channel 6 positive |
31 |
|
Not used |
21 |
A/D channel 5 positive |
32 |
|
A/D channel 15 positive |
22 |
A/D channel 4 positive |
33 |
|
A/D channel 14 positive |
23 |
A/D channel 3 positive |
34 |
|
A/D channel 13 positive |
24 |
A/D channel 2 positive |
35 |
|
A/D channel 12 positive |
25 |
A/D channel 1 positive |
36 |
|
A/D channel 11 positive |
26 |
A/D channel 0 positive |
37 |
|
A/D channel 10 positive |
27 | ||
|
J4 PINOUT |
|||
|
Function |
Pin |
Function |
Pin |
|
+5V DC out |
1 |
Ground |
3 |
|
Clock signal in |
2 | ||
|
USER CONFIGURABLE SETTINGS |
|||
|
Setting |
Label |
Position |
|
| » | Factory configured - do not alter |
JP1/C |
Open |
| » | Factory configured - do not alter |
JP2/C |
Open |
|
INPUT VOLTAGE SELECTION |
||||
|
Setting |
JP1/A |
JP1/B |
JP1/D |
JP1/E |
|
0V to 5V |
Open |
Closed |
Open |
Open |
|
0V to 10V |
Closed |
Open |
Open |
Open |
|
-5V to 5V |
Open |
Closed |
Closed |
Closed |
|
-10V to 10V |
Closed |
Open |
Closed |
Closed |
|
OUTPUT VOLTAGE SELECTION |
|||
|
Setting |
JP2/A |
JP2/B |
JP2/D |
|
0V to 5V |
Open |
Closed |
Open |
|
0V to 10V |
Closed |
Open |
Open |
|
-5V to 5V |
Open |
Closed |
Closed |
|
-10V to 10V |
Closed |
Open |
Closed |
|
INTERRUPT SELECTION |
||||||
|
Setting |
JP3/A |
JP3/B |
JP3/C |
JP3/D |
JP3/E |
|
|
IR/FONT> |
Open |
Open |
Open |
Open |
Pins 1 & 2 |
|
|
IRQ3 |
Open |
Open |
Open |
Pins 1 & 2 |
Open |
|
|
IRQ4 |
Open |
Open |
Pins 1 & 2 |
Open |
Open |
|
|
IRQ5 |
Open |
Pins 1 & 2 |
Open |
Open |
Open |
|
|
IRQ7 |
Pins 1 & 2 |
Open |
Open |
Open |
Open |
|
|
IRQ10 |
Open |
Open |
Open |
Open |
Pins 2 & 3 |
|
|
IRQ11 |
Open |
Open |
Open |
Pins 2 & 3 |
Open |
|
|
IRQ12 |
Open |
Open |
Pins 2 & 3 |
Open |
Open |
|
|
IRQ14 |
Open |
Pins 2 & 3 |
Open |
Open |
Open |
|
|
IRQ15 |
Pins 2 & 3 |
Open |
Open |
Open |
Open |
|
| » | Disabled |
Open |
Open |
Open |
Open |
Open |
|
Note:Pins designated are in the closed position. | ||||||
|
BASE I/O ADDRESS SELECTION |
|||||||||
|
Setting |
JP4/A |
JP4/B |
JP4/C |
JP4/D |
JP4/E |
JP4/F |
JP4/G |
JP4/H |
|
|
000h |
Closed |
Closed |
Closed |
Closed |
Closed |
Closed |
Closed |
Closed |
|
|
010h |
Closed |
Closed |
Closed |
Closed |
Closed |
Closed |
Closed |
Open |
|
|
020h |
Closed |
Closed |
Closed |
Closed |
Closed |
Closed |
Open |
Closed |
|
|
030h |
Closed |
Closed |
Closed |
Closed |
Closed |
Closed |
Open |
Open |
|
|
040h |
Closed |
Closed |
Closed |
Closed |
Closed |
Open |
Closed |
Closed |
|
| » | 2E0h |
Closed |
Closed |
Open |
Closed |
Open |
Open |
Open |
Closed |
|
FB0h |
Open |
Open |
Open |
Open |
Open |
Closed |
Open |
Open |
|
|
FC0h |
Open |
Open |
Open |
Open |
Open |
Open |
Closed |
Closed |
|
|
FD0h |
Open |
Open |
Open |
Open |
Open |
Open |
Closed |
Open |
|
|
FE0h |
Open |
Open |
Open |
Open |
Open |
Open |
Open |
Closed |
|
|
FF0h |
Open |
Open |
Open |
Open |
Open |
Open |
Open |
Open |
|
|
Note: A total of 256 base address settings are available. The jumpers are a binary representation of the decimal memory addresses. JP4/A is the Most Significant Bit and jumper JP4/H is the Least Significant Bit. The jumpers have the following decimal values: JP4/A=2048, JP4/B=1024, JP4/C=512, JP4/D=256, JP4/E=128, JP4/F=64, JP4/G=32, JP4/H=16. Open the jumpers and add the values of the jumpers that are open to obtain the correct memory address. (Open=1, Closed=0) | |||||||||