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)