Card Type	Data Aquisition
Chip Set	Unidentified
Maximum Onboard Memory	Unidentified
I/O Options	Analog input, digital input
Hard Drives supported	None
Floppy drives supported	None
Data Bus	8-bit ISA
Card Size	Half length

CONNECTIONS
Function	Label	Function	Label
37-pin analog/digital signals connector	J1	Bipolar offset selector	P2
A/D converter gain selector	P1	Unipolar offset selector	P3

USER CONFIGURABLE SETTINGS
Function		Label	Position
»	1.02 MHz PIT clock 1 input	JP8	Pins 1 & 2 closed
	External PIT clock 1 input	JP8	Pins 2 & 3 closed
»	Factory configured - do not alter	JP11	Open
»	A/D channel not sequenced	JP12	Open
	A/D channel auto sequenced	JP12	Closed

DIGITAL INPUT/OUTPUT SELECTION
Setting		Label	Position
»	Digital I/O inputs (0-3)	JP4	Open
	Digital I/O outputs (0-3)	JP4	Closed
»	Digital I/O inputs (4-7)	JP5	Open
	Digital I/O outputs (4-7)	JP5	Closed
»	Digital I/O outputs (8-11)	JP6	Closed
	Digital I/O inputs (8-11)	JP6	Open
»	Digital I/O outputs (12-15)	JP7	Closed
	Digital I/O inputs (12-15)	JP7	Open

A/D TRIGGER SOURCE SELECTION
Source	JP1
Software trigger only	Open
External trigger	Pins 1 & 2 closed
PIT counter 0 trigger	Pins 2 & 3 closed

A/D RANGE SELECTION
Polarity		Voltage	JP2	JP3	JP9	JP10
»	Bipolar	+ 10V	Pins 1 & 2	Pins 1 & 2	Pins 1 & 2	Pins 1 & 2
	Bipolar	+ 5V	Pins 1 & 2	Pins 1 & 2	Pins 2 & 3	Pins 1 & 2
	Unipolar	0-10V	Pins 2 & 3	Pins 2 & 3	Pins 2 & 3	Pins 2 & 3
Note: Pins designated are in the closed position

BASE I/O ADDRESS SELECTION
Setting		W9	W8	W7	W6	W5	W4
	000h	Closed	Closed	Closed	Closed	Closed	Closed
	010h	Closed	Closed	Closed	Closed	Closed	Open
	020h	Closed	Closed	Closed	Closed	Open	Closed
	030h	Closed	Closed	Closed	Closed	Open	Open
	040h	Closed	Closed	Closed	Open	Closed	Closed
»	200h	Open	Closed	Closed	Closed	Closed	Closed
	3B0h	Open	Open	Open	Closed	Open	Open
	3C0h	Open	Open	Open	Open	Closed	Closed
	3D0h	Open	Open	Open	Open	Closed	Open
	3E0h	Open	Open	Open	Open	Open	Closed
	3F0h	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. W9 is the Most Significant Bit and switch W4 is the Least Significant Bit. The switches have the following decimal values: W9=512, W8=256, W7=128, W6=64, W5=32, W4=16. Turn off the switches and add the values of the switches to obtain the correct memory address. (Close=0, Open=1)