Software Installation:
Step 1: Place the floppy disk into A 
Step 2: A:\>D:
Step 3: D:\>MD NAPPCI.DOS
Step 4: D:\>cd NAPPCI.DOS
Step 5: D:\NAPPCI.DOS>COPY A:\NAPPCI.DOS\1202.EXE
Step 6: D:\NAPPCI.DOS\>1202
                     



The directory of PCI-1202 as follows:

  BC---Lib
     |	 P1202BCL.LIB	<--- Large mode library for Borland C++
     |	 P1202BCH.LIB	<--- Huge mode library for Borland C++
     |	 IOPORTL.LIB	<--- Large mode quad Bytes I/O library for Borland C++
     |	 IOPORTH.LIB	<--- huge mode quad Bytes I/O library for Borland C++
     |
     |-Driver
     |	 P1202DR.C	<--- Library source code
     |	 P1202DR.H	<--- include file for P1202DR.C
     |
     |--Demo
	 demo*.c	<--- all demo program source code
	 demo*.prj	<--- all demo program project file
			     (Note: these project files are for large mode)

  TC---Lib
     |	 P1202TCL.LIB	<--- Large mode library for Turbo C
     |	 P1202TCH.LIB	<--- Huge mode library for Turbo C
     |	 IOPORTL.LIB	<--- Large mode quad Bytes I/O library for Turbo C
     |	 IOPORTH.LIB	<--- huge mode quad Bytes I/O library for Turbo C
     |
     |-Driver
     |	 P1202DR.C	<--- Library source code
     |	 P1202DR.H	<--- include file for P1202DR.C
     |
     |--Demo
	 demo*.c	<--- all demo program source code
	 demo*.prj	<--- all demo program project file
			     (Note: these project files are for large mode)


  MSC---Lib
      |   P1202MCL.LIB	 <--- Large mode library for MSC
      |   P1202MCH.LIB	 <--- Huge mode library for MSC
      |   IOPORTL.LIB	 <--- Large mode quad Bytes I/O library for MSC
      |   IOPORTH.LIB	 <--- huge mode quad Bytes I/O library for MSC
      |
      |-Driver
      |   P1202DR.C	 <--- Library source code
      |   P1202DR.H	 <--- include file for P1202DR.C
      |
      |--Demo
	  demo*.c	 <--- all demo program source code
	  make*.bat	 <--- batch file to make .exe
			     (Note: these batch files are for large mode)


------------------- demo1 & demo2 ---------------------------
. D/I/O, D/A, A/D polling, general test
. demo1 --> for single board, demo2 --> for two board


------------------- demo3 & demo4 ---------------------------
. A/D software-trigger and pacer-trigger demo
. demo3 --> for single board, demo4 --> for two board


------------------- demo5 & demo6 ---------------------------
. M_Function_1 demo
. demo5 --> for single board, demo6 --> for two board
------------------- demo7 & demo8 ---------------------------
. M_Function_2 demo
. demo7 --> for single board, demo8 --> for two board
------------------- demo9 & demo10 --------------------------
. M_Function_3 demo
. demo9 --> for single board, demo10 --> for two board


------------------- demo11 & demo12 -------------------------
. MagicScan function demo
. demo11 --> for single board, demo12 --> for two board


------------------- demo13 -------------------------
. Continuous capture function demo
. demo13 --> for single board


------------------- demo15 ----------------------------------
. D/I/O test for board number identification
. demo13 --> for single board, demo14 --> for two board


------------------- demo16 ----------------------------------
. Performance evaluation for single board


------------------- demo17 ----------------------------------
. MagicScan demo1 for single board, scan sequence=4->3->5
------------------- demo18 ----------------------------------
. MagicScan demo2 for single board, scan 32 channel, show 0/1/15/16/17


------------------- demo19 ----------------------------------
. A/D Calibration for single board 
Note: Each PCI-1202 Series card is already fully calibrated when shipped from the factory,
so it is usually unnecessary to calibrate the board again unless the accuracy is lost.


------------------- demo29 [BC/TC only]----------------------
. MagicScan Testing for one board
------------------- demo30 [BC/TC only]----------------------
. Pacer Triger testing for single board
------------------- demo31 [BC/TC only]----------------------
. Polling testing for single board
------------------- demo32 [BC/TC only]----------------------
. Monitoring the incoming data when continous capture