AWG_README.m

%% AWG README
% This is the readme document for the MATLAB AWG Interface for ACQ400
% products from D-TACQ Solutions.
%
% An example run of AWG control is shown before delving into the
% constituent parts of the application. This detail should allow you to
% tweak the application or create your own custom interface.
%
% Click on the hyperlinks in this document to go to detailed views of the
% constituent functions. The most detailed discussion of the interface to
% the card is given in <wavegen.html wavegen.m>.


%% Example Run
% * Execute the |initialise_demo| script.
%
%  >> initialise_demo
%
% * Some plots should appear and you will notice that new workspace variables
% have been created.
%
% <<workspace.png>>
%
% * Next, you should define your UUT (Unit Under Test) as follows.

global UUT
% Without DNS
UUT = '10.12.196.103'; % IP address of YOUR product, this is just an example.
% With DNS
UUT = 'acq1001_025';
%%%
% * From here call the |wavegen_go| function with arguments
%
%  >> wavegen_go(x1,x2,x3,x4)
%
%  Readback from UUT
%  stat:/usr/local/awgdata/ch/ch01 length:32768
%  New ChanDef:16384
%  stat:/usr/local/awgdata/ch/ch02 length:32768
%  New ChanDef:16384
%  stat:/usr/local/awgdata/ch/ch03 length:32768
%  New ChanDef:16384
%  stat:/usr/local/awgdata/ch/ch04 length:32768
%  New ChanDef:16384

%%%
% * Now through an oscilloscope or acquisition software we can see those generated 
% signals output on the UUT. In this case x1 thru x4 are sine waves offset
% by 45 degrees.
%
% <<AWG.gif>>
%


%% <wavegen_go.html wavegen_go.m>

%% <wavegen.html wavegen.m>

%% <write_to_ALL_CH.html write_to_ALL_CH.m>

%% <write_to_CH.html write_to_CH.m>
    
%% <soft_trigger.html soft_trigger.m>

%% <initialise_demo.html initialise_demo.m>