Code covered by the BSD License
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ADVFigure(varargin)
ADVFIGURE M-file for ADVFigure.fig
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IOConfig(varargin)
IOCONFIG M-file for IOConfig.fig
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demod_demo
MATLAB Demo for Agilent MXA Signal Analyzer
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tuneAndListen(varargin)
TUNEANDLISTEN M-file for tuneAndListen.fig
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ADV_Close()
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ADV_DataToBuffer( handle, dat...
ADV_DataToBuffer Stores spectrum data into the persistence buffer.
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ADV_Initialize()
ADV_Initialize Initializes the Advanced Data Visualization library.
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ADV_Reset( handle )
ADV_INITPERSISTBUFFER Summary of this function goes here
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ADV_SetDisplayMode( handle, m...
ADV_SETDISPLAYMODE Changes the module to the specified display mode.
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ADV_Start()
ADV_START Launches the Advanced Data Visualization program.
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MXA_AcquireData( handle )
MXA_AcquireData Triggers a sweep and reads back the trace.
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MXA_GetXAxisArray( handle )
MXA_GetXAxisArray Returns an array of the x-axis frequency points.
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MXA_GetYScaling( handle )
MXA_GetYScaling Returns the y scaling parameters from the MXA.
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MXA_Initialize( vendor, addre...
MXA_Initialize Initializes the instrument control connection to the MXA.
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[y,samplePeriod]=saAcquisitio...
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example6
MATLAB/MXA example 6
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example8
MATLAB/MXA example 8
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y=kernelResample2(N,x,start,s...
y=rResampleF(N,x,start,step)
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y=myamdemod(x,T);
construct a high pass filter
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y=myfmdemod(x)
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y=saListen(hnd, fc, bw, time,...
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AcquireIQdata.m
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C:\Program Files\MATLAB\R2006...
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View all files
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| MXA_GetXAxisArray( handle )
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function X = MXA_GetXAxisArray( handle )
% MXA_GetXAxisArray Returns an array of the x-axis frequency points.
global g_MXASampleData;
if handle ~= -1
%*---------------------------------------------------*
% Live mode
%*---------------------------------------------------*
% Read the center frequency
center=query(handle,'FREQ:CENT?','%s','%f');
% Read the span
span=query(handle,'FREQ:SPAN?','%s','%f');
% Read the number of points
points=query(handle,':SWE:POIN?','%s','%d');
else
%*---------------------------------------------------*
% Debug mode
%*---------------------------------------------------*
center = 1.0e9;
span = 100e6;
points = size( g_MXASampleData, 1 );
end
% Create the array of x-axis values
start = center - (span / 2);
stop = center + (span / 2);
incr = (stop - start) / (points - 1);
X = start:incr:stop;
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