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RF 的代码
rf4.asv
close all; % close all opened graphs
clear all; % clear all variables
smith_chart; % create a Smith Chart
s11=0.65*exp(j*(-25)/180*pi);
s12=0.11*exp(j*(+9)/180*pi);
s21=5.0*exp(j*(+110)/180*p
rf4.m
close all; % close all opened graphs
clear all; % clear all variables
smith_chart; % create a Smith Chart
s11=0.65*exp(j*(-25)/180*pi);
s12=0.11*exp(j*(+9)/180*pi);
s21=5.0*exp(j*(+110)/180*p
rf5.asv
%
% In this example we plot the constant operating power gain
% circle and choose a load reflection coefficient G_L.
% Based on this G_L the input reflection coefficient is computed
%
%
rf2.asv
%
% This program generates a Smith Chart plot for Example 8.3
%
% Copyright (c) 1999 by P.Bretchko and R.Ludwig
% "RF Circuit Design: Theory and Practice"
%
close all; % close all opene
rf5.m
%
% In this example we plot the constant operating power gain
% circle and choose a load reflection coefficient G_L.
% Based on this G_L the input reflection coefficient is computed
%
%
rf3.asv
s11=0.57*exp(j*(-80)/180*pi);
s12=0.016*exp(j*(+169)/180*pi);
s21=1.79*exp(j*(+74)/180*pi);
s22=0.85*exp(j*(-26)/180*pi);
s_param=[s11,s12;s21,s22];
delta=abs(det(s_param))
k=(1-abs(s11)^2-abs(s
rf3.m
s11=0.57*exp(j*(-80)/180*pi);
s12=0.016*exp(j*(+169)/180*pi);
s21=1.79*exp(j*(+74)/180*pi);
s22=0.85*exp(j*(-26)/180*pi);
s_param=[s11,s12;s21,s22];
delta=abs(det(s_param))
k=(1-abs(s11)^2-abs(s
rf2.m
%
% This program generates a Smith Chart plot for Example 8.3
%
% Copyright (c) 1999 by P.Bretchko and R.Ludwig
% "RF Circuit Design: Theory and Practice"
%
close all; % close all opene
rf_fun.c
#include "io430.h"
#include "in430.h"
#include "CC1100.h"
#include "hal_msp430.h"
#include "spi.c"
void halMcuWaitUs(uint16 usec) // 5 cycles for calling
{
// The least we can wait is 3 use