代码搜索：Raspberry Pi
找到约 10,000 项符合「Raspberry Pi」的源代码
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www.eeworm.com/read/182284/9209040
asv klse822.asv
function y=klse822()
clear;
clc;
close all;
%*******************相关参数定义************************%
for oo=0:6
SNRdB=8+oo;
nsp=3; %理想放
www.eeworm.com/read/182284/9209062
txt klse822.txt
function y=klse822()
clear;
clc;
close all;
%*******************相关参数定义************************%
for oo=0:6
SNRdB=8+oo;
nsp=3; %理想放
www.eeworm.com/read/182284/9209248
m shiyan_u0.m
%function y=klse822()
clear;
clc;
close all;
%*******************相关参数定义************************%
for oo=0:6
SNRdB=8+oo;
nsp=3; %理想
www.eeworm.com/read/182284/9209270
m sl.m
function [s1l,s2l]=sl(a,N,Tb,L,Eb,Be,Bo,b2,detaPHI,Long,G);
x=zeros(1,2*L+1);
s1l=zeros(1,2*L+1);
s2l=zeros(1,2*L+1);
for l=-L:1:L
f=l/(N*Tb);
pl=sqrt(Eb/Tb)*Tb*sinc(f*Tb);
Hf=1;%ex
www.eeworm.com/read/378919/9212971
m darray.m
% DARRAY Provides the radiation intensities UE (E-plane) and
% UH (H-plane), array gain GA (in dBi), element input
% impedancies ZIN and front-back ratio FBR (
www.eeworm.com/read/378919/9212977
m dbstubs.m
% DBSTUBS Provides the stub lengths LT1 near the load and LT2 near
% the generator.
%
% [LT1,LT2] = DBSTUBS(ZL,ZO,ZD,D1,D2)
%
% ZL, ZO and ZD are the load, charac
www.eeworm.com/read/378919/9212998
m parab.m
% PARAB Provides the radiation intensity U, the antenna gain GA
% in dBi and the aperture efficiency (in %) for a parabolic
% reflector.
%
% [U, GA, EAP] = PARAB(
www.eeworm.com/read/378919/9213003
m yagi.m
% YAGI Provides the radiation intensities UE (E-plane) and
% UH (H-plane), the array gain GA (in dBi), the elements
% input impedancies ZIN and front-back ratio
www.eeworm.com/read/378919/9213010
m helicals.m
% HELICALS Provides the diameter D and turn spacing S in wavelength,
% the number of turns N and the front-back ratio FBR in dB
% for a helical antenna.
%
% [D, S, N,
www.eeworm.com/read/378788/9215875
m ex_07_04_1.m
% ex_07_04_1.m : 习题 7.4
clear all;
close all;
N=33;
m=(N-1)/4;
n=1:N;
h(n)=0;
for k=0:(m-1)
n=4*k+2;
h(n+1)=8/(pi*(n-16))/(pi*(n-16));
end
h((N+1)/2)=0.5;
for k=0:(N-1)/2