代码搜索：同步信号

找到约 10,000 项符合「同步信号」的源代码

代码结果 10,000
热门代码： main.c GPIO I2C SPI UART timer interrupt ADC PWM LED
www.eeworm.com/read/318233/3571094

m program_10_08.m

% 采用补零的扩展模式 （参见dwtmode函数） % 装载一维信号 load sumsin; s = sumsin; subplot(2,1,1);plot(s);title('原始信号'); %使用sym4进行尺度为5的分解 [c,l] = wavedec(s,5,'sym4'); % 从小波分解结构[c,l]，重构尺度为5的低频部分 a5 = wrcoef('a',c,l,'
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www.eeworm.com/read/312898/3647595

m pllc.m

len=1000; %仿真数据长度 %QPSK信号源 I_Data=randint(N,1)*2-1; Q_Data=randint(N,1)*2-1; s=I_Data + j*Q_Data; %载波信号 Freq_Sample=2400; %采样率 Delta_Freq=-60; %频偏 Time_Sample=1/Freq_Sample; %每个采样值的持续
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www.eeworm.com/read/311745/3677954

m pllc.m

len=1000; %仿真数据长度 %QPSK信号源 I_Data=randint(N,1)*2-1; Q_Data=randint(N,1)*2-1; s=I_Data + j*Q_Data; %载波信号 Freq_Sample=2400; %采样率 Delta_Freq=-60; %频偏 Time_Sample=1/Freq_Sample; %每个采样值的持续
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www.eeworm.com/read/442451/1761690

m pllc.m

len=1000; %仿真数据长度 %QPSK信号源 I_Data=randint(N,1)*2-1; Q_Data=randint(N,1)*2-1; s=I_Data + j*Q_Data; %载波信号 Freq_Sample=2400; %采样率 Delta_Freq=-60; %频偏 Time_Sample=1/Freq_Sample; %每个采样值的持续
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www.eeworm.com/read/379834/2666626

m pllc.m

len=1000; %仿真数据长度 %QPSK信号源 I_Data=randint(N,1)*2-1; Q_Data=randint(N,1)*2-1; s=I_Data + j*Q_Data; %载波信号 Freq_Sample=2400; %采样率 Delta_Freq=-60; %频偏 Time_Sample=1/Freq_Sample; %每个采样值的持续
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www.eeworm.com/read/379055/2677346

m pllc.m

len=1000; %仿真数据长度 %QPSK信号源 I_Data=randint(N,1)*2-1; Q_Data=randint(N,1)*2-1; s=I_Data + j*Q_Data; %载波信号 Freq_Sample=2400; %采样率 Delta_Freq=-60; %频偏 Time_Sample=1/Freq_Sample; %每个采样值的持续
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www.eeworm.com/read/474679/6804837

m arxinhao_ar.m

clear clf' clc N=100; Fs=500; %产生x1信号即AR信号 vn=rands(1,N); xn=zeros(1,N); xn(1)=vn(1);xn(2)=vn(2); a1=0.78; a2=-0.96; for n=3:N xn(n)=vn(n)+a1*xn(n-1)+a2*xn(n-2); end p=floor(length(x
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www.eeworm.com/read/474679/6804841

asv arxinhao_ar0611.asv

clear clf' clc N=100; Fs=500; %产生x1信号即AR信号 vn=rands(1,N); xn=zeros(1,N); xn(1)=vn(1);xn(2)=vn(2); a2=-(0.58*exp(j*1*pi/8)+0.99*exp(-j*1*pi/8)); a1=0.58*exp(j*1*pi/8)*0.99*exp(-j*1*pi/8); fo
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www.eeworm.com/read/474679/6804849

asv arxinhao_ar.asv

clear clf' clc N=100; Fs=500; %产生x1信号即AR信号 vn=rands(1,N); xn=zeros(1,N); xn(1)=vn(1);xn(2)=vn(2); a1=0.78; a2=-0.96; for n=3:N xn(n)=vn(n)+a1*xn(n-1)+a2*xn(n-2) end [a e k]=arburg(xn
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www.eeworm.com/read/474412/6808969

c led2.c

#include #define uchar unsigned char #define uint unsigned int #define BLKN 2 //列锁存器数 sbit G=0x97; //P1.7为显示允许控制信号端 sbit RCLK=0x96; //P1.6为输出锁存器时钟信号端 sbit SCLR=0x95;
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