代码搜索：信号电源
找到约 10,000 项符合「信号电源」的源代码
代码结果 10,000
www.eeworm.com/read/457708/1594961
m idfs.m
function [xn] = idfs(Xk,N)
% 计算逆离散付利叶级数(IDFS)
% ----------------------------------------
% [xn] = idfs(Xk,N)
% xn = 周期信号在 0
www.eeworm.com/read/457708/1595008
m mulaw_c.m
function [y] = mulaw_c(s,mu)
% mu-定律的压缩器
% -----------------
% [y] = mulaw_c(s,mu)
% y = 压缩了的输出信号
% s = -1 和 1之间的零均值归一化信号
% mu = 参数 mu
%
if mu == 0
y = s;
else
y = (log(1+mu*abs(s)
www.eeworm.com/read/457708/1595093
m ex031800.m
% 第三章: 例 3.18:
%
% 模拟信号
Dt = 0.00005;
t = -0.005:Dt:0.005;
xa = exp(-1000*abs(t));
% 离散时间信号
Ts = 0.001; n = -5:1:5;
x = exp(-1000*abs(n*Ts));
% 离散时间付利叶变换
K = 500; k = 0:1:K;
w = pi*k/K;
X
www.eeworm.com/read/457708/1595101
m ex03180a.m
% 第三章: 例 3.18a:
%
% 模拟信号
Dt = 0.00005;
t = -0.005:Dt:0.005;
xa = exp(-1000*abs(t));
% 离散时间信号
Ts = 0.0002; n = -25:1:25;
x = exp(-1000*abs(n*Ts));
% 离散时间付利叶变换
K = 500; k = 0:1:K;
w = pi*k/K;
www.eeworm.com/read/457708/1595102
m ex032100.m
% 第三章 : 例 3.21
% 利用stairs和plot函数进行重构
%
figure(1); clf
% 离散时间信号 x1(n) : Ts = 0.0002
Ts = 0.0002; n = -25:1:25; nTs = n*Ts;
x = exp(-1000*abs(nTs));
% 利用stairs重构模拟信号
subplot(2,1,1);
www.eeworm.com/read/223541/4810742
c exint3.c
#include "config.h"
extern void GetLeak(void);
extern uint16 ad_result(void);
void __irq IRQ_Eint3 (void)
{
/* 等待外部中断信号恢复为高电平
若信号保持为低电平，中断标志会一直置位。*/
EXTINT = 0x08;
//IRQDisable();
AdT
www.eeworm.com/read/341597/3247960
m idfs.m
function [xn] = idfs(Xk,N)
% 计算逆离散付利叶级数(IDFS)
% ----------------------------------------
% [xn] = idfs(Xk,N)
% xn = 周期信号在 0
www.eeworm.com/read/341597/3248007
m mulaw_c.m
function [y] = mulaw_c(s,mu)
% mu-定律的压缩器
% -----------------
% [y] = mulaw_c(s,mu)
% y = 压缩了的输出信号
% s = -1 和 1之间的零均值归一化信号
% mu = 参数 mu
%
if mu == 0
y = s;
else
y = (log(1+mu*abs(s)
www.eeworm.com/read/341597/3248092
m ex031800.m
% 第三章: 例 3.18:
%
% 模拟信号
Dt = 0.00005;
t = -0.005:Dt:0.005;
xa = exp(-1000*abs(t));
% 离散时间信号
Ts = 0.001; n = -5:1:5;
x = exp(-1000*abs(n*Ts));
% 离散时间付利叶变换
K = 500; k = 0:1:K;
w = pi*k/K;
X
www.eeworm.com/read/341597/3248100
m ex03180a.m
% 第三章: 例 3.18a:
%
% 模拟信号
Dt = 0.00005;
t = -0.005:Dt:0.005;
xa = exp(-1000*abs(t));
% 离散时间信号
Ts = 0.0002; n = -25:1:25;
x = exp(-1000*abs(n*Ts));
% 离散时间付利叶变换
K = 500; k = 0:1:K;
w = pi*k/K;