代码搜索：LP
找到约 9,457 项符合「LP」的源代码
代码结果 9,457
www.eeworm.com/read/369090/9662615
c lp1.c
www.eeworm.com/read/171074/9772451
m ideal_lp.m
function hd = ideal_lp(wc,M);
% 理想低通滤波器计算
% --------------------------------
% [hd] = ideal_lp(wc,M)
% hd = 0 to M-1之间的理想脉冲响应
% wc = 截止频率(弧度)
% M = 理想滤波器的长度
%
alpha = (M-1)/2;
n = [0:1:(
www.eeworm.com/read/366988/9786258
v ffd_lp.v
`timescale 1ns/10ps
module FFD_lp(data,clock,reset,q);
output q;
input data,clock,reset;
reg q;
always@(negedge clock or negedge reset)
if(~reset)
q
www.eeworm.com/read/366857/9795811
m lp51.m
a=8.335;lambda=0.6328;nc=1.462420;ng=1.457420;
v=(2*pi*a/lambda)*sqrt(nc^2-ng^2);
u51=7.9096;neff51=sqrt(nc^2-(u51/(2*pi*a/lambda))^2);
w51=sqrt(v^2-u51^2);
rc=[0:0.1:a];
Src=size(rc);
for m=1:S
www.eeworm.com/read/366857/9795812
m lp13.m
a=8.335;lambda=0.6328;nc=1.462420;ng=1.457420;
v=(2*pi*a/lambda)*sqrt(nc^2-ng^2);
umax=v;umin=0;wmax=v;wmin=0;
u=[0:0.1:v];
Su=size(u);
for m=1:Su(2);
J(m)=u(m)*besselj(4,u(m))/besselj(3,u(m
www.eeworm.com/read/366857/9795814
m lp02.m
a=8.335;lambda=0.6328;nc=1.462420;ng=1.457420;
v=(2*pi*a/lambda)*sqrt(nc^2-ng^2);
umax=v;umin=0;wmax=v;wmin=0;
u=[0:0.1:v];
Su=size(u);
for m=1:Su(2);
J(m)=u(m)*besselj(1,u(m))/besselj(0,u(m
www.eeworm.com/read/366857/9795815
m lp61.m
a=8.335;lambda=0.6328;nc=1.462420;ng=1.457420;
v=(2*pi*a/lambda)*sqrt(nc^2-ng^2);
u61=8.9390;neff61=sqrt(nc^2-(u61/(2*pi*a/lambda))^2);
w61=sqrt(v^2-u61^2);
rc=[0:0.1:a];
Src=size(rc);
for m=1:S
www.eeworm.com/read/366857/9795818
m lp03.m
a=8.335;lambda=0.6328;nc=1.462420;ng=1.457420;
v=(2*pi*a/lambda)*sqrt(nc^2-ng^2);
umax=v;umin=0;wmax=v;wmin=0;
u=[0:0.1:v];
Su=size(u);
for m=1:Su(2);
J(m)=u(m)*besselj(1,u(m))/besselj(0,u(m
www.eeworm.com/read/366857/9795820
m lp01.m
a=8.335;lambda=0.6328;nc=1.462420;ng=1.457420;
v=(2*pi*a/lambda)*sqrt(nc^2-ng^2);
%以上是算归一化频率
umax=v;umin=0;wmax=v;wmin=0;
u=[0:0.1:v];
Su=size(u);
for m=1:Su(2);
J(m)=u(m)*besselj(1,u(m))/b
www.eeworm.com/read/366857/9795822
m lp22.m
a=8.335;lambda=0.6328;nc=1.462420;ng=1.457420;
v=(2*pi*a/lambda)*sqrt(nc^2-ng^2);
u22=7.5677;neff22=sqrt(nc^2-(u22/(2*pi*a/lambda))^2);
w22=sqrt(v^2-u22^2);
rc=[0:0.1:a];
Src=size(rc);
for m=1:S