代码搜索：Rectangular
找到约 1,427 项符合「Rectangular」的源代码
代码结果 1,427
www.eeworm.com/read/276402/10741789
m cp0301_ppm_sin.m
%
% FUNCTION 3.1 : "cp0301_PPM_sin"
%
% Generation of a PPM-UWB signal in the case of a
% sinusoidal modulating signal and rectangular pulses
%
% Transmitted power is fixed at 'Pow'
% The sign
www.eeworm.com/read/471049/6904517
m coordaxes.m
function [x,y] = coordAxes(freq, time, sampleRate, pulseLength)
% time = imput sequence Length (x axis)
% freq = the frequency axis length (y axis)
% sampleRate = this is the chip length in a sing
www.eeworm.com/read/467324/7009795
m rectab.m
function y=rectab(x,a,b)
% y=rectab(x) determines a rectangular function of
% width b centered at a (b>0)
y=((x>(a-b/2)) & (x
www.eeworm.com/read/466476/7035946
m rectab.m
function y=rectab(x,a,b)
% y=rectab(x) determines a rectangular function of
% width b centered at a (b>0)
y=((x>(a-b/2)) & (x
www.eeworm.com/read/463748/7175993
m rectab.m
function y=rectab(x,a,b)
% y=rectab(x) determines a rectangular function of
% width b centered at a (b>0)
y=((x>(a-b/2)) & (x
www.eeworm.com/read/460255/7254769
m pr.m
% PR.m
% Polar Coordinates to Rectangular Coordinates Transform
function [ich4,qch4]=PR(out2_an,out2_pn)
n=length(out2_an);
for i=1:n
ich4(i)=out2_an(i)*cos(out2_pn(i));
qch4(i)=out2_an(
www.eeworm.com/read/459905/7263637
m rectab.m
function y=rectab(x,a,b)
% y=rectab(x) determines a rectangular function of
% width b centered at a (b>0)
y=((x>(a-b/2)) & (x
www.eeworm.com/read/459044/7283905
mdl ch7example16.mdl
Model {
Name "ch7example16"
Version 5.0
SaveDefaultBlockParams on
SampleTimeColors off
LibraryLinkDisplay "none"
WideLines off
ShowLineDimensions off
ShowPortD
www.eeworm.com/read/456354/7351332
m rectab.m
function y=rectab(x,a,b)
% y=rectab(x) determines a rectangular function of
% width b centered at a (b>0)
y=((x>(a-b/2)) & (x
www.eeworm.com/read/447257/7555576
asv genrect.asv
%
% FUNCTION 1.1 : "cp0101_genrect"
%
% Generates a unitary amplitude rectangular waveform
% which is modulated by a sinusoid at frequency 'f0'
% 'signal' is the output waveform
% 'dt' is the sa