代码搜索：cutoff 有哪些应用？
找到约 10,000 项符合「cutoff 有哪些应用？」的源代码
代码结果 10,000
www.eeworm.com/read/455176/7376947
m buttlpf.m
function [filtr] = buttLPF(f,cutoff,n)
%**************************************************************
% buttLPF
%
% Generates a matrix determining the transfer function of a
% Butterworth Filter
www.eeworm.com/read/454809/7382618
m 例9-22 .m
gp=gauspuls('cutoff',1000,0-6,[],-40)
tgp=-gp:-00001:gp
[gpi,gpq,gpe]=gauspuls(tgp,1000,0-6)
subplot(2,2,1)
plot(tgp,gpi)
subplot(2,2,2)
plot(tgp,gpq)
www.eeworm.com/read/453432/7420841
m fig5_20.m
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Figure 5.20
% Prolate spheroidal functions
% M-element array, d=lambda/2
% updated by Lillian Xu 04/05/2001
% K. Bell 7/23/01, 10/23/01, 1/16/08
%%%%%%%%%%%%%%
www.eeworm.com/read/449504/7502098
m pgranger.m
function pgranger(result,varargin)
% PURPOSE: prints VAR model Granger-causality results
% --------------------------------------------------
% USAGE: pgranger(results,varargin);
% where: result
www.eeworm.com/read/448259/7535728
m ideal_bp1.m
function hd=ideal_bp1(Wcl,Wch,N)
% compute the ideal bandpass fiter unit pulse respondence hd(n)
% wcl: low cutoff frequency
% wch: high cutoff frequency
% N: window length
% hd: unit pulse respo
www.eeworm.com/read/448259/7535749
m ideal_bp2.m
function hd=ideal_bp2(Wcl,Wch,N)
% compute the ideal bandpass fiter unit pulse respondence hd(n)
% wcl: low cutoff frequency
% wch: high cutoff frequency
% N: window length
% hd: unit pulse respo
www.eeworm.com/read/448259/7535751
m ideal_bs.m
function hd=ideal_bs(Wcl,Wch,N)
% compute the ideal bandstop fiter unit pulse respondence hd(n)
% wcl: low cutoff frequency
% wch: high cutoff frequency
% N: window length
% hd: unit pulse respon
www.eeworm.com/read/448259/7535805
m exa1_35.m
% exa1-35_gauspuls.m for example 1-35
% gauspuls function
clear all;
fs=1000000; %sample frequency
tc=gauspuls('cutoff',50e3,0.6,[],-40);
t=-tc:1/fs:tc;
yi=gauspuls(t,50e3,0.6);
plot(t,yi)
www.eeworm.com/read/445470/7595253
m ideal_lowpass-highpass_filter_impulse_response.m
% dlh.m - ideal lowpass/highpass FIR filter
%
% h = dlh(s, wc, N) = row vector
%
% s = 1, -1 = lowpass, highpass
% N = 2M+1 = filter length (odd)
% wc = cutoff frequency in [rads/sample]
function h =
www.eeworm.com/read/445470/7595266
m ideal_hilbert_transformer_impulse_response.m
% dhilb.m - ideal lowpass Hilbert transformer FIR filter
%
% h = dhilb(wc, N) = row vector
%
% N = 2M+1 = filter length (odd)
% wc = cutoff frequency in [rads/sample]
function h = dhilb(wc, N)
M = (