代码搜索:Sampling

找到约 3,969 项符合「Sampling」的源代码

代码结果 3,969
www.eeworm.com/read/287843/8665453

m loweq.m

function xl=loweq(x,ts,f0) % xl=loweq(x,ts,f0) %LOWEQ returns the lowpass equivalent of the signal x % f0 is the center frequency. % ts is the sampling interval. % t=[
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m test.m

t0=.15; % signal duration ts=0.001; % sampling interval % the message vector m=[ones(1,t0/(3*ts)),-2*ones(1,t0/(3*ts)),zeros(1,t0/(3*ts)+1)]; m_hat=imag(hil
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m test.m

t0=.15; % signal duration ts=0.001; % sampling interval % the message vector m=[ones(1,t0/(3*ts)),-2*ones(1,t0/(3*ts)),zeros(1,t0/(3*ts)+1)]; m_hat=imag(hil
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m loweq.m

function xl=loweq(x,ts,f0) % xl=loweq(x,ts,f0) %LOWEQ returns the lowpass equivalent of the signal x % f0 is the center frequency. % ts is the sampling interval. % t=[
www.eeworm.com/read/287770/8670497

m resample.m

function y = resample(x,fs) % Y = RESAMPLE(X,FS) Change the sampling rate of a signal. % % This differs from the original resample in that only one % argument, which is the new sampling rate of a sig
www.eeworm.com/read/431312/8689397

c mdecint.c

#include #include #include #include "msp.h" void mdecint(float x[],float h[],float y[],int nh,int ny,int m, int l,int *k) { /*-------------------------------------
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c fet140_adc12_03.c

//****************************************************************************** // MSP-FET430P140 Demo - ADC12, Extend Sampling Period With SHT bits // // This example shows how to extend the sa
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c fet440_adc12_03.c

//****************************************************************************** // MSP-FET430P440 Demo - ADC12, Extend Sampling Period With SHT bits // // This example shows how to extend the sa
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m fig3_32.m

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Figure 3.32 % Desired beam pattern and synthesized patterns % using the Fourier series method and Woodward % sampling technique % (a) N =
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m fig3_8.m

% Use this program to reproduce Fig. 3.8 of text close all clear all eps = 0.000001; %Enter pulse width and bandwidth B = 200.0e6; %200 MHZ bandwidth T = 10.e-6; %10 micro second pulse; % Compu