代码搜索：低频振荡

找到约 1,489 项符合「低频振荡」的源代码

代码结果 1,489
热门代码： main.c GPIO I2C SPI UART timer interrupt ADC PWM LED
www.eeworm.com/read/197646/7983589

m exp4_10_.m

%exp4_10_.m %求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图 clear clc close all wn=6; kosi=[0.1:0.1:1.0]; num=wn^2; for kos=kosi den=[1 2*kos*wn wn^2]; [mag,pha,w1]=bode(num,den); magg=20*log10(mag);
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www.eeworm.com/read/396722/8093418

bak common.bak

#include "include.h" void sys_init() { WDTCN=0XDE; //关看门狗 WDTCN=0XAD; // OSCICN=0x07; //内部16M时钟 OSCXCN=0X67; //使用外部20MHz晶振作为时钟 // for(i=0;i
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www.eeworm.com/read/396722/8093512

c common.c

#include "include.h" void sys_init() { WDTCN=0XDE; //关看门狗 WDTCN=0XAD; // OSCICN=0x07; //内部16M时钟 OSCXCN=0X67; //使用外部20MHz晶振作为时钟 // for(i=0;i
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www.eeworm.com/read/143198/12890020

m exp4_10_.m

%exp4_10_.m %求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图 clear clc close all wn=6; kosi=[0.1:0.1:1.0]; num=wn^2; for kos=kosi den=[1 2*kos*wn wn^2]; [mag,pha,w1]=bode(num,den); magg=20*log10(mag);
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www.eeworm.com/read/142361/12950379

m exp4_10_.m

%exp4_10_.m %求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图 clear clc close all wn=6; kosi=[0.1:0.1:1.0]; num=wn^2; for kos=kosi den=[1 2*kos*wn wn^2]; [mag,pha,w1]=bode(num,den); magg=20*log10(mag);
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www.eeworm.com/read/242170/13090547

m exp4_10_.m

%exp4_10_.m %求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图 clear clc close all wn=6; kosi=[0.1:0.1:1.0]; num=wn^2; for kos=kosi den=[1 2*kos*wn wn^2]; [mag,pha,w1]=bode(num,den); magg=20*log10(mag);
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www.eeworm.com/read/327001/13104662

m exp4_10_.m

%exp4_10_.m %求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图 clear clc close all wn=6; kosi=[0.1:0.1:1.0]; num=wn^2; for kos=kosi den=[1 2*kos*wn wn^2]; [mag,pha,w1]=bode(num,den); magg=20*log10(mag);
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www.eeworm.com/read/241807/13115527

m exp4_10_.m

%exp4_10_.m %求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图 clear clc close all wn=6; kosi=[0.1:0.1:1.0]; num=wn^2; for kos=kosi den=[1 2*kos*wn wn^2]; [mag,pha,w1]=bode(num,den); magg=20*log10(mag);
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www.eeworm.com/read/325030/13229751

m exp4_10_.m

%exp4_10_.m %求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图 clear clc close all wn=6; kosi=[0.1:0.1:1.0]; num=wn^2; for kos=kosi den=[1 2*kos*wn wn^2]; [mag,pha,w1]=bode(num,den); magg=20*log10(mag);
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www.eeworm.com/read/136681/13367008

m exp4_10_.m

%exp4_10_.m %求典型二阶系统自然振荡频率固定，阻尼比变化时的波特图 clear clc close all wn=6; kosi=[0.1:0.1:1.0]; num=wn^2; for kos=kosi den=[1 2*kos*wn wn^2]; [mag,pha,w1]=bode(num,den); magg=20*log10(mag);
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