零输入,zero input,在线英语词典,英文翻译,专业英语

1) zero input

零输入

Three paramter method for solving zero input response and zero state response of DC one order circuit is presented,and zero input response and zero state response resolved from full response are identificated and demonstrated.

提出应用三要素法求解直流一阶电路零输入响应和零状态响应的方法 ,并对从完全响应中分解零输入响应和零状态响应进行了辨析、论证 ,同时指出 :应用三要素法进行零输入响应和零状态响应的分解 ,必须服从基本定

2) zero-input response

零输入解

An exploration into various proofs of a theorem about characteristic vectors and zero-input responses;

特征向量的零输入解定理及其证法探讨

3) reset terminal,zero-input terminal

零输入端

4) clear input

清零输入

5) zero input response

零输入响应

The responses of this tentative process include three kinds: zero input response, zero state response and complete response.

在一阶电路中,由于含有动态元件,因此当电路换路后,就有一个暂态过程,其响应分为三种情况:零输入响应,规律为f(0+)e-tτ;零状态响应,规律为:非状态量为f(∞)+[fS(0+)-f(∞)]e-tτ,状态量为f(∞)(1-e-tτ);全响应规律为f(∞)+{[fS(0+)+fD(0+)]-f(∞)}e-tτ。

 Their zero input responses have the same form as follows: f(0+)e-t/τ.

其中非状态量的零状态响应是ｆ（∞）＋［ｆＳ（０＋）－ｆ（∞）］ｅ－ｔ／τ，而状态量的零状态响应才是ｆ（∞）［１－ｅ－ｔ／τ］形式；状态量和非状态量的零输入响应都具有ｆ（０＋）ｅ－ｔ／τ形式。

Three basic questions about the course of "signals and systems" are discussed:the expressions of zero input response, zero state response, and absolute response; the differential and integral characteristics of convolution integral; the differential and integral characteristics of Fourier transform.

探讨了信号与系统中的三个基本问题 :时域解零输入响应、零状态响应和全响应表达式的写法问题 ,卷积积分的微分、积分性质的运用问题 ,傅里叶变换的微分、积分特性的运用问题。

6) Zero-input response

零输入响应

An iteration algorithm of zero-input responses in continueous and discrete systems;

连续和离散系统零输入响应的递推算法

model of the zero-input response rzi(t) in the continuous-time LTI system,and recognize that rzi(t) and r(k)zi(t)(k = 1,2,…n-1) are continuous when a circuit is switched(usually at t=0).

时域分析n阶LTI连续时间系统的零输入响应rzi(t)时,通常用齐次微分方程作为rzi(t)的数学模型,并认为rzi(t)本身以及其前n-1阶导数在换路时刻(习惯取t=0)是连续的。

In the textbooks for signals and system,it is well known that single-sided z-transform or single-sided Laplace transform in complex frequency-domain may be applied to calculating zero-input response and zerostate response,but convolution operation can only be applied to calculating zero-state response.

在信号与系统教科书中一般认为,复变换域中利用单边z变换或单边拉氏变换可以求解系统的零输入响应和零状态响应,而时域中的卷积运算只能求零状态响应。

参考词条

笔画分解尾的

补充资料：零输入响应

零输入响应
zero input response

l一ngshuruX一ongylng零输入响应(z ero inputresPonse)线性电路或线性控制系统在没有外加输人时的响应。零输人响应是由非零初始状态引起的，以线性电路为例，它是由初始时刻电容中的电场贮能、电感中的磁场贮能所引起的。零输人响应由电路拓扑结构、元件参数和贮能情况决定。若初始时刻贮能为零，在没有输人信号作用的情况下，电路响应为零，即零输人响应等于零。线性电路或线性系统的全响应可分解为零输人响应与零状态响应之和。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。

首页 \| 翻译 \| 影视 \| 论坛 \| 索引零输入旁路一阶零输入响应非零输入响应

1) zero input 零输入 1. Three paramter method for solving zero input response and zero state response of DC one order circuit is presented,and zero input response and zero state response resolved from full response are identificated and demonstrated. 提出应用三要素法求解直流一阶电路零输入响应和零状态响应的方法 ,并对从完全响应中分解零输入响应和零状态响应进行了辨析、论证 ,同时指出 :应用三要素法进行零输入响应和零状态响应的分解 ,必须服从基本定 2) zero-input response 零输入解 1. An exploration into various proofs of a theorem about characteristic vectors and zero-input responses; 特征向量的零输入解定理及其证法探讨 3) reset terminal,zero-input terminal 零输入端 4) clear input 清零输入 5) zero input response 零输入响应 1. The responses of this tentative process include three kinds: zero input response, zero state response and complete response. 在一阶电路中,由于含有动态元件,因此当电路换路后,就有一个暂态过程,其响应分为三种情况:零输入响应,规律为f(0+)e-tτ;零状态响应,规律为:非状态量为f(∞)+[fS(0+)-f(∞)]e-tτ,状态量为f(∞)(1-e-tτ);全响应规律为f(∞)+{[fS(0+)+fD(0+)]-f(∞)}e-tτ。 2.  Their zero input responses have the same form as follows: f(0+)e-t/τ. 其中非状态量的零状态响应是ｆ（∞）＋［ｆＳ（０＋）－ｆ（∞）］ｅ－ｔ／τ，而状态量的零状态响应才是ｆ（∞）［１－ｅ－ｔ／τ］形式；状态量和非状态量的零输入响应都具有ｆ（０＋）ｅ－ｔ／τ形式。 3. Three basic questions about the course of "signals and systems" are discussed:the expressions of zero input response, zero state response, and absolute response; the differential and integral characteristics of convolution integral; the differential and integral characteristics of Fourier transform. 探讨了信号与系统中的三个基本问题 :时域解零输入响应、零状态响应和全响应表达式的写法问题 ,卷积积分的微分、积分性质的运用问题 ,傅里叶变换的微分、积分特性的运用问题。 6) Zero-input response 零输入响应 1. An iteration algorithm of zero-input responses in continueous and discrete systems; 连续和离散系统零输入响应的递推算法 2. model of the zero-input response rzi(t) in the continuous-time LTI system,and recognize that rzi(t) and r(k)zi(t)(k = 1,2,…n-1) are continuous when a circuit is switched(usually at t=0). 时域分析n阶LTI连续时间系统的零输入响应rzi(t)时,通常用齐次微分方程作为rzi(t)的数学模型,并认为rzi(t)本身以及其前n-1阶导数在换路时刻(习惯取t=0)是连续的。 3. In the textbooks for signals and system,it is well known that single-sided z-transform or single-sided Laplace transform in complex frequency-domain may be applied to calculating zero-input response and zerostate response,but convolution operation can only be applied to calculating zero-state response. 在信号与系统教科书中一般认为,复变换域中利用单边z变换或单边拉氏变换可以求解系统的零输入响应和零状态响应,而时域中的卷积运算只能求零状态响应。参考词条笔画分解尾的补充资料：零输入响应零输入响应 zero input response l一ngshuruX一ongylng零输入响应(z ero inputresPonse)线性电路或线性控制系统在没有外加输人时的响应。零输人响应是由非零初始状态引起的，以线性电路为例，它是由初始时刻电容中的电场贮能、电感中的磁场贮能所引起的。零输人响应由电路拓扑结构、元件参数和贮能情况决定。若初始时刻贮能为零，在没有输人信号作用的情况下，电路响应为零，即零输人响应等于零。线性电路或线性系统的全响应可分解为零输人响应与零状态响应之和。说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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