1) acceptor circuit
迎谐电路
2) resonant circuit
谐振电路
1.
According to the author s experiences for many years,the physical meaning of the resonance from the exchange between electrical and magnetic energy in the resonant circuits is explained.
根据笔者的教学经验 ,从电磁振荡的角度阐明谐振的物理意义 ,以能量转换的观点给出串联谐振和并联谐振电路的品质因数Q值统一定义 。
2.
C-elecments are discussed;and the existence of energy exchange between the resonant circuit and the outer electric source in series and parallel resonant circuit are indicated.
讨论了几种由R、L、C元件组成的谐振电路 ,指出在混联谐振时 ,电路与外电源间仍然存在着能量的交
3.
Taking one RLC series resonant circuit as an example,the frequency response curves of different Q values are analyzed by graph input and text input.
1强大的功能特点,并以一个RLC串联谐振电路为例,通过图形输入和文本输入两种方式,对不同Q值的频率响应曲线进行分析,介绍了使用该软件的具体步骤,对PSPICE两种输入方式进行了比较。
3) resonant circuits
谐振电路
1.
Quality factor is one of the important parameter of resonant circuits.
品质因数是谐振电路中一个非常重要的参数,本文讨论了一般RLC电路谐振时品质因数的计算问题,给出了一般RLC电路谐振时品质因数的简单计算方法,即先计算端口的阻抗或导纳,得到等效的串联或并联电路的R、L、C参数,然后套用串、并联谐振电路的品质因数计算公式即可。
4) resonance circuit
谐振电路
1.
By using LC resonance circuit of differential pair transistor, the generator can produce sine signal waves.
介绍一种基于锁相环的高稳定高频正弦信号发生器,该发生器用差分对管LC谐振电路产生正弦波,利用单片机控制的PLL锁相环电路合成频率,实验结果表明,所设计的信号发生器的频率稳定度达到10-6,调节频率范围5MHz～70MHz。
2.
In this paper a new method of solving resonance circuit is presented,in which resonance circuit is a compound circuit of AC/DC.
谐振电路不仅是电子学中的一个重要电路,也是电力电子学中很重要的电路。
3.
Through the discussion and analyses of the quality factor of resonance circuit, this essay plays a very important function in students understanding the basic concept and raising their application or practice ability.
本文通过对谐振电路的品质因数的深入讨论分析,对学生在基本概念的认识、应用及实际动手能力等方面都能起到画龙点睛的重要作用。
5) single resonant circuit
单谐电路
补充资料：迎谐
1.犹迎合。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条