resonant circuit

The Discussion of Quality Factor in Resonant Circuit

对谐振电路中品质因数Q值的讨论

The Unified Resonant Circuit Model of Capacitor - Charging Constant - Current Power Supply

电容器恒流充电电源的通用谐振电路模型

Time Domain Analysis and Optimum Design of the Electronic Ballast Resonant Circuit

电子镇流器谐振回路的时域分析和优化设计

Analysis and Design of Electronic Ballast 's Resonant Circuit

荧光灯镇流器谐振环的频域分析与设计

The analysis of step signal action on coupled resonant circuit is a difficult part in circuit analysis .

阶跃信号作用于耦合谐振电路的分析是电路分析中的难点。

An experimental simulation of RLC series resonant circuit

RLC串联谐振电路的实验模拟

Several characteristics of the qualitative factor of series resonant circuit for voltage withstanding test on site

现场串联谐振耐压试验回路品质因数的几个重要特性

Novel topology of resonant circuit for induction heating

感应加热谐振电路新拓扑模型研究

Application of RLC series resonant circuit in verification of spuare wave

应用RLC串联选频电路验证方波付里叶分解

The qualitative factor Q of series resonant circuit for voltage withstanding test is analyzed .

对串联谐振耐压试验回路的品质因数Q进行了分析。

Optimal Design of the Resonant Circuit of Arc-welding Inverter with Soft-switching

软开关弧焊逆变器谐振电路的优化设计

Study on Application of Third-order Resonant Circuit Family being used as Load-matched in Induction Heating

三阶谐振电路族用于感应加热负载匹配的研究

Application of PSPICE 9.1 in RLC Series Resonant Circuit

PSPICE9.1在RLC串联谐振电路中的应用

This arTicle introduces the experimental simulation of Computer-Assisted instruction to analyse RLC series resonant circuit .

本文论述采用计算机辅助教学中的实验模拟方法来分析RLC串联谐振电路。

Study of phase-shift full-bridge zero-voltage soft switch resonant circuit

移相全桥零电压软开关谐振电路研究

By analyzing equivalent coupled resonant circuit and experimental research , the effect on the transfer power with different transfer distance is studied .

通过分析无线能量传输装置等效耦合谐振回路和实验研究，得出了传输距离对传输功率的影响。

Resolved some key problems such as resonance and signal processing by selecting special resonant circuit and taking other measurements .

通过选用特殊的谐振电路和采取其他措施，解决了在线圈谐振和信号解调方面存在的关键问题。

Then , analyze the work modes of CLASS-D half bridge resonant circuit in the capacitive and inductive work condition .

接下来，分析了CALSS-D半桥电压型LCLR谐振电源在容性和感性状态下的工作模态。

In this paper , we mainly researches on the inverter resonant circuit and load impedance of the series resonant induction heating power supply .

本文以超音频串联型感应加热电源为研究对象，对逆变器谐振回路及负载阻抗匹配进行了分析、研究。

The experimental verification , power factor more than 0.988 , LLC resonant circuit achieved a full range of soft switching , the system with high efficiency .

经实验验证，AC/DC变换电路功率因数在0.988以上，直流变换电路能实现全范围软开关，实现了高效率AC/DC变换。

The front stage is an interleaved full-bridge LLC resonant circuit , the back stage is the full-bridge inverter circuit .

本文研究了一种两级结构的逆变器，前级为交错并联全桥LLC谐振电路，后级为全桥逆变电路。

Synchronously , the DC power supply after rectifying is connected with the resonant circuit through the foot stepping switch in another loop .

同时，经过整流的直流电源在另一回路中通过脚踏开关连接到谐振电路。

Different on-site test methods are Compared , and it is shown that power frequency series resonant circuit is relatively simple and feasible , and is therefore preferable .

对不同现场试验方法的比较说明：工频串联谐振回路简单易行，是比较可取的；同时需对振荡操作波和超低频法等作进一步研究。

Afterwards , the relationship between the periodic fixed point function and the system parameters has been studied in a LCR series tuned resonant circuit . 2 .

并以LCR串联谐振电路为例，分析了系统软开关工作点的周期不动点函数曲线与系统参数间的内在联系。

In the last , the experiments verify that the CLASS-D half bridge voltage resonant circuit is a excellent topology in the high frequency induction heating system .

最后，实验验证了CALSS-D半桥电压型LCLR谐振回路是一种有着良好工作特性的高频感应加热电源拓扑。

The principle of the traveling wave induction launcher and the constant current characteristic of the series resonant circuit are analyzed by applying the electromagnetic launch theories .

应用电磁发射理论，对行波感应发射器的工作原理以及串联谐振的恒流特性进行了理论分析。

The schematic design phase , I calculate the parameters of half-bridge LLC resonant circuit and control circuit and select the appropriate components to reduce electromagnetic interference .

在原理图设计阶段，详细计算了LLC半桥谐振电路以及控制电路的参数，选择合适的元器件，减少电磁干扰。

We put the parallel fundamental series resonant circuit in the coupling transformer secondary side , it can make the current not inject into the active filter and coupling transformer .

在耦合变压器的二次侧并联基波串联谐振电路，使得电流不会注入有源滤波器与耦合变压器。

At last , the paper analyses the cause that the half-bridge series resonant circuit uses voltage-bridge doubled circuit but did not lead to double the voltage .

分析了串联谐振半桥电路中采用桥式倍压电路不倍压的原因。

By combining simulation test , the causes influencing on Q value are found . The equivalent loss resistance R of series resonant circuit is studied and a new opinion is presented .

结合模拟试验，找出了影响Q值大小的原因，并对串联谐振回路中的等效损耗电阻R做了详细的研究，提出了新的看法。