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Quantum-Structure-Simulation
- nextnano3,电子和光电子半导体纳米器件和材料(如晶体管,共振隧道二极管,量子阱,量子线,量子点,量子级联激光器)的模拟。-Development of software for the simulation of electronic and optoelectronic semiconductor nanodevices and materials (e.g. transistors, resonant tunneling diodes, quantum wells, quantum
Aidio
- 摘要:应用CXA1019S芯片完成接收机混频、中放、解调等的设计,并用芯片BU2614以PLL 频率合成的方法产生稳定的本振和控制输入调谐回路的谐振频率,从而实现电调谐。单片机采用 MCS-51系列对频率合成器BU2614进行控制,加上键盘、显示和存储器电路,可实现多种程控搜 索、电台存储等功能。-Abstract: The complete receiver chip CXA1019S mixer, amplifier, demodulator, such as design, a
NRF903dhaochu
- 所 设计的 无线数 传模块 由单 片射 频收发 器芯片 波器和压控振荡器组成。压控振荡器由片内的振荡电路 nRF903、微控制器MSP430F1121和接 口芯片75LV4737A 和外接的LC谐振回路组成。要发射的数据通过DATA端 组 成 ,工作 在 915MHz国际通用的 ISM 频 段 ; GMSK/ 输入 。 -Designed by the wireless module from the single-chip RF transceiver chip filter an
jiyuDSPbianliuqi
- 介绍了基于DSP 的115 V/400 Hz 三相逆变电源的设计原理和设计方法,采用移相谐振控制技术和周波变流型 高频环节逆变技术,使整机开关最大程度地实现了软开关。实验结果表明,该逆变电源设计合理、可靠性高,并在小 型化、提高功率密度和可靠性方面,取得了很好的效果-Introduced DSP-based three-phase inverter power supply 115 V/400 Hz design principle and design method, using ph
VariableFrequencyInvestigation
- : 传统 LLC谐振变流器拓扑具有初级开关易实现全范围的 ZVS, 次级二极管易实现 ZCS, 谐振电感和变压 器易实现磁集成, 以及范围宽等优点, 因此得到了广泛关注。-: The prominent merits of conventional LLC resonant topology can be specified as follows, realization of full range of ZVS for primary switches and ZCS for seco
DigitalControl
- : 传统 LLC谐振变流器拓扑具有初级开关易实现全范围的 ZVS, 次级二极管易实现 ZCS, 谐振电感和变压 器易实现磁集成, 以及范围宽等优点, 因此得到了广泛关注。-: The prominent merits of conventional LLC resonant topology can be specified as follows, realization of full range of ZVS for primary switches and ZCS for seco
DPLLinCooperatedwithPIControlleror
- : 传统 LLC谐振变流器拓扑具有初级开关易实现全范围的 ZVS, 次级二极管易实现 ZCS, 谐振电感和变压 器易实现磁集成, 以及范围宽等优点, 因此得到了广泛关注。-: The prominent merits of conventional LLC resonant topology can be specified as follows, realization of full range of ZVS for primary switches and ZCS for seco
high-frequency1
- ieee papers of highfrequency resonant boost converters
Small-signal-high
- 高频小信号调谐放大器,了解谐振回路的幅频特性分析——通频带与选择性。-Small-signal high-frequency amplifier tuned to find resonant frequency characteristics of circuit- passband and selectivity.
n
- 硅谐振压力传感器的大气数据系统的实现Silicon resonant pressure sensor air data system implementation-Silicon resonant pressure sensor air data system implementation
Inverter-
- :电流滞环控制具有易于实现、快速的动态响应和无条 件稳定等优点,但该控制方法使逆变器的开关频率不固定, 造成逆变器输出滤波器设计困难,因此很少有文献提及此种 滤波器的设计方法。该文研究了一种基于电流滞环控制的半 桥双降压式逆变器输出滤波器的设计方法。该方法从短路特 性和稳压精度两方面阐述了如何最优选取滤波电感,从谐振 频率和无功补偿两方面阐述了如何最优选取滤波电容-Hysteresis current control method has the characters
11
- 大功率感应加热全桥逆变应用方案全桥串联谐振 电路简图-High-power induction heating applications full-bridge inverter full-bridge series resonant circuit diagram
The-characteristics-of-the-photonic-crystals-reso
- The characteristics of the photonic crystals resonant cavity
SOA
- 南京理工大学庄瑞芳的硕士论文硅微谐振式加速度计结构设计技术研究-Silicon micromechanical resonant accelerometer structure design technology research
3
- 本文主要论述了电力系统中的铁磁谐振产生的主要原因、发生谐振时的现象、危害以及消除谐振的办法。-This paper discusses the main reason of the power system in the ferromagnetic resonance, the phenomenon of resonance occurs, hazards and the elimination of the resonant way.
New-Resonant-converter
- power piont presentation on resonant converter-power piont presentation on resonant converter
WPT-OVERVIEW
- 无线电能传输技术的综述,归纳了三种电能传输的技术特点,对目前的研究热点谐振耦合的研究内容进行简单的介绍。-Overview of the wireless power transmission technology, summarizes the technical characteristics of the three power transmission, the current hot topic of research resonant coupling a simple introd
lc
- LC谐振频率计算器,只要知道电感、电容、频率其中任意两项,便可计算出第三项的数值。是硬件设计的得力助手。-LC resonant frequency calculator, just know inductance, capacitance, frequency, any two of which, you can calculate the value of the third term. Hardware design assistant.
High-Gain-Resonant-Switched-Capacitor-Cell
- High-Gain Resonant Switched-Capacitor Cell .The contributions of this thesis are related to the development of dc/dc switching power converters for high step-up applications. These includes the following: Proposed a non-isolated dc/dc converter st
LLC-resonant-circuit
- LLC半桥谐振电路的设计与应用 这是一篇高水平的上海交通大学工程硕士专业学位论文, 对当前主流LLC变换器进行深入的研究,非常适合我们进行学习和借鉴-The design and application of LLC resonant circuit This is a high level of Engineering Master s degree thesis of Shanghai Jiao Tong University On the current mainstrea