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张课程设计
- 三点式振荡器是指LC回路的三个端点与晶体管的三个电极分别连接而成的电路,如图4-1(a)所示。图中三个电抗元件X1、X2、X3构成了决定振荡频率的并联谐振回路,同时也构成了正反馈所需的反馈网络。从相位条件看,要构成振荡器,必须满足: (1)极相连的两个电抗X1、X2性质相同。 (2)X1与X2、X3的电抗性质相反。-three-point refers to LC oscillator circuit with three transistors endpoint of three electr
MOS_CONVorcad
- ORCAD编写的准谐振变流器仿真程序,可以观察MOS管导通过程-ORCAD prepared by the quasi-resonant converter simulation, we can observe the MOSFET conduction process
psbmosconv
- 准谐振变流器matlab/simulink仿真程序,观察模型特性-quasi-resonant converter Matlab / Simulink simulation program to observe the model characteristics
3-D_FDTD_code
- 三维有限时间差分法计算矩形谐振的例子编程-three-dimensional finite-difference time rectangular resonant examples of Programming
RFID-TOOLS
- RFID卡片与读头电路频率谐振电路调试工具。-RFID card reader circuit with frequency resonant circuit debugging tools.
Multisim10
- Multisim10仿真电路测量基础实验二 实验七 一阶电路零输入响应、零状态响应 实验八 二阶电路零输入响应、零状态响应 实验九 正弦稳态交流电路向量的研究 实验十 单相铁心变压器特性的测试 实验十一 R、L、C串联谐振电路的研究 实验十二 三相交流电路电压、电流的测量-Multisim10 measuring circuit simulation based experiments two Experimental seventy-one order circui
A-Half-Bridge-LC-Resonant-Converter
- 一种通过减少输出电容纹波电流的半桥谐振转换器-A Half Bridge LC Resonant Converter with Reduced Current Ripple of the Output Capacitor
Untitled6
- 以改变输入回路的高端谐振频率,使之始终低于本机振荡频率465kHz。所以微调电容C主要用于调整波段高端的接收灵敏度。-To change the resonant frequency of the input circuit of the high-end, so that is always lower than the local oscillation frequency 465kHz. It is mainly used to adjust the trimmer capacitor C
bilixiezhen
- 基于比例谐振的并网逆变器的matlab仿真模型-The MATLAB simulation model of grid connected inverter based on proportional resonant
LLC
- 使用LLC拓扑的软开关谐振变换器的SIMULINK仿真模型和相关参数计算-SIMULINK simulation model and related parameters of soft switching resonant converter using the LLC topology.
QR-FlyBack-IC-NCP1380
- QR-FlyBack IC-NCP1380,反激芯片NCP1380为准谐振PWM控制器,谷底开通,可以实现高效率反激方案。-IC-NCP1380 QR-FlyBack, anti shock chip NCP1380 as a quasi resonant PWM controller, the bottom of the opening, you can achieve high efficiency flyback program.
source_2007_03_05_WSI
- naxtnano的应用范围包括量子阱,量子线,量子点,纳米线,纳米微晶体,量子级联激光器 (QCL),共振隧穿二极管(RTD),高电子迁移率晶体管(HEMT),Nano-MOSFETs, LEDs,激光器(e.g. VCSEL),高效太阳能板,有机半导体,离子敏场效应管(ISFET)以及 石墨烯,“应变硅,“低含氮化合物”等新型材料。是一款集合了k.p方法、自洽求解泊松-薛定谔方程等物理模型与一体的半导体光电子行业软件。-naxtnano range of applications