搜索资源列表
power
- 陶显芳开关电源原理与设计系列 开关电源就是利用电子开关器件（如晶体管、场效应管、可控硅闸流管等），通过控制电路，使电子开关器件不停地“接通”和“关断”，让电子开关器件对输入电压进行脉冲调制，从而实现DC/AC、DC/DC电压变换，以及输出电压可调和自动稳压。-Tao Xianfang principle of switching power supply switching power supply design series is the use of electronic switch
T26-004-721
- power electronic system i-power electronic system ieee
00212623
- one paper about a power electronic i-one paper about a power electronic ieee
00216536
- another paper about a power electronic system i-another paper about a power electronic system ieee
00252666
- this a paper about a power electronic system i-this is a paper about a power electronic system ieee
00264923
- good paper about a power electronic system i-good paper about a power electronic system ieee
00265033
- a good paper about a power electronic system i-a good paper about a power electronic system ieee
00265070
- another good paper about a power electronic system i-another good paper about a power electronic system ieee
Synchronous-generator
- Synchronous generator simulation of power electronic components, to achieve ACDC, DCAC, using computational method PWM, PID controller, with far more satisfactory
powe-elect
- simulation of power electronic components, to achieve ACDC, DCAC, using computational method
4-6K
- 电力电子方面的资料 参考用的,包括全桥 boost,检测 逆变，-a papaer for power electronic ,usefull
microgrid-future
- 微电网的概念最早是由美国提出的[1]。2002年美国 CERTS对微电网概念提出了明确的定义，并且给出了微电 网的基本结构。它主要是通过电力电子装置将发电容量小 于500 kW的分布式电源和储能装置组织在一起，就近向 用户提供电能。灵活智能的电力电子装置是CERTS微电网 的关键所在，正是通过该技术来实现“即插即用”的控制 思想。目前，微电网的应用范围和电压等级正在不断的扩 大，已经由原来兆瓦级以下发展到几十兆瓦的规模，并有 望在更大的农村配电网得到进一步发展。-
SPWM_invertor
- 电能最基本的形态为：DC、AC 四大基本状态转换： DC→AC、DC→DC、AC→DC、AC→AC • 电力电子器件只是工作在两种状态 开通、关断 开通：即工作在高度饱和导通状态 如何利用电力电子器件的开通和关断两种状态实现电能四大基本状态之间的转换就是电力电子学所要研究的核心内容-The most basic form of power: DC, AC Four basic state transitions: DC → AC, DC → DC, AC
PE-Systems-for-Grid-Integration-Survey
- Power Electronic Systems for Grid Integration
U16-_Lec3
- This my power electronic lecture note on diode rectification.-This is my power electronic lecture note on diode rectification.
practice-models
- A power electronic converter simulink models
chenboshi4
- 全控型电力电子器件取代半控型器件，变换技术由相位控制转变成脉宽调制 模拟电子控制已基本上让位于数字电子控制 交流可调拖动系统逐步取代直流拖动系统已经成为不争的事实，而且交流拖动控制技术本身也有不小的进展。-Full-controlled power electronic devices to replace semi-controlled devices, transform into the phase control pulse width modulation analog electr
04505287
- An increasing number of distributed generation units (DG units) are connected to the distribution network. These generators affect the operation and coordination of the distribution network protection. The influence from DG units that are cou
power_TCR
- Tcr model (power electronic ) using simulink
PE_file1
- about power electronic device