搜索资源列表
dianyuan
- 关于正激逆变器的一篇文章,对做电源技术的朋友有帮助-on the inverter an article on Power Technology do help a friend
CFD2_lc_MUSCL
- 有限体积法求解一维欧拉方程,采用二阶MUSCL迎风格式,计算一维等熵喷管的流程,喷管扩张段有正激波。有助于理解和学习MUSCL格式
forwardconverterdisgn
- 正激电源,也叫顺向电源,它多用于150~500W之间,本文就针对这种拓扑的电路举例设计:
tuiwanzhengji
- 推挽正激的仿真电路,运行环境为saber2007.是闭环控制,可以改变采样来改变输出电压。-Push-pull forward circuit simulation, operating environment for the saber2007.
ceshi
- 椭球体双频激电法正演数值模拟MATLAB源代码-Dual-frequency IP ellipsoid method numerical simulation of MATLAB source code
ourdev_581404
- 本文講述了一個基於FAN4800 連續PFC 前端的雙管正激電源的功率級設計。回顧了這種電源的設計選擇。討論的實際課題包括功 率器件選型,電磁設計,佈局和電磁干擾 (EMI),目的在於幫助工程師加速並改善其設計。-This article about a front-end based on the FAN4800 PFC consecutive two-transistor forward power stage power supply design. Review this power
JD
- 激电数据预处理,也可以进行各种地电模型的激电正演-Induced polarization data pre-processing, can also be a variety of models of electric shock to the forward power
d4ef13.ZIP
- 两种组合双向正激式高频环节逆变器的比较Two kinds of combinatorial double forward-mode high-frequency link inverter comparison-Two kinds of combinatorial double forward-mode high-frequency link inverter comparison
kaiguandianyuan
- Buck变换器是最常用的变换器,工程上常用的拓扑如正激、半桥、全桥、推挽等也属于Buck族,其中Buck变换器补偿网络设计,是开关电源的重要研究课题,本文将针对基于PI控制方式的4A开关电源进行设计和Multisim的仿真研究。-Buck converter is the most commonly used converter on the topology of the project, such as forward, half bridge, full bridge, push-pull
pull_push_converter_up
- 推挽电路 升压电路,用于车载逆变器,能将电压从12V正激到350V-The push-pull circuit step-up circuit for in-vehicle inverter, can forward voltage from 12V to 350V
1dmt
- fortran编写的带激电信息的一维大地电磁正演程序,包含文件输入格式-fortran to write a one-dimensional magnetotelluric forward with induced polarization information program that contains the file input format
S440_DC-DC_2012b
- 用MATLAB/SImulin仿真平台搭建的直直变换器,加有闭环控制,正激电路、反激电路、丘克电路。-DC-DC converter modeling and simulation by matlab simulink,closed-loop control,Foward,Flyback,CuK circuit
Power-transformer-design
- 功率变压器设计公式推导及应用(正激、推挽、反激)-Power transformer design formula derivation and application (Forward, push-pull, flyback)
正激变换器中变压器的设计方法
- 详细介绍了高频开关电源中正激变换器变压器的设计方法。按照设计方法,设计出一台高频开关电源变压器,用于输入为48V(36~72V),输出为2.2V、20A的正激变换器。设计出的变压器在实际电路中表现出良好的电气特性。
zhengjiV
- 双闭环正激电路仿真,已验证输出,效果稳定,(Double closed-loop circuit simulation, verified output, stable effect,)
sg
- 仿真已测试过,波形非常好。是双管正激电路参考的经典案例。(THAT IS THE GOOD DESIGN)
normal shock
- 采用MATLAB语言,编程计算了正激波波后的参数(caculate the parameters of normal shock by MATLAB)
正激波前后参数变化
- 利用fortran变成,得到可计算正激波前后参数变化(Parametric changes before and after the calculation of normal shock wave)
311无自激过零比较器
- LM311过零比较器,加入正反馈,有效降低自激振荡,低频效果良好(LM311 over zero comparator, add positive feedback, effectively reduce self-excited oscillation, low frequency effect is good.)
计算流体力学基础及应用(Anderson)算例一:拟一维喷管流动的数值解Matlab代码
- 压缩文件内是“拟一维喷管流动的数值解”Matlab程序实现。包括非守恒型控制方程的亚声速-超声速等熵喷管流动、守恒型控制方程的亚声速-超声速等熵喷管流动、全亚声速等熵喷管流动和带有正激波的亚声速-超声速等熵喷管流动这四个算例。适用于CFD入门阶段的学习。