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BoostPFC_using_average_current_Model
- 平均电流控制的boost pfc仿真 请用最新版本打开-Boost pfc average current control simulation
SD_power
- 本单相正弦波逆变电源的设计，以12V蓄电池作为输入，输出为36V、50Hz的标准正弦波交流电。该电源采用推挽升压和全桥逆变两级变换，在控制电路上，前级推挽升压电路采用SG3525芯片控制，闭环反馈；逆变部分采用驱动芯片IR2110进行全桥逆变，采用U3990F6完成SPWM的调制，后级输出采用电流互感器进行采样反馈，形成双重反馈环节，增加了电源的稳定性；在保护上，具有输出过载、短路保护、过流保护、空载保护等多重保护功能电路，增强了该电源的可靠性和安全性；输出交流电压通过AD637的真有效值转换后
bopi32
- 用MATLAB的simulink和simpowersystem，搭建一个BOOST电路。输入电压15~25V，输出电压40V，输出电流0.5A。-Using the MATLAB simulink and simpowersystem, build a BOOST circuit. Input Voltage 15 ~ 25V, output voltage 40V, output current 0.5A.
APFC
- 输入220伏输出400伏的升压型平均电流控制的有缘功率因数校正-nput 220 volts 400 volts boost output current control destined average power factor correction
PRI
- In this paper, a simple single-phase grid connected photovoltaic (PV) inverter topology consisting of a boost section, a low-voltage single-phase inverter with an inductive filter, and a step-up transformer interfacing the grid is considered. Ideally
boost_peak_current_control
- Boost变换器的电流反馈控制，闭环系统，实用简练，好用。-Boost converter current feedback control, closed-loop system, practical and concise, easy to use.
ZSOURCEINVERTER
- This paper proposes an improved Z-source inverter topology. Compared to the traditional Z-source inverter, it can reduce the Z-source capacitor voltage stress significantly to perform the same voltage boost, and has inherent limitation to inrush curr
HAO
- 本文描述的动态行为 并行输入/并行输出直流电流型控制 buck-boost转换器作为multiinput /初步研究 多输出。这个系统的主要应用之一 是集成光伏阵列是什么时候 连接到网格作为可再生能源的来源。的twomodule 变换器由两个相同的buck-boost电路 和直流运行传导模式 (CCM)。-the paper describes the dynamic behaviour of a parallel-input/parallel-output curre
HAO1
- 本文提供了一个分析 复杂的动态显示当前模式控制 开关电源转换器。电流型控制的提高 转换器与非线性分析和研究 离散建模方法已被使用。通过改变 电路参数、混乱和复杂的行为 分歧发生在开关电源转换器。为 增加稳定period-l操作范围,坡道 已经被改变其使用和补偿方法 转换器的边坡,其效果将被显示。最后, 最大平均Iyapunov指数不同的斜坡上 审查和模拟。-The present article provides an analysis of complex dy
HAO2
- Buck-Boost转换器转换周期轨道从混乱的状态,本文提出一种 混沌控制方法通过改善电感电流和输出电压之间的关系。通过调整 耦合强度,这种方法可以控制混沌周期2 Buck-Boost转换器,period-4,period-8轨道 period-9轨道和周期3,时间6,不确定不稳定周期轨道(着)。-To transform the Buck-Boost converter the chaotic state to the periodic orbits, this paper prop
278
- These techniques vary in many aspects as simplicity, digital or analogical implementation, sensor required, convergence speed, range of effectiveness, implementation hardware, popularity, cost and in other aspects. This paper presents in deta
PFCBoost
- 介绍了平均电流控制型 PFC Boost 变换器的结构， 分析了其工作原理。 分别采用 Power System 工具箱和考虑电感电流断续工作状态的 C-MEX 文件 S 函数建立了主电路模型，对平均电 流控制型 PFC Boost 变换器进行了仿真。仿真结果表明，与 Power System 工具箱模型相比，基于 C-MEX 文件的 S 函数仿真模型能够准确仿真电流断续工作状态，仿真速度快。设计了电路样机进 行了实验研究，仿真结果与实验结果一致，证明了该方法的正确性。利用该方法
SMCGPV
- A boost converter is directly connected to the PV array with MPPT for operating at the maximum power point. A regulation cascades (current/voltage) applied using SMC for the control of DC converter a loop of voltage makes it possible to produ
MP8126_r1.03.pdf
- The MP8126 is a voltage regulator designed to provide efficient, low-noise power to a satellite receiver’s RF LNB (Low Noise Block) converter. It connects using a coaxial cable through a link that is compatible with the European EUTELSAT sp
boostingstyle
- boost升压电路，使用电压外环和电流内环双闭环控制，可以很好地稳定电压，保持功率恒定，采用电流模式-boost boost circuit, using the voltage outer and inner current double closed-loop control, can be a good and stable voltage, keep the power constant current mode
boostspi
- boost converter with pi controller feedback circuit for reduce error in output current and voltage
kobj_map
- 1.5 A Synchronous Boost LED Flash Driver w High-Side Current Source.
pfcelisa2rl
- This paper proposes a fast-response sliding-mode controller for controlling boost-type converters requiring a fast dynamical response over a wide range of operating conditions. The various aspects of the controller, which include the method o
shengjiangyaZHANBO
- 升压斩波电源设计，很好的仿真，准确电压电流控制-Boost chopper power supply design, very good simulation, accurate voltage current control
two_way_control
- 为超级电容设计的双向充电 使用back-boost电路，含电流换向时切换控制方式-Designed for super capacitor two-way charge to use the back- the boost circuit, current commutation switch control mode