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The-basis-of-DCDC-converter
- 降压DCDC转换器的基础，包括典型电路连接，参数的意义及选择，主要以XC9235/XC9236/XC9237系列为例-Step-down DCDC converter base, including a typical circuit connection, the significance of parameters and options, mainly XC9235/XC9236/XC9237 series, for example
DC-DC-converter-reference-design
- DC-DC转换设计参考资料，对DCDC开发人员很有用-DC-DC converter reference design
bi-directional-DCDC-converter
- 详细介绍了双向直流变化器的结构及控制技术，为电动汽车电池充放电系统的设计提供了一个很好的平台。-Details of the bi-directional changes of the structure and the DC control technology for electric vehicle battery charge and discharge system is designed to provide a good platform.
bi-directional-DCDC
- 光伏 蓄电池混合仿真 能量管理协调控制 -PV byttery hybrid simulink model
dc-dc-converter
- DCDC 低电压 高效率 仿真 layout -DCDC convertor low voltage high efficiency simulation layout
5kW
- 5kW光伏最大功率点跟踪电路的设计,采用DCDC模式升压-5kW photovoltaic maximum power point tracking circuit design, DCDC mode boost
PID2
- PID控制器，可以应用在数字控制的BUCK型DCDC中。-PID CONTROLLER
dcdc
- This document is related to DC to DC converters that maybe useful for electrical engineers.-This document is related to DC to DC converters that maybe useful for electrical engineers.
dcdc-conv_flyback
- Flyback converter mathematical expressions
DS-01444A
- 光伏微网逆变器设计手册，从光伏板特性分析到DCDC反激升压再到DCAC逆变最后到锁相环检测并网都详细说明。-PV micro-inverter design manual, from the characteristics of photovoltaic panels to boost DCDC flyback DCAC inverter then finally to the phase-locked loop detection and network are described in de
DCACSchematic
- DCDC 概述DC/DC转换器分为三类:降压型转换器(BUCK)、升压型转换器(BOOST)以及升降压型转换器(BUCK-BOOST)-DCDCDCDC overview of DC/DC converters are divided into three categories: buck converter (BUCK), boost converter (BOOST) and buck-boost converter (BUCK-BOOST)
dcdc
- 本系统的设计电路由AC-DC变换电路、DC-DC变换电路、设定与显示电路、保护和测量电路等四部分组成。-The system is designed circuit by AC-DC converter circuit, DC-DC converter circuit, four-part setting of the display circuit, protection and measuring circuit.
digital-DC_DC-control-chip
- 复旦大学 数字DCDC控制芯片设计 利用matlab中simulink建模 verilog语言实现 对于芯片设计有较大参考价值-Fudan University digital DCDC control chip design using Simulink matlab modeling Verilog language to achieve a larger reference value for the design of the chip
PI-like-Fuzzy-Logic
- 采用MATLAB平台，对复合电源进行模糊控制，保证输出的稳定性-fuzzy control for DCDC
DCDC
- DCDC详细设计开发说明文档，希望对其他人开发有所帮助，相互学习-DCDC detailed design and development documentation, hope to help others to develop, learn each other
DC Grid
- Control of Improved Full-Bridge Three-Level DCDC Converter for Wind Turbines in a DC Grid
DCDC
- power electronics dcdc
tidud04
- 此 2kW 隔离式双向直流/直流转换器参考设计 (TIDA-00951) 可在 400V 直流总线和 12 - 14 节锂电池组之间进行电力传输，可用于 UPS、电池备份和电力存储等应用。在备用模式下，此参考设计可用作采用 ZVS 技术的有源钳位升压转换器，将电源从 48V 电池传输至 400V 直流总线。当用作电压馈入式全桥电池充电器，从 400V 直流总线为 48V 电池充电时，此参考设计可实现大于 93% 的效率。此参考设计还设有内置直流总线和电池过流保护，并设有过压保护。(for a 2