Description: 电气传动2007年第37卷第1期基于DSP的移相全桥变换器-Electric Drive in 2007 Vol.37 the DSP based on a phase-shifted full-bridge converter Platform: |
Size: 310272 |
Author:黄日美 |
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Description: 此开关稳压电源由AT89S52单片机作为控制核心。系统包括AD采样，PID控制，PWM输出，构成闭环系统。交流电源输入到整流模块，经整流滤波后输出平稳的直流电压。该直流电压直接输出至IGBT全桥变换器模块。高精度AD转换器将后端输出的电压电流信号由模拟信号量变为数字量供给单片机进行数字PlD运算，经过PID控制运算后，由控制模块输出PWM调制波形至IGBT栅极，构成一个闭环系统，控制电压稳定输出，从而实现开关稳压电源控制系统。此外，可由键盘输入欲得电压值，从LCD显示实际电压值，人机交互界面友好。-This switching power supply control by the core as a single-chip AT89S52. AD sampling system, PID control, PWM output, constitute a closed-loop system. AC power input to the rectifier module, after filtering by the rectifier output DC voltage stable. The output DC voltage directly to the IGBT full-bridge converter modules. Precision will be the back-end AD converter output voltage and current signals from the analog signal into a digital quantity to supply the number of single-chip computing PlD, after PID control algorithms, the control module from the output PWM waveform modulation IGBT gate to form a closed-loop system, the control voltage output, in order to achieve switching power supply control system. In addition, by欲得keyboard input voltage from the LCD displays the actual voltage value, user-friendly human-computer interaction. Platform: |
Size: 46080 |
Author:周陶钧 |
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Description: 全桥变换器中的高频变压器设计公式 全桥变换器中的高频变压器设计公式 -Full-bridge converter design formula in the high-frequency transformer full-bridge converter design formula in the high-frequency transformer full-bridge converter design formula in the high-frequency transformer Platform: |
Size: 36864 |
Author:waguylkm |
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Description: 针对光伏并网发电系统中关健部件—逆变器的结构设计与控制方法研究进行了详细分析
和阐述。从电网、光伏阵列以及用户对逆变器的要求出发, 分析了各种不同的逆变器拓扑结构与控
制方法, 比较其运行效率和控制效果。对于本文提出了一种基于全桥变换器的正弦波逆变电源的整体设计
方案。文章首先对系统设计中将使用到的DC/DC变换器，DC/AC变
换器以及PWM控制技术在理论上进行了深入的研究。并讨论了数字
式PID控制算法的实现和在系统中的应用，还针对这种基于全桥变换
器的正弦波逆变器提出了一种用一个电压闭环来调节两个控制量的
PID算法。
其次，文章设计了基于全桥变换器、全桥逆变器和以DSP为核
心的逆变电源控制电路，详细介绍了各相关电路模块的原理与结构。
在完成电路参数设计以后，通过使用MATLAB/Simulink软件对整个
系统进行了仿真分析。并对系统软件设计的思路与实现方法以及关键
程序的流程进行了介绍。
最后，通过系统的带载实验对整套系统软硬件设计的合理性进行
了验证。实验结果表明，本文设计的逆变电源硬件电路和软件系统是
成功的。
-The paper comes up with a full-package solution to convert solar power
into AC.This solution is based on the design of the full-bridge converter
and the full-bridge inverter.This paper first gives full analysis on the
theories of power switching technology,inverter technology and PWM
technology.And the theory and fulfillment of PID algorithm are
discussed in this paper.Especially for this solution,this paper comes up
with a PID algorithm in which two variables are being controlled in one
close-loop.
Then,this paper gives the procedure to calculate the main circuit
parameters.The design of digital controlling circuit and assistant circuits,
such as MOSFET driving circuit and voltage protection circuit,are
introduced.Based on the parameters worked out,the paper gives the
simulation of whole system in Matlab/Simulink.This paper also
introduces the firmware design based on the DSP（TMS320F2812）.
The last is the verification of whole system including hardware and
software by t Platform: |
Size: 1939456 |
Author:fmx |
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Description: a full bridge converter with load variation using a PID controller. the ratings can be changes according to our own requirements. Platform: |
Size: 11264 |
Author:nupur |
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Description: systematic method for deriving three-port
converters (TPCs) from the full-bridge converter (FBC) is
proposed in this paper, which splits the two switching legs of the
FBC into two switching cells with different sources and allows a
DC bias current in the transformer. By using this systematic
method, a novel full-bridge three-port converter (FB-TPC) is
developed for renewable power system applications with merits of
simple topologies and control, reduced number of devices and
single stage power conversion between any Platform: |
Size: 802816 |
Author:sajitsanit |
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Description: 全桥变换器psim仿真，得到一个稳定的电压输出波形，开环控制-Full bridge converter PSIM simulation, get a stable output voltage waveform, open loop control Platform: |
Size: 7168 |
Author:张飞飞 |
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Description: It is a simulation project implementation of a buck converter connected to eighty ohm load which bucks or steps down the input voltage to obtain a lower voltage for the load. the second simulation is a full bridge converter which consists of two legs of switches and diodes and converts DC power to a suiltable dc power for the load. Platform: |
Size: 9216 |
Author:Ibrahim Alsaleh |
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Description: MATLAB file of single phase full bridge converter, single_phase_full_converter_with_FWD, Single_phase_half_wave_converter_with_C_filter, Single_phase_half_wave_converter_with_LC_filter, Single_phase_half_wave_converter_without_filter, single_phase_semi_converter, speed_control_of_dc_motor_using_single_phase_full_converter and Model question paper, assignment of power electronics subject Platform: |
Size: 129024 |
Author:Esha |
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Description: 全桥变换器零电压软开关的SIMULINK仿真模型-SIMULINK simulation model of zero voltage soft switch in full bridge converter Platform: |
Size: 14336 |
Author:江小健 |
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Description: Control of Improved Full-Bridge Three-Level DCDC Converter for Wind Turbines in a DC Grid Platform: |
Size: 1502208 |
Author:azarakhsh
|
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