Description: DS18B20的源程序，采用12位转换.asm KeilC51编写的19264液晶片驱动程序.c HD44780 液晶显示板的c语言驱动程序.pdf 步进电机控制程序.pdf MGLS-240128TA液晶点阵显示驱动程序.zip-DS18B20 the source, 12-bit converters. Asm KeilC51 prepared by the 19,264-LCD driver. C HD44780 LCD panels c language driver. Pdf stepper motor control procedures. Pdf MGLS - 240128TA dot matrix LCD display driver. Zip Platform: |
Size: 253749 |
Author:杨波 |
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Description: DS18B20的源程序，采用12位转换.asm KeilC51编写的19264液晶片驱动程序.c HD44780 液晶显示板的c语言驱动程序.pdf 步进电机控制程序.pdf MGLS-240128TA液晶点阵显示驱动程序.zip-DS18B20 the source, 12-bit converters. Asm KeilC51 prepared by the 19,264-LCD driver. C HD44780 LCD panels c language driver. Pdf stepper motor control procedures. Pdf MGLS- 240128TA dot matrix LCD display driver. Zip Platform: |
Size: 253952 |
Author:杨波 |
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Description: Implementaion of Current Commutation
Strategies of Matrix Converters in FPGA and
Simulations Using Max+Plus-Implementaion of Current Commutation
Strategies of Matrix Converters in FPGA and
Simulations Using Max+PlusII Platform: |
Size: 411648 |
Author:belghith |
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Description: This paper presents the Direct Power Control of
Three-Phase Matrix Converters (DPC-MC) operating as Unified
Power Flow Controllers (UPFC). Since matrix converters allow
direct AC/AC power conversion without intermediate energy
storage link, the resulting UPFC has reduced volume and cost,
together with higher reliability. Theoretical principles of DPCMC
method are established based on an UPFC model, together
with a new direct power control approach based on sliding mode
control techniques. As a result, active and reactive power can be
directly controlled by selection of an appropriate switching state
of matrix converter. This new direct power control approach
associated to matrix converters technology guarantees
decoupled active and reactive power control, zero error
tracking, fast response times and timely control actions.
Simulation results show good performance of the proposed
system. Platform: |
Size: 631808 |
Author:abdalla el-saadaney |
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Description: Analysis of steady state/ transient behaviour of HVDC systems due to AC/ DC Faults, commutation failure etc. using PSCAD simulating software. Also conducted studies on control methods/ protection requirements as well as distribution on the Delhi-Rihand HVDC system. Platform: |
Size: 277504 |
Author:vinod kumar |
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Description: A fast and accurate method for the-direct cakdation of noncharacteristic frequencies
occurring around HVDC links is presented. The technique calculates small signal linearised
frequency crosscoupling interrelationships for both converters about a base operating point,
modelling the coupling with matrix transfers. The full system, including AC and DC systems, is
modelled by connecting all individual transfers together with appropriate system equations and
nodal analysis. The resulting equation set is rearranged and solved directly for the unknown
interharmonic quantities. Returned subsynchronous frequencies and the effect of switching instant
variation are discussed. The method is validated against time-domain simulation. for two different
asynchronous links, with excellent results. Platform: |
Size: 434176 |
Author:imedp |
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Description: matrix converter is having advantages when compared to traditional converters. the loss are less in this converter.-matrix converter is having advantages when compared to traditional converters. the loss are less in this converter. Platform: |
Size: 39936 |
Author:bablu |
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Description: The paper presents the detailed modeling and simulation of Direct Torque Control (DTC) of induction machines supplied by matrix converters in MATLAB/SIMULINK. A special space vector modulation of matrix converter used in the paper allows the generation of space voltage vectors to meet both the requirements of DTC and those of unity input power factor performance. Therefore, it is possible to combine the advantages of matrix converters with the advantages of DTC scheme. The steady state and transient performances of the whole induction drive for different conditions are simulated and discussed. Platform: |
Size: 2212864 |
Author:Hiep |
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Description: ：针对传统矩阵变换器存在电压传输比低和输出性能易
受非正常输入影响的两个固有缺陷，提出一种Z–源双级矩
阵变换器(Z-source two-stage matrix converter，ZSTSMC)及
其调制方法。利用Z–源网络的升压特性以提高电压传输比，
通过Z–源网络电容电压闭环对直通因子进行自适应地调
节，从而有效抑制非正常输入对输出性能的影响。闭环控制
中采用一种非线性PID 算法，削弱了Z–源网络表现出的非
最小相位特性带来的不良影响，提高了系统动态性能和抗扰
能力。仿真和实验验证了该拓扑的可行性和正确性。-A novel Z-source two-stage matrix converter
(ZSTSMC) and its modulation strategy were proposed to
overcome two main drawbacks of conventional matrix
converters, i.e., low voltage transfer ratio and low immunity to
abnormal input voltages. The Boost voltage characteristics of
Z-source network was introduced to improve the voltage
transfer ratio. The shoot-through index was adaptively
controlled by Z-source capacitor voltage closed-loop, so as to
be immune to the disturbance of abnormal input voltages. The
nonlinear PID controller was employed to eliminate effects
caused by non-minimum-phase characteristic presented in
Z-source network and to improve the dynamic performance
and robustness of the system. Finally, the validity and
feasibility of this topology were verified by simulation and
experiment results. Platform: |
Size: 903168 |
Author:starcool |
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