滞环

  • 网络hysteresis;bang-bang;hysteresis band;backlash;hysteresis loop
滞环滞环
  1. 基于低开关损耗新型滞环PWM整流器研究

    Research of New Hysteresis PWM Rectifier Based on Low Switching Losses

  2. 滞环PWM变频调速系统的仿真研究

    A simulation study on hysteresis loop PWM Variable Frequency Speed Control System

  3. 滞环电流控制的大功率LED恒流驱动芯片设计

    Design of a High Power LED Driver Using Hysteresis-current Control Technique

  4. 一种新的准固定频率滞环PWM电流控制方法

    A Novel Quasi - Constant Hysteretic PWM Current Mode Control Approach

  5. 基于滞环空间矢量三相PWM整流器的研究

    Research of 3-phase PWM Rectifier Based on Hysteresis Voltage Space Vector

  6. 分布式自动删除平均恒虚警率检测技术滞环电流控制的大功率LED恒流驱动芯片设计

    Distributed Automatic Censored Cell-averaging CFAR Detector Design of a High Power LED Driver Using Hysteresis-current Control Technique

  7. 用BP神经网络构成滞环控制器,并通过DSP数字实现。

    A hysteresis controller is realized by aback propagation neural network and the digital signal processor .

  8. 利用定子电流的滞环宽度模糊控制,及模糊神经元自适应加权PID直流电流控制方法。

    We use the stator current wide fuzzy control and fuzzy-neural cell self-adaptive PID control method .

  9. 一种新颖滞环PWM控制技术的仿真研究

    Simulation Study of a New Hysteresis Current Control Technology

  10. 基于反步法和电流滞环PWM的异步电动机控制

    Control of Induction Motors Based on Backstepping Design and Current Hysteresis Comparators PWM

  11. 电流滞环PWM逆变器同步电动机的步进传动控制系统

    Step Motion Control System of Current Lagging - loop PWM Inverter for Synchronous Motor

  12. HVDCdc侧基于滞环控制的有源直流滤波器

    The Active DC Filter Based on Hysteresis Controller on the DC Side of HVDC

  13. 滞环比较PWM跟踪控制分析

    Analysis of Hysteresis Comparing PWM Tracking Control

  14. 仿真结果表明,采用电流滞环PWM控制策略的矩阵变换器是可行的。

    The simulation results verify the practicability of the matrix converter with such control strategy .

  15. 其控制系统由两个PI电压控制器和一个滞环电流控制器组成。

    The control scheme consists of two PI voltage controllers and one hysteresis current controller .

  16. 设计了以DSP为控制器、集成电路构成高速滞环电流比较器的电机调速系统。

    The motor speed driving system uses DSP as controller and uses high-frequency delay-loop current comparator composed of integrated circuit .

  17. 基于小波变换的滞环PWM变流系统EMI抑制策略研究

    Research on EMI suppression method based on wavelet transform in hysteresis PWM converter system

  18. 三相四线并联APF的电流滞环控制策略分析

    Analysis of Hysteresis Current Control Strategy of Three-phase Four-wire Shunt APF

  19. 逆变器单极性电流SPWM控制与滞环控制比较

    Performance Comparison of the Unipolar Current-SPWM Control and Hysteresis Control Inverter

  20. 然后提出了本文的设计重点:一种宽输入范围、高调光比的滞环控制大功率LED恒流驱动器。

    Following is the designing point : the hysteresis current controlling high-power LED constant-current driver with wide input voltage range and high dimming ratio .

  21. 新型滞环跟踪型SVPWM控制技术仿真

    Simulation of a New Kind of Hysteresis Tracking SVPWM Control Technique

  22. 同时,详细介绍了滞环宽度的设置以及PI调节器的参数设计。

    Meanwhile , the setting of hysteresis width and the design of PI regulator parameters are analyzed particularly .

  23. 最后利用MATLAB提供的电力系统工具箱构建PWM整流的滞环控制系统和矢量控制系统的仿真模型,进行仿真实验。

    Constructing PWM rectifier hysteresis control system and vector control system by Power System Toolbox of MATLAB to carry out simulation .

  24. 基于电压空间矢量的APF滞环电流控制方法。

    The hysteresis current control method for APF based on voltage space vector .

  25. 滞环控制的电流跟踪型SPWM逆变器

    A Current - Following SPWM Inverter with Delay-Loop Control

  26. MR阻尼器控制与滞环特性相分离的F-v模型

    MR-damper F-V model decoupling control and hysteresis properties

  27. 采用滞环比较PWM控制方式,硬件电路简单,属于实时控制方式,补偿量响应快,属于闭环控制方式;

    As a real-time and close-loop control mode , hysteresis comparison control mode has a simple hardware and good response characteristic ;

  28. 然后介绍了一种基于id,iq比较的新型电流滞环比较调节器。

    A new method of hysteretic current control basis on the compare of id , iq has been discussed .

  29. 基于SABER的PWM整流器滞环控制仿真用示波器测量铁磁物质的磁滞回线

    Saber Simulation for PWM Rectifier Hystersis Control The loop-line measure of ferromagnet hystersis with oscillograph

  30. 作者分析比较了目前常用的电流模拟滞环PWM控制和开关频率固定的PWM电流控制策略,采用了开关频率固定的PWM电流环的数字化控制。

    After comparing the hysteresis current control and PWM control with constant frequency , the author proposed the PWM control with constant frequency .