switched output

[计]开关输出

  • On the side of synthesis this thesis studied some problems of discrete switched systems with time delay such as state feedback stabilization output feedback stabilization and H_ ∞ control .

    在综合方面,主要研究了离散时滞 切换系统的状态反馈镇定、 输出反馈镇定以及H∞控制问题。

  • The paper mainly deals with the design of controller of switched reluctance motors drive system ( SRD ) by comparing current controller and flux-linkage controller in the ways of their performance and output torque to attain optimum torque output and minimum torque ripple .

    文章着重讨论 开关 磁阻电动机驱动系统(SRD)的控制器设计,比较了电流控制器和磁链控制器的性能及 输出转矩,以优化转矩输出、最小化转矩脉动。

  • Besides the power modules can be switched off by software to provide with over-voltage and under-voltage protection for input and overload short-circuit protection for output .

    另外,采用软件 断功率器件的方式进行输入过压、欠压、 输出过载和短路保护,输入 输出 可不必安装断路器或熔断器。

  • Using this method com-bined with multiple Lyapunov function method the conditions of stability of the closed-loop switched system are obtained and a static and dynamic output feedback controller can be solved from these conditions .

    利用这种方法并结合多Lyapunov函数方法,给出闭环 切换系统稳定的条件,从这些条件中可以求出静态和动态 输出反馈控制器。

  • A design method of feedback controller and switching rule that make switched linear system to be switched H ~ ∞ state feedback ( dynamic output feedback ) stable is proposed .

    给出了使切换线性系统是H~∞状态反馈(动态 输出反馈)可 切换镇定的切换规则和反馈控制器的设计方法。

  • For scanner ( or multiplex ) cards the channel is used as a switched input in measuring circuits or as a switched output in sourcing circuits .

    对于扫描(或多路选通)卡,通道被作为测量电路中的一个被切换输入,或者作为源电路中的一个 切换 输出

  • From the generation principle of switched reluctance generator ( SRG ) two methods of enhancing output power were introduced and a new switching strategy was focused on .

    根据 开关 磁阻发电机(SRG)的发电原理,介绍了提高SRG 输出功率的两种方法,重点介绍了一种新的开关策略,并对SRG在各种可能的开关角下进行了仿真。

  • Used the switched capacitor Common Mode Feedback circuit ( CMFB ) in main amplifier to achieve a large output voltage swing and decrease the static power consumption at the same time .

    主放大器采用 开关电容共模反馈电路在获得大 输出摆幅的同时降低了功耗。

  • The principles of constant power output control for switched reluctance machine are presented . Two control strategies and their implementation scheme of constant power output control are given .

    介绍了 开关 磁阻电机系统恒功率输出控制的原理,给出了两种恒功率 输出控制策略及其实施方案。

  • A Switched Capacitor DC DC Converter with Low Output Voltage Ripple

    一种低 输出纹波的 开关电容DC-DC变换器

  • Control principles of switched reluctance generator for maximum output power

    开关 磁阻发电机最大 输出功率的控制原则

  • Resonant switched capacitor converter ( RSCC ) has the advantage of zero-current switching however the regulation of output voltage is poor .

    谐振 开关电容变换器(ResonantSwitchedCapacitorconverterRSCC)具有零电流开关的优点,但其 输出电压的调节能力差。

  • A switched nonlinear output feedback controller is proposed which guarantees the closed-loop system is locally asymptotically stable .

    切换的非线性 输出反馈控制器被设计来保证系统是局部渐进稳定的。

  • Exact expressions of the output voltage shows that resonant switched capacitor converter performance than traditional switched capacitor converter and provides a means of regulating the converter ` s output voltage .

    输出电压的精确表达式表明了谐振型开关电容变换器性能明显优于传统 开关电容变换器,同时提供了变换器的一种 输出电压调节方式。

  • In terms of the given model sufficient condition for asymptotical stability is derived via Lyapunov stability theory in the form of linear matrix inequalities . A switched output feedback controller can be designed .

    利用Lyapunov稳定性理论和线性矩阵不等式等工具,得出了使闭环系统渐进稳定的充分条件,并设计了 切换 输出反馈控制器。

  • The practices show that the Switched Reluctance generator system has the advantage in the high efficiency over the wide rotor speed range and the machine with the high rotor speed contributes to enhance the output capacity per unit volume of the generator .

    实践证明, 开关 磁阻发电机系统在较宽的转速范围内具有较高的系统效率,同时较高的电机运行转速有利于提高电机的单位体积 输出功率。

  • Based on keeping-up network construction if the generators are switched off urgently by means of steady controlling devices the output capacity of Heilongjiang eastern part power network can be increased .

    在不改变网架结构的基础上,采用稳定控制装置紧急 机,可提高黑龙江省东部电网的 送出容量。

  • Pumped by frequency double Q - switched Nd : YAG laser the output delay and pulse duration of a tunable laser vary with its input energy the index of reflection of its output mirror and the wavelength .

    倍频调 QUd:YAC激光器泵浦的掺钛蓝宝石激光器的 输出脉宽和时间延时随泵浦能量、调谐波长和输出耦合率的变化而变化。

  • By switched system theory and robust stability theory both asymptotic stability criterion for stability of NCS with multi-packet transmission and the method of designing periodically dynamic output feedback stabilization controller are obtained .

    利用 切换系统理论和鲁棒稳定性理论,得到多包传输网络控制系统的渐近稳定性判据并首次提出周期动态 输出反馈镇定控制器的设计方法。

  • If the two oscillated wavelength of the lasers can be switched and the wavelength spacing can be tuned due to the flexible output this kind of fiber lasers will be more meaningful .

    尤其是波长可 切换,波长间距可调的双波长光纤激光器,因灵活的波长 输出,更具有研究意义。

  • The output characteristics also make the AD590 easy to multiplex : the current can be switched by a CMOS multiplexer or the supply voltage can be switched by a logic gate output .

    这种输出特性还便于AD590实现多路复用:输出电流可以通过一个CMOS多路复用器切换,或者电源电压可以通过一个逻辑门 输出 切换

  • The narrowest Q switched laser pulse could be obtained with a dye wafer with 70 % initial transmission . But because of its high insert loss the threshold was high and the output was not stable .

    利用初始透过率为70%的染料片 Q获得的脉冲最窄,但是其插入损耗大,抽运阈值高, 输出也不稳定。

  • It has two switched ports with the same output which satisfied special application .

    这种 开关具有两个 开关 端口,满足了一些特殊应用场合的需要。

  • At last for a class of switched singular NCSs with certain time-delay and data packet dropout the switched singular NCSs are modeled as asynchronous dynamical systems . The exponential stability condition of the systems is given also the desired dynamic output feedback controllers are obtained .

    最后,针对带有确定时延和数据包丢失的 切换广义网络控制系统,通过对系统建模,把其 为异步动态系统,给出指数稳定的充分条件,同时获得使系统稳定的动态 输出反馈控制律。

  • In non Q switched mode the output energy is 2 ~ 15 J per pulse and the width of pulse is above 2 ms ;

    非调Q 运转输出能量为2~15J/pulse,脉宽大于2ms;