Purpose: Linear regulators, adjustable power supply, switching power supply.
用途：用于线性调整器，可调节电源和开关电源。
Linear Technology manufactures a broad line of high performance low dropout linear regulators.
凌力尔特公司制造了门类宽泛的高性能低压降线性稳压器产品线。
Low dropout and low quiescent current are important for long battery life in LDO linear regulators.
DO线性稳压器的低漏失电压、低静态电流特性使电池使用具有高效率和长寿命。
Switching regulators are used as replacements for linear regulators when higher efficiency, smaller size or lighter weight are required.
开关稳压器是用来替代线性稳压器，当有效率高、尺寸或重量更轻更小的要求时，开关稳压器用来替代线性稳压器。
The widespread use of battery-powered devices in today's world has increased the demand for low-voltage, low-dropout linear regulators (LDOs).
如今广泛使用的电池供电产品增加了对低电压、低压差线性调整器（LDO）的需求。
The matrices of linear quadratic optimal regulators not yet be resolved perfectively.
线性二次型最优调节器的权矩阵选择问题至今尚未得到较好解决。
Finally, the stability and sensitivity of this kind of linear optimal regulators are briefly discussed.
文中最后简单讨论了这类线性最优调节器的稳定度与灵敏度等问题。
Designing of linear optimal state feedback regulators with prescribed degree of stability is discussed and a scheme to compute the state feedback matrix using pole assignment is developed.
本文讨论了一种具有指定稳定度的线性最优状态反馈调节器的设计。
Designers choose among various power-conversion topologies including linear, switching, and low drop out (LDO) regulators, depending on the requirements for each power source.
根据每个功率源的要求，设计师们选择不同的电源转换拓扑结构，其中包括线性，开关以及低压降稳压器。
This paper considers the design method of a dynamic compensator for linear constant optimal regulators. The design employs feeback only from the available outputs of the system.
本文提出了线性定常最优调节器的动态补偿器设计方法，为状态不可测但输出各阶导数存在的线性多变量系统提供了一条设计最优调节器的途径。
Finally, the stability and sensitivity of this kind of linear optimal regulators are briefly d...
文中最后简单讨论了这类线性最优调节器的稳定度与灵敏度等问题。
Finally, the stability and sensitivity of this kind of linear optimal regulators are briefly d...
文中最后简单讨论了这类线性最优调节器的稳定度与灵敏度等问题。
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