增益调节 meaning in Chinese
gain control
Examples
- Gain adjustable range
增益调节范围 - It is introduced the structural design , working principles and performance of the four circuits of the module , i . e . synchronous circuit , trigger - transmitter circuit , clipping - amplifying - detection circuit and gain control circuit
文中主要介绍了构成该电路模块的同步电路、触发发射电路、限幅放大检波电路、模块增益调节电路等4种电路的结构设计、工作原理及性能特点。 - The innovative ideas in this paper is to replace the linear fixed - gain pid controller for a nonlinear pid controller . based on the step response curves of conventional control system , we analyze the ideal variety of three gains in different times and construct the simulated curves of proportional , intergral and derivative gain . the controllers has considered all sorts of imperceptible factors affecting the servo performances in a lpmsm servo system , which include the parametric uncertainties brought by the changes of the mobile mass , the dynamitic performance of the system and the size of input . to solve the problem of so many unknown parameters , we use transmit arithmetic to find the parameters which are fit for the system . to keep the robust and stable performance
本文的创新之处在于，将传统的固定增益的pid控制器用非线性pid控制器来代替，并在此基础上，就一般控制系统的阶跃响应曲线，分析了在不同响应时间阶段pid的三个增益调节参数的理想变化情况，并根据这些理想变化，分别给出了比例、积分、微分增益参数的一种连续的非线性拟和函数。在分析双位置环时，仔细考虑了能使系统性能变坏的各种因素，如系统的动态性能及控制出入能量的大小等等。 - The improvements in the iaga contained adding strengthen operator , improving evaluation index of premature , etc . multi - phase homing project , making use of the flight properties of parafoil system in gliding and turning , was simple in control and facile in practice . based on frenet frame , the linear time - variable error equations of parafoil system were built
基于frenet坐标系推导和建立了翼伞系统线性时不变的误差方程,并运用“投影点”的思想来获得frenet坐标系下偏差量的解析近似表达式,从而设计了用于翼伞系统航迹跟踪的传统pd控制器和增益调节型模糊pd控制器。 - The microwave solid - state power driver which consists of broadband mmic amplifier and the equalizer carried out by this method , can exhibits a gain of 30 db , saturated output power of 500 mw , and a gain equalizing factor over 12db in 6 - 18ghz . the solid - state power driver satisfies well the request of the mpm
利用此方法实现的均衡器与宽带mmic放大器所组成的微波固态放大驱动模块,实现了在6 18ghz的频率范围内提供了约30db的增益、约500mw的饱和输出功率和大于12db的增益调节量,很好的满足了mpm对固态放大驱动模块的指标要求。