feedback capacitor
英 [ˈfiːdbæk kəˈpæsɪtə(r)]
美 [ˈfiːdbæk kəˈpæsɪtər]
网络 反馈电容
双语例句
- Output buffer is realized by the feedback application of amplifier which can drive big load capacitor.
单位增益缓冲器是具有驱动大负载电容能力的运算放大器的反馈应用，该运算放大器的增益大于70db，相位裕度大于70度。 - A decoupling control strategy is proposed under the feedback of capacitor current.
该文基于状态观测器，对电容电流反馈瞬时值控制电路的数字实现方法进行研究，提出了基于电容电流反馈的解耦控制方法； - It consists of two parts: a transconductance amplifier and a transresistance amplifier formed by resistor feedback. The combination of these two amplifier forms a voltage amplifier with low output impedance, and the pole at the output node is hardly affected by the loading capacitor.
它由两部分组成：前面为跨导放大器，后面则是由电阻反馈形成的跨阻放大器，两种放大器的组合构成了具有高输入阻抗、低输出阻抗的电压放大器。 - The equation of selecting filter capacitor is derived to make the feedback energy which is produced by the inverter to be minimum. The value of the capacitor has been decreased from 20u.
推导出了使逆变桥的无功回馈能量最小的滤波电容取值公式，原理样机的滤波容因此从20μF减小到7.6μF，减小了62%； - By introducing a digital dual-loop control model of inverter feedback with the capacitor current, the system transfer function is figured out and its external characteristic is analyzed.
本文在介绍电容电流瞬时值反馈控制逆变器数字双闭环控制模型的基础上，建立了系统的闭环传递函数，并从理论上分析了影响数字双环控制逆变器外特性的因素。 - Auxiliary feedback amplifiers and switched capacitor common mode feedback circuit are employed.
共模反馈电路由开关电容共模反馈电路实现。 - Setting up UPS sine Inverter mathematical mode, analyzing the character of it, comparing the peculiarity between inductor current feedback and capacitor current feedback according to the feature of it; Choosing capacitor current feedback to make the system respond more quickly.
建立了UPS正弦逆变器的数学模型，分析了UPS正弦逆变器的特点。针对UPS正弦逆变器的特点，比较电感电流反馈和电容电流反馈的特性，选择电容电流反馈使系统有更快速的响应。 - A sinusoidal oscillator circuit based on current feedback amplifier ( CFA) is proposed. The circuit consists of two current feedback amplifiers, two capacitor and four resistance, and its circuit is simple.
采用2个电流反馈放大器、2个电容和4个电阻，设计一种基于电流反馈放大器（CurrentFeedbackAmplifier，简称CFA）的正弦振荡电路，分析了振荡器起振条件和振荡频率，电路结构简单。 - The topology and working principle of a novel single-phase five-level inverter are analyzed in this paper, and a repetitive control scheme based on current state feedback through a capacitor is also presented.
分析了一种新型的单相五电平逆变器电路拓扑结构及其工作原理，针对这种逆变器控制特性提出了加入逆变器电容电流状态反馈的重复控制方案； - Moreover, a novel pole compensation method is proposed for the current feedback amplifier. And capacitor arrays which are controlled by digital signals are added to make the results tunable, hence improve the feasibility and probability of success.
同时，对于电流反馈型放大器提出了新颖的极点补偿原理，加入的电容阵列可以调节放大器的带宽。使得流片后可以数字校准，提高可靠性和成功率。 - Feedforword summation and local feedback are implemented in capacitor network. 1-bit quantizer is realized by a dynamic comparator with latch. Cascaded integrators have non-inverting input. The whole circuit is controlled by non-overlapping clock signals.
前馈求和电路和局部反馈支路通过电容网络实现，一位量化器通过带锁存功能的动态比较器实现，级联积分器采用输入非反相的积分结构，整体电路由两相不交叠时钟控制。 - One is repetitive control scheme based on feedback of splitting capacitor. This strategy retains the advantages of splitting feedback control and repetitive control, meanwhile, the design of repetitive control compensator is simplified.
一种是基于分裂电容反馈的重复控制方案，该方案在保留分裂电容反馈控制和重复控制优点的同时，简化了重复控制补偿器的设计。 - A feedback capacitor between input and output is also used to generate two transmission zeros.
同时在输入和输出端之间加上了一个反馈电容，在上、下边带各产生一个传输零点。 - Experimental platform is mainly composed of traction substation module, load module, inverter feedback module and super capacitor energy storage module.
实验平台主要由牵引变电所模块、负载模块、逆变回馈模块和超级电容储能模块构成。其中，文中对超级电容储能模块和逆变回馈模块的设计进行了仿真验证。 - Through the energy feedback experiments, the current impact absorption and improvement of energy utilization of the super capacitor are verified.
通过能量回馈实验，验证了超级电容在电机回馈制动时对冲击电流的吸收和对能量利用率的提高。 - Voltage source control employs voltage as external loop and current as inner loop with instantaneous value as feedback. Inner control loop uses capacitor current as feedback to improve the dynamic characteristic. The paper studies the PI optimization considering the pole set method.
电压源并网采用基于瞬时值反馈的电压电流双环控制方法，内环采用电容电流反馈闭环，提高了系统的动态特性，并用极点配置方法对控制器的参数进行优化设计。