提出并设计了大功率ups负载试验系统及其数据采集与监视模块，讨论了该系统的原理及硬件结构和软件设计。
Data acquisition and monitoring system of loading test of high power UPS modules are investigated and designed. The principle of the system, hardware structure and software design are given.
所设计的射频2W线性功率放大器是基于负载线匹配原理，采用功率回退法技术。
The 2W linear RF Power Amplifier in this paper is designed in Feedback method, based on Loadline Theory.
提出了一种大功率、大负载、长行程工作条件下，液压缸活塞与缸体之间、活塞杆与缸盖之间密封方式的设计方案。
Design blue print of the hydraulic cylinder seal style was put forward for the hydraulic cylinder with large power, larger load and long journey.
建立了基于功率变换器的有源式超级电容器-蓄电池混合储能系统的模型，并对控制环节进行了设计，提出了一种在脉动负载下蓄电池恒流输出的控制策略。
A mathematical model of the actively controlled battery-ultracapacitor hybrid energy storage system based on a power converter was set up, and the control loop was designed.
功率负载的实验表明，仿真结果准确，本文研制的数字化弧焊逆变电源符合设计要求，满足焊接工艺的需要。
The power experiment proved that the simulation results are exact and the digital welding inverter developed by us accords with the design requirements and can meet the need of welding process.
现代微控制器设计提供了一些方法来降低微控制器上固定负载的功率要求。
Modern microcontrollers design provides a number of methods to reduce microcontroller power requirements depending on the microcontroller load.
通过这种方法，设计人员可以利用高压太阳能能量采集，但保证了负载继续即使接收功率，当太阳源变淡。
With this approach, designers can take advantage of high-voltage solar-energy harvesting but ensure the load continues to receive power even when the solar source fades.
依据输入滤波器输出阻抗极大值最小原则对基于阻尼补偿的直流发电机带恒功率负载系统输入滤波器参数进行了最优设计，给出了设计方法和流程。
Optimal design for input filter parameters in the system is accomplished to obtain the minimization of peak output impedance, and the design process is discussed in detail.
通过控制逆变器输入平均电流调节负载功率，简化了电路设计；通过单片机发出高频加低频调制的半桥驱动信号，消除调光过程中的电弧不稳定现象。
A easier and low-cost power control method is proposed in this paper, based on the regulation of the average input current of the inverter.
在设计过程中，首先根据负载、惯量、速度等机械参数选择控制电机和配套的功率驱动器。
There are three steps to construct the hardware platform. First, select the motor and driver according to the parameter of mechanism.
功率放大器模组设计，使用负载牵引特性原理功率放大器被合并使用三分贝正交耦合器。
Power amplifier Modules were designed using Push-Pull BJT power amplifiers that were combined using 3db Quadrature couplers.
功率放大器模组设计，使用负载牵引特性原理功率放大器被合并使用三分贝正交耦合器。
Power amplifier Modules were designed using Push-Pull BJT power amplifiers that were combined using 3db Quadrature couplers.
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