1) rating adjustment factor
负载能力调整因数
2) load regulation coefficient
负载调整系数
3) load regulation
负载调整
1.
Analysis and improvement of load regulation in one-cycle control;
单周期控制技术的负载调整性能分析与改进
2.
In the production line of high - frequency welded tube, the main causes of directly influencing the production efficiency and the rate of finished products are high - frequency heating equipment and the load regulation.
文章以高频焊管流水生产线的负载调整为切入点,从管坯的开口角的大小、阻抗器的尺寸及放置位置、感应器的技术要求和其他相关因素4个方面阐述了对负载调整的影响。
5) load factor
负载因数
1.
After analysis, it is found if voltage, power factor, operating frequency, load factor etc other related factors are much worse than normal conditions, so the ratio of Ie4 and .
经分析得出,如果电压、功率因数、操作频率、负载因数等其他相关因素比一般情况更加恶劣,应将Ie4与Ie3的比值再适当减小一些。
2.
This paper introduced the computer testing key technology in electricity life of AC contactor; analyzed the function relationship between the on load factor intention of loads and test frequency; presented the showing waveforms of the voltage and current when contactor are closing and openning.
介绍了交流接触器电寿命计算机测试装置中的关键技术;解析负载因数与实验频率之间的函数关系;触点接通与分断时其电压与电流的计算机检测和显示技术。
6) load capacity
负载能力
1.
in this paper, three factors which effect on the load capacity of drytype electric power transformers, the surrounding temperature, heat time constant of winding and the initial load coefficient before overload operation, arediscussed respectively.
对影响干式电力变压器负载能力的三个重要因素（环境温度、绕组热时间常数和过负载运行前的起始负载率）分别进行了讨论。
2.
This paper introduces simulation methods of MCU hardware and software systems and help to solve actual problems by analyzing crystal circuit,electriferous reset and load capacity of the systems.
通过分析单片机系统的晶振电路、上电总清和负载能力来解决实际遇到的问题。
3.
The design principles and composition of external amplifying circuit for improving voltage standard source load capacity are introduced in this paper.
介绍了用于提高电压标准源负载能力的外接功率放大电路的设计原理及组成,该电路通过对称式的设计方法和认真筛选器件,使其具有附加误差小、跟踪准确度高等优点,解决了一般电压标准源源电流输出能力不足的问题。
补充资料：负载
分子式：
CAS号：
性质：承受电池放电电流的载体，亦称负荷。负载的大小可用其等效电阻值表示。
CAS号：
性质：承受电池放电电流的载体，亦称负荷。负载的大小可用其等效电阻值表示。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条