1) pre-charge circuit
预充电路
1.
For the pre-charge circuit design, a partly pre-charge technology is used to save the power dissipation and to supply enough pre-charge time.
在预充电路的设计中采用了分块预充机制,既节省了功耗又保证了预充时间,同时提出了预充时位线电荷再利用设计方案,使得预充电功耗降低了1/2左右。
2) charging circuit
充电电路
1.
The special limiting current charging circuit with voltage tracing was designed according to the charging characteristics of 36 000 joule capacitor stored energy spot welding machine in order to increase the charging efficiency,decrease the shock to power source and satisfy the production efficiency of aluminum made traffic sign boards.
根据 36 0 0 0J大容量储能点焊机的充电特点 ,设计了独特的电压跟踪式限流充电电路 ,以提高充电效率 ,减小对电网的冲击 ,并满足铝制交通标志板的生产效率要
2.
Describes the basal principle,function and work process of charging circuit in SIEMENS mobile X-ray machine.
阐述了西门子移动X线机充电电路的基本功能和工作过程,并分析和排除了该部分产生的故障。
3.
This article introduced improved DC DC circuit of power source and charging circuit of the XD 106 1 channel electrocardiograph.
本文叙述了心电图机电源板中ＤＣ－ＤＣ电路和充电电路的成功设
3) charge circuit
充电电路
1.
Design of a Power Charge Circuit for the Lithium Battery of RFID
RFID手持机锂电池快速充电电路设计
2.
The quality of charge circuit strongly related to the life-time and the effectiveness of iron battery,it also related to the safety of battery.
锂电池充电电路的好坏不但关系着锂电池的寿命和使用效率,而且还关系着锂电池的安全问题。
4) Pre-charge
预充电
1.
A novel frame comparator is designed by the pre-charge technology and reasonable feedback frame,which has the advantages over the traditional comparator of greater response speed,higher accuracy and sensitivity,lower offset voltage and lower dissipation.
采用预充电技术和合理的反馈结构设计了一种比较器,与一般的比较器相比,该电路具有更快的响应速度,更高的精度和灵敏度,较小的失调电压和较低的功耗。
2.
Study to TSC Reactive Power Compensation Equipment with Pre-charge Dynamic Non-transition Process;
通过晶闸管投切电容器组的电路模型,运用拉氏变换分析了无过渡过程投切电容器的两个必要条件,以及满足该条件的主电路的结构和触发时应解决的问题;详细分析了预充电无过渡过程TSC主电路的工作原理;针对现有的触发电路调试复杂、运行易受环境影响的特点,以其工作波形为基础,以星形连接的晶闸管投切电容器组为例,阐述了预充电动态无过渡过程TSC触发电路的设计应注意的事项、实现的途径及原理框图,该电路通过了实验室验证,文章在最后得出了合理的结论。
5) precharge
[pri:'tʃɑ:dʒ]
预充电
1.
Effect of precharge on performance of Ni-MH battery;
预充电对MH-Ni电池性能的影响
2.
In addition, a simple and effective capacitor precharge scheme on the submodule is presented.
通过深入分析一种新型电压源换流器(voltage source converter,VSC),即模块化多电平VSC的本质工作机制,从换流器桥臂功率脉动与能量脉动角度,结合子模块电压纹波系数,对其子模块电容参数进行合理设计;并针对其关键的各子模块电容电压均衡问题,提出一种切实、可行的均压策略,有效确保了各子模块电容电压处在相同的等级范围,各功率半导体器件承受相同的应力;同时也给出一种简单且有效的子模块电容预充电策略,与传统通过交流系统为电容充电方式所不同的是,此预充电策略控制灵活,无需采用抑制冲击电流的限流电阻,并且可以使VSC具有一定的"黑启动"能力。
6) precharge
[pri:'tʃɑ:dʒ]
预先充电
补充资料：设备安装前的准备工作——设备的预装配与预调整
设备安装前的准备工作——设备的预装配与预调整 | ||
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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