1) MOS in parallel
MOS管并联
1.
A study was carried out on three-level circuit, MOS in parallel etc.
对三电平电路、MOS管并联等进行了研究。
2) MOS
MOS管
1.
Application of Relay with MOS;
MOS管继电器应用探讨
2.
Design of a Low-voltage Low-power MOSFET-only Voltage Reference;
一种全MOS管结构低压低功耗电压基准源的设计
3.
Test indicates that the speed control system,using low power MOS and PWM,features a better performance,improved driving safety and reliabiliy,and easier maintenance.
介绍了蓄电池叉车的发展状况以及应用,以降压斩波电路为基础分析了调速系统的工作原理,设计出调速系统硬件电路图以及软件流程图,实验证明采用低功耗导通关断全控制型器件MOS管和PWM调速技术的调速控制器具有优越的调速性能,可提高蓄电池叉车的安全性、可靠性和易维修性。
3) MOSFET
['mɔsfet]
MOS管
1.
A Kind of High Voltage Switch Power Made by Low Voltage MOSFET;
用低压MOS管设计高压开关电源的实现方法
2.
MOSFET Short-channel Effect and Its Behavioral Modeling;
MOS管短沟道效应及其行为建模
3.
The system is constituted a high-power short-circuit switches by using of high-power MOSFET parallel group, and the achievement of short-circuit shunt control simulation system by using of S7-200 PLC and MP370.
本课题主要研究的是超大功率短路开关组的设计与系统控制:采用大功率MOS管来设计构成大功率短路开关组;采用S7-200 PLC与MP370配合,实现短路分流模拟系统的控制。
4) manifold
[英]['mænɪfəʊld] [美]['mænə'fold]
并联管组
1.
Progress for flow distribution in manifolds;
并联管组流量分配规律的研究
2.
The research on flow distribution of single-phase flow through manifold systems in boilers;
单相流体在锅炉并联管组中流量分配规律研究
3.
The step-marching hydro-dynamic calculation method for single phase flow in parallel connected manifolds is herewith presented.
以不可压流体的连续方程和动量方程为基础,将分支管流速作为未知量,建立了推进算法的基本方程,提出并联管组中单相流体的水动力推进算法。
5) pipe section in parallel
并联管段
6) parallel pipeline
并联管路
1.
Design of parallel pipeline system with multi-point extraction for fly ash classification;
粉煤灰分选多点取料并联管路系统的设计方法
2.
This paper holds a discussion on the problem of the incompressible fluid delivery of parallel pipeline and method of calculation for flow and they arc proven to be sound by microcomputer.
本文对并联管路的不可压缩流体输送的计算问题进行讨论，提出了流量的计算公式和计算方法，并通过微机计算得以验证。
3.
The composition and function of parallel pipeline characterization and flow distribution synthetic test system was introduced.
简述并联管路特性及流量分配综合实验系统的组成,介绍该实验系统的功能。
补充资料：管山吃山﹐管水吃水
1.比喻干什么事情﹐就靠什么生活。
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