synchronous converter
英 [ˈsɪŋkrənəs kənˈvɜːtə(r)]
美 [ˈsɪŋkrənəs kənˈvɜːrtər]
网络 同步变流; 同步变流机; 同步换流器; 同步换流机; 同步转换器
英英释义
noun
- electrical converter consisting of a synchronous machine that converts alternating to direct current or vice versa
双语例句
- A synchronous converter working in double peak mode is introduced.
介绍同步变换器的双峰工作模式。 - In this paper, the state-variable equations of synchronous motor on step motion which are used to describe steady-state characteristics are developed by state space analysing to synchronous motor with current type converter.
本文通过对电流型变频器供电的同步电动机状态空间的分析，导出了用以确定同步电动机步进运动时稳态运行的精确方程。 - Analysis and Design of Power Stages in High-Voltage, High-Efficiency Synchronous Buck Converter
高压高效率同步降压变换器功率级电路的分析与设计 - A mine hoist system of synchronous motor AC DC AC frequency converter and its planing scheme of computer control are given.
提出了由同步电机及交流直流交流变频器等组成的矿井提升系统并以计算机进行控制的设计方案。 - It is difficult to elevate resolution higher for Synchronous Voltage-to-Frequency Converter ( SVFC) since its phase modulation characteristic and the restrict of output frequency upper limit.
同步V/F转换器由于其输出频率的相位调制特性，以及输出频率上限的限制，影响了其分辨力的进一步提高。 - It mainly includes synchronous circuit, converter circuit about voltage and frequency, sampling circuit, protection circuit, pulse forming and amplifying circuit and other peripherals controlling and driving circuits.
它主要包括同步电路、电压&频率转换电路、采样电路、保护电路、脉冲形成与放大电路等其他外围控制和驱动电路等。 - The paper presents a kind of multi-channel quasi-square-wave Synchronous Rectifying Buck ( SR-Buck) converter for the lower-voltage high current power system, and analyzes its working principles in detail.
针对低压大电流电源系统，提出了一种多通道的准方波同步整流（SynchronousRectifyingBuck，简称SR-Buck）变换器方案，并分析了其工作原理。 - Automatic operation, without the continuous presence of an attendant ( operator), was first tried on the synchronous converter substations supplying an interurban electric railway in 1914.
在无人连续值班下的自动操作，首次于1914年在一个向电气化铁路供电的同步换流站中尝试。 - Chapter two is the design of42V/ 14V converter whose main circuit uses synchronous rectifier Buck converter, analyzing the operating principle of main circuit and finishing the design of control circuit and the choice of parameters and loss calculation of main circuit component.
第二章为42V/14V直流电源变换器的设计，主电路选用同步整流Buck变换器，分析了主电路的工作原理，完成了控制电路的设计、主电路元器件参数选择以及损耗计算。 - High speed 14 bits 4 channels synchronous A/ D converter is also chosen, which can successfully lead to sampling and hold of multiple channels signals.
在外围电路的实现上，选取了四通道14位A／D转换器，真正实现了各路信号的同步采样保持。