There was no sensor SRD is the future trend.
因此无传感器的SRD也是未来的发展趋势之一。
Switch reluctance motor governing system (for short SRD) of the drag_fan is introduced.
阐述了拖动风机的开关磁阻电机调速系统(简称SRD)。
The third chapter offers SRD control system design of hardware and software based on TIs DSP.
第三章介绍了以TI的DSP为核心的控制系统的软硬件设计。
Microwave dielectric resonators apply to SRD high-time frequency multiplier. This is a new try.
将微波介质谐振器应用于阶跃管高次倍频器中，这是一种新的尝试。
The theory and application of multiplier, the design method and result of SRD multiplier are described.
介绍了倍频器的原理、应用以及阶跃二极管倍频器的设计方法并给出了结果。
These make SRD a kind of new promising speed governing system with high efficiency and energy saving ability.
所以，SRD系统是一种具有广阔前景的新型高效节能的调速系统。
Therefore, exploring useful sensorless-position-estimation SRD is an important and significant research work.
因此探索实用的无位置传感器SRD系统具有重要的研究意义。
The main control parameters of SRD are opening angle, turn-off angle, phase current and phase winding voltage.
SRD的主要控制参数有开通角、关断角、相电流和相绕组电压。
Objective To investigate the relationship between chronic systolic heart failure (CSHF) and sleep-related respiration disorder (SRD).
目的探讨慢性收缩性心力衰竭与睡眠呼吸紊乱的关系。
And the simulation results report work status of SRM, so this model is really and escellent tool of assistant analysis and design for SRD.
所建模型对于辅助分析设计SRM驱动系统有一定参考价值。
Last, MATLAB6.1 as simulation tool is used to make research for the whole SRD system and operating characteristics and rotor position Angle estimation.
最后采用MATLAB6.1软件作为仿真工具，对SRD系统以及SR电机的控制特性和转子位置估算方法进行了仿真研究。
Therefore, this paper proposed a new type of high voltage SRD power converter by combining a special transformer and low voltage cell circuits ingeniously.
为此，本文将特殊变压器与低压单元电路巧妙结合，提出一种新型高压SRD功率变换器。
A direct digital control system of SRD was designed using 80c196kb single chip as micro controller, and hardware and software debugging was made in this process.
本文以80c196 K B单片机为控制器，设计了SR电机直接数字控制系统，进行了软硬件的设计和调试。
Frequency synthesizer is the key block of SRD transceivers, and this thesis concentrates on the research and design of frequency synthesizers for SRD applications.
频率综合器是SRD收发器的关键模块，本文主要工作是研究与设计应用于SRD收发器的频率综合器。
Objective:To investigate the functional efferent pathway from the subnucleus reticularis dorsalis (SRD) of the medulla oblongata and the distribution of NADPH din the pathway.
目的：研究大鼠网状背侧亚核的功能传出通路及该通路上NADPH d的分布。
According to the problem resulted from the notable nonlinear of SRD, we adopt a fuzzy self-tuning PID arithmetic in the system, and discuss its realization of software and hardware.
针对SRD具有显著的非线性，系统采用模糊自适应整定PID控制算法，并且讨论了其软、硬件的实现方法。
This paper is a report of the designing and making of a UWB pulse generator using SRD (step recovery diode) and microwave transmission line and by means of intervention and elimination.
文中利用SRD(阶跃恢复二极管)与微波传输线，通过错位对消的方法设计与制作了UW B脉冲发生器。
This paper is a report of the designing and making of a UWB pulse generator using SRD (step recovery diode) and microwave transmission line and by means of intervention and elimination.
文中利用SRD(阶跃恢复二极管)与微波传输线，通过错位对消的方法设计与制作了UW B脉冲发生器。
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