excitation regulator 中文意思是什麼
excitation regulator
解釋
勵磁調節器- excitation : n. 1. 刺激，興奮，激發，鼓舞。2. 【物理學】激發；【電學】激勵、勵磁。3. 【植物；植物學】激感（現象）。
- regulator : n 1 管理者。2 調整者；整理者。3 校準者；【機械工程】調整器，校準器，調節器；【無線電】穩定器；【...
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Design of control angle measure on interface equipment of real - time simulation system for the excitation regulator
實時勵磁模擬系統介面裝置中控制角測量模板的設計 -
Design of digital excitation voltage regulator based on the compounding control method
復合控制數字勵磁電壓調節器設計 -
This thesis comes from the technological innovation project 2002 in xi ' an. the research is focused on the adaptive hybrid excitation synchronous generator system with constant output voltage. in order to keep the output voltage constant, the adaptive control is introduced in the digital voltage regulator of the generator system
本課題來源於2002年西安市重大技術創新工程計劃?自適應復合勵磁恆壓同步發電機系統的研究，通過採用數字電壓調節器對復合勵磁同步發電機的自適應控制，實現發電機的恆壓發電輸出。 -
In the dissertation, a novel hybrid excitation constant voltage synchronous generator is adopted to improve the system performance, which takes the advantages of both electrical excitation and permanent magnet machines. a parted configuration is presented in order to design the structure of the generator. the adaptive digital adjustment is settled in principle using the single chip microcomputer 80c31 as the control core of the voltage regulator and adopting the proportion - integral - differential control as the control arithmetic, then a sample is made
論文對同步發電機的工作原理、性能特點、電機本體以及電壓調節器的硬體和軟體設計進行了研究，針對稀土永磁同步發電機變載、變轉速情況下輸出電壓不可調的不足之處，採用一種新穎的電機型式? ?自適應復合勵磁恆壓同步發電機，綜合了永磁發電機和電勵磁發電機的優點，提出一種磁路分開的結構進行電機本體的設計，並選用單片機80c31作為電壓調節器的控制核心，比例?積分?微分控制（ pid ）作為其控制演算法，從原理上較好地解決了其電壓的自動數字調節，並試制了一臺樣機。 -
The old excitation setting in an _ kang hydro power plant restricts the development of the microcomputer regulator of speed, microcomputer protection and the computer supervisor and control that has altered, has become a bottleneck in improving the level of automation in power plant
安康水電站原勵磁裝置嚴重製約已實施改造的微機調速、微機保護、計算機監控作用的發揮，已成為進一步提高電廠整體自動化水平的瓶頸。 -
Development of a new excitation regulator system for rotating thyristor excitation system
旋轉晶閘管式同步發電機無刷勵磁的研究 -
Now the electrical power system is developing the big and gigantic scale dynamo on the base of saving the energy and reducing the wastage, but on the base of protecting environment, from now on the small and the middle water electric power will be developed, so the auto excitation regulator fit for the small electrical power has the great market potentialities
雖然目前電力系統從節能降耗的角度正積極發展大型機組、巨型機組，但從積極發展小型電站和增強環保意識的國策上看，今後小水電、中小型熱電廠將大量發展，因此對高性能的實用於小型機組的自動勵磁調節器具有巨大的市場潛力。 -
Excitation system is an important part of synchronous generator. and it affects the operating characteristics of generator and power system directly. this paper discusses a new excitation regulator based on dsp ( tms320lf2407 )
勵磁系統是同步發電機的重要組成部分，直接影響電機及電力系統的特性，本文介紹了一種新型的基於dsp （ tms320lf2407 ）微控制器的同步發電機勵磁調節器的設計研究。 -
In the hardware of system, it introduces the detailed hardware of dsp excitation regulator, including the design of dsp peripheral circuit, digital circuit and impulse unit circuit
在硬體組成中，詳細地介紹了dsp勵磁調節器的硬體組成部分，其中有dsp外圍電路的設計，數字電路和脈沖產生單元的設計。 -
Though electric system is developing large - scale machine shop in the view of energy saving and reducing waste, small - scale hydraulic power plant and micromidi thermal - electric plant will largely develop because of the national policy of developing small - scale power plant and strengthening environmental protection idea. therefore, the high performance automatic excitation regulator which is applied in small - scale machine shop will have great market potential
雖然目前電力系統從節能降耗的角度正積極發展大型機組、巨型機組，但從積極發展小型電站和增強環保意識的國策上看，今後小水電、中小型熱電廠將大量發展，因此對高性能的實用於小型機組的自動勵磁調節器具有巨大的市場潛力。 -
A sort of double closed - loop excitation regulator for brushless dc generator used in series hev
一種串聯混合動力車用無刷直流發電機雙閉環勵磁調節器的研製 -
With the development of electrical power system and the appearance of the big machine, the demand to the excitation regulator is higher at the same time, with the use of the computer and big scale integrated circuit in e1ectric powef, the digital excitation regulator will replace the analog excitation reg ' ulator
隨著電力系統的發展和大型機組的出現，對勵磁調節器的要求越來越高；同時隨著計算機和大規模集成電路在電力工業中的廣泛應用，微機勵磁調節器將逐漸取代模擬式勵磁調節器。
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