grounding circuit 中文意思是什麼

grounding circuit 解釋
接地電路
  • grounding : n. 1. (畫、刺繡等的)底子。2. 基礎訓練;初步。3. 【航海】擱淺。4. 【電學】接地,通地。
  • circuit : n 1 (某一范圍的)周邊一圈;巡迴,周遊;巡迴路線[區域];迂路。2 巡迴審判(區);巡迴律師會。3 【...
  1. New designed auto tracing arc eliminating device based on this technique contents more technology, which has sample circuit, wide tuning scope, quick response and low noise. this paper firstly introduces neutral grounding histroy. by analyzing the syntony grounding theory, the transient and stable process of one - phase grounding fault, the threaten to secure run of power system and the importance of exact compensation for capacitive current are cognized

    論文中首先介紹了中性點接地方式的發展過程,通過對諧振接地原理和單相接地故障的暫態、穩態分析,認識到接地故障對系統安全運行的危害,通過消弧線圈對接地電容電流的迅速準確補償是減小故障危害的最主要手段。
  2. The control kernel of the system is microprocessor c8051f020 and, 54 parallel ports for connecting high voltage system have been expanded. a new network circuit for i / o control was designed to control 54 pt electrodes to switch discretionarily in 3 states ? high voltage, grounding and suspending

    硬體系統以c8051f020為控制核心,設計了一種i o網路組合控制電路來控制54根pt電極,在三態(高壓、接地、懸空)之間的任意轉換。
  3. This paper presents two new electric system devices, a grounding and short - circuit fault indicator and an intelligent hybrid dc contactor. the fault indicator may be used in mid to high voltage power system

    其中,短路與接地故障顯示裝置可用於檢測中、高壓電力系統短路或接地故障,該裝置具有強弱電隔離、安全性好、安裝方便、能耗低、成本低的特點。
  4. For the improvement of reliability and stability of the whole apparatus, meanwhile, for eliminating various electric - magnetic disturbance within the power supply and ground, measures such as filter, grounding, shielding are all taken in technique. the special methods are lc filter for power supply, bypass capacitor for suppressing voltage surge in printed circuit board, shielding layer wrapped in sensor head and overall grounded

    通過採用合理的濾波、接地、屏蔽等各種方法,尤其是採用電源lc濾波電路、電源上加旁路電容抑制線路板上的電壓波動、傳感頭加屏蔽層、傳感頭總體接地結構等多種抗干擾辦法,減小了電源和地線上的各種電磁干擾,保證了系統的穩定性和可靠性。
  5. The first part of the paper is designing the testing project for grounding resistance and insulation resistance in a new way. using 16bits ad converter with programmable control amplifier replaced the way which used changing resistance to change measure range. lt is not only improved testing precision and develop the system expediently, but also reduced the area of the circuit boardwith the new way. in order to make the electric implement safety testing system have upstanding expansibility, the software and hardware of the system adopted the modularization design. adopted mcu atmegal28 as a master mcu which control mmi, realtime clock and communication with slaver mcu. atemga8 as the slaver mcu to realize testing function. so it is easy to add or reduce the testing project. the testing implement system has been developed successfully, and the comments for the system is that it has high precision, high expansibility and easy maintain. but considering the electric implement system should have intelligence and humanity abi lity. so this paper bring forward a scheme of electric equipment safety testing embedded system with speech control. after introduce the basic theory of speech recognition, the paper expatiate the characters of this system. the system is a noise conditon, not special people, small glossary, insulation word system. with these characters design the speech recognition as fellow. utilizing cross zero ratio and short energy to ensure jumping - off point and end point ; adopting mfcc as the character parameters of speech recognition ; the character parameters than be recognized by dtw. in order to ensure the credibility of this project, first realized by matlab in computer

    在介紹了語音識別的基本原理后,闡述了本系統的特點:本系統是一個噪聲環境下非特定人、小詞匯量、孤立詞的語音識別系統。根據本系統的這些特點設計了如下語音識別方案:利用過零率和短時能量相結合的方式確定語音端點;採用mel頻率倒譜系數( mfcc )作為語音識別的特徵參數;得到的特徵參數最後通過動態時間規整( dtw )的模式識別方法進行識別。為了確保本系統實現方案的可靠性,首先通過計算機利用matlab軟體來模擬,在演算法模擬實現后又進一步增加環境的復雜性:加上較大的環境噪聲、突發性的噪聲等,再通過修改參數、修改參考模板、兩級識別等各種提高語音識別精度的方法來提廣東工業大學工學碩士學位論文高識別率。
  6. Grounding on above theory, the zvs resonant of soft switch full - bridges circuit, and class - e amplifier, and push - pull class - e amplifier are analyzed respectively in theory. push - pull class - e amplifier is available by comparing results of simulation and low power experiment

    基於以上理論,分別選擇了zvs諧振型全橋串聯逆變器、 e類放大器以及推挽式e類放大器進行詳細的理論分析,模擬比較以及小功率實驗對照。
  7. In every load node, load is processed as an equivalent grounding resistant, thus formulating a simple circuit. a refined genetic algorithm combined with the idea of tabu search used in distribution networks reconfiguration to reduce loss is presented in this thesis

    其基本思想是將每一負荷都看作一個迴路,將負荷等效成一接地阻抗,再加上環路,共同形成迴路阻抗矩陣,進而迭代求解網路潮流。
  8. The difficulty in design microstrip pin sp3t switch is the via hole for grounding. we use both the radial parts and the via hole to get a good result. the fin - line pin switch is fully simulated using full - wave analysis, the parasitic parameter and the circuit assemble need to be considered

    微帶結構上過孔微波接地效果的不理想,是微帶單刀三擲開關的難點,本文採用了扇形的微波接地和過孔直流接地結合起來,較好的解決了這一問題。
  9. This thesis is founded on the investigation of the ion migration of 500kv dc ceramic support insulators for the production of the 500kv dc ceramic support insulators. in the test system, we added the grounding switch for each circuit and the mutual switch, prescribed the four status of the current measuring program, making the measurement system more stabile

    在對離子遷移試驗研究的過程中,對原有離子遷移試驗測量系統進行了改進,通過為每路泄漏電流迴路設置接地開關及公共測量開關,並在軟體上為測量迴路設定4種狀態,提高了測量系統的穩定性。
  10. The flexible design permits integrating interface points for grounding or testing the circuit without moving cables. junction points can also be used for arrester locations

    分接母排設計靈活,允許在不移開電纜的情況下,進行接地或迴路試驗等操作。
  11. At first the principle and characteristics in static and dynamic mode of power mosfet are introduced. grounding on the characteristics, the parameters of drive circuit are calculated and an applied and reliable drive circuit is proposed

    首先簡要介紹功率mosfet的基本工作原理及靜態及動態特性,然後根據功率mosfet對驅動電路的要求,對驅動電路進行了參數計算並且選擇應用了實用可靠的驅動電路。
  12. Abstract : various measures for anti - interference for embedded control system are stated for enhancing the capability of the system. these include power supply, grounding, isolated input and output channels and circuit design

    文摘:主要對嵌入式控制系統在抗干擾方面提出了各種措施,包括電源、接地、隔離輸入、輸出通道,以及在電路設計上採取了措施,以求提高系統的抗干擾能力。
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