peak switching 中文意思是什麼

peak switching 解釋
峰開關
  • peak : vi 1 瘦弱;消瘦,憔悴。2 減少,縮小 (out)。n 1 山峰,山頂;孤山。2 (胡須等的)尖兒;尖端。3 最...
  • switching : 變換
  1. A novel cycloconverter - rype three - phase hf link inverter topology for soft - switching based on phase - shifted full - bridge mode is proposed, whose main advantages are as follows : under the conditions of d < i < and overlap - d, the switches of the leading leg are turned on at zvs and the switches of the lagging leg are turned off at zcs and all switches of the cycloconverter circuit are commutated in the overlapping mode in the interval of zero voltage, which makes the circuit realize soft switching to the utmost extent and reliably solve the problem of peak voltage caused by the storing energy of leakage inductance of hf transformer

    論文提出一種新型移相全橋軟開關周波變流型三相高頻鏈逆變器,電路的主要優點是:前級移相全橋的移相角控制在_ d _ i和_ ( overlap ) - _ d條件下,超前橋臂零電壓開通,滯后橋臂零電流關斷,並使周波變流器所有開關在零電壓期間重疊換相,使整機開關最大程度地實現了軟開關,並可靠解決了高頻變壓器漏感儲能引起的電壓尖峰問題。
  2. Initial recovery voltage and peak recovery voltage across the circuit - breaker have an essential affect on re - strike. for assessing performance of circuit - breaker, the higher inductance and lower inductance must be considered at the same time when testing according to theoretic analysis, the directly test circuit on switching the no - load overhead by high - voltage circuit breakers of rated voltage 252kv and below, in compliance with the correlative standard jb5871 and the test devices, and the test circuit parameters have been calculated and the many testes have been carried out

    在理論分析的基礎上,考慮實驗室現有設備的情況依據標準jb5871的規定,選用合適的試驗設備,對試驗線路的參數進行計算,在實驗室建立了252kv及以下電壓等級斷路器開合線路充電電流直接試驗線路,利用該線路進行了數臺產品的試驗,分析了試驗結果,並根據試驗結果和理論基礎討論了gb t1984 - 200 《交流高壓斷路器》 (報批稿)關于開合線路充電電流試驗的有關規定。
  3. The voltage peak and switching loss during switching of inverter is the main cause that due to the damage of igbt

    逆變橋電路開關過程中出現的電壓尖峰和大的開關損耗是導致主開關器件igbt損壞的主要原因之一。
  4. High amplitude trigger pulse meets the power requirements of many thyristors connected in parallels. the voltage peak emerged in switching off inductance circuit is amortized by resistor and capacitor absorbed circuit

    選取r = 54 , c = 0 . 22 f的阻容緩沖吸收電路有效降低了快速晶閘管關斷感性負載產生的過電壓。
  5. It has been presented in this dissertation that using model of q modulated er - glass laser, through replacing typical number of er - doped fiber and single mode fiber into the model, then the theoretical model of self - q - switching by sbs was established. by emulating experiment, the peak value of output power, repeating frequency, width of pulse have been calculated. the data was calculated repeatedly when the length of er - doped fiber changing

    將摻鉺光纖和單模光纖的典型值數據代入該模型中,進行模擬實驗研究得出sbs自調q光纖激光器輸出峰值功率、脈寬、重頻等數據,並在改變摻鉺光纖長度的情況下,再次進行模擬實驗,對上述輸出結果進行了分析。
  6. With the high frequency trend of power electronic technique development, the switching power diodes must be conducted and turn off very fast, that is, the diodes should have short reverse recovery time, low peak reverse current and soft recovery characteristics

    電力電子技術高頻化的發展趨勢要求功率開關二極體必須具有快速開通和高速關斷的能力,即具有短的反向恢復時間( t _ ( rr ) ) ,較小的反向恢復電流( i _ ( rm ) )和軟恢復特性。
  7. The paper draws such conclusions : peak - current control has fast dynamic res ~ ond with simple control. arid requires slope compensation ; components should he laid reasonably ; soft - switching has merits on decfeasing switcliu ~ ~ ? ltage and improving the efficiency of syste1 ~ i

    論文得出峰值電流型控制具有動態響應快,控制簡單,需要斜率補償;電路元件應合理地布局和布線;軟開關在降低開關電壓應力,提高電路的效率等方面有顯著優點等重要結論。
  8. First, this paper analyzes the principle of the snubber circuit of igbt inverter in detail, and the parameter of the snubber circuit components are derived. it also analyzes the twice voltage peak of the snubber circuit during the period of turnoff and discusses the impact of the parameter of the snubber circuit components on the waveform of turnoff. the reference materials for the snubber circuit design are proivided theoretically in this paper. futhermore. it analyzes a soft switching circuit that suits pulse power supply

    本文首先從理論上詳細分析了igbt逆變橋緩沖電路的工作原理,推導出緩沖電路各元件的參數計算公式,分析了緩沖電路在關斷過程中的兩次電壓尖峰,討論了緩沖電路各元件參數對關斷電壓波形的影響,為緩沖電路的設計提供了理論上的依據。
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