converter charge 中文意思是什麼
converter charge
解釋
轉爐爐料-
The converter is tipped on to its side and the charge of molten iron is poured into the top.
轉爐向一邊傾斜，熔鐵從頂部倒進去。 -
In order to keep the normal bath temperature and slag forming condition, the charge of pig iron should not be exceeded 10 % on middle and small converter
中小型轉爐內生鐵塊的加入量不應超過10 % ，使轉爐吹煉過程中保持正常的熔池升溫和成渣狀況。 -
A low power dissipation charge pump dc / dc converter circuit using 0. 5um cmos technology is presented in this paper
該文分析設計的一種低功耗電荷泵dc / dc轉換電路源於和境外公司的橫向合作項目。 -
Then, based on the consideration of resolution limitation coming from intrinsic mismatch of resistor, we divide the d / a converter into 7 - bit voltage scaling d / a converter using the same resistors and 3 - bit charge scaling d / a converter using binary - weighted capacitors
然後，基於對電阻本身固有的失配帶來的精度限制的考慮，經過具體計算確定了電阻分壓式d a轉換器為7位，相應的權電容d a轉換器為3位。 -
Charge pump operation principle and a 50ma switched - capacitor automatic step - up / step - down charge pump converter with wide input supply voltage and multi output versions, which uses 0. 5 m standard cmos technology, are presented in this paper
在對電荷泵原理研究的基礎上，論文採用0 . 5 m標準cmos工藝設計了一種具有寬輸入電壓范圍和多輸出規格的50ma自動升/降壓開關電容電荷泵dc / dc轉換器。 -
This converter is thermally protected and current limited, protecting the load and regulator during fault conditions. in the circuit design chapter, the basic charge pump operation principle and equivalent circuit model are given first. then two control modes, pulse skip mode and linear mode, are analyzed
在電路設計中，首先分析了跨周期調制的電荷泵dc / dc轉換電路的基本原理，然後推導出電荷泵等效模型，以此為理論依據分析了電荷泵的兩種控制模式:線性調制模式和跳周期調制模式。 -
Comparing with voltage - domain d - a converter and charge - domain d - a converter, current - steering d - a converter has its high - speed superiority, which is only influenced by the speed of current switch. because the structure is based on current replication while not on current division, it can overcome the defects of current - domain d - a converter
電流舵型數模轉換器只受到電流開關速度的影響，相對于電壓型和電荷型結構具有高速的優勢，並且這種結構是基於電流復制而非電流劃分，可以很好地克服電流型結構的缺陷。 -
The inductive dc / dc converter is the traditional approach for power management. but with the development of sub - micron technologies and the use of high value multi layer ceramic capacitors, the efficiency of charge pump is improved which make charge pumps are still widely used not only in light load application but also in higher output currents condition
傳統的電源管理方法是使用電感模式的dc / dc轉換器，但是隨著亞微米技術的發展和多層陶瓷大電容的使用，電荷泵的效率得到提高，所以電荷泵不僅在低功耗而且在較大輸出電流應用中仍然得到廣泛的應用。
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