pump circuit中文是什么意思

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用"pump circuit"造句"pump circuit"怎么读"pump circuit" in a sentence

中文翻译手机版

泵的环路
泵浦电路
激励电流
激励电路

"pump"中文翻译 n. 1.泵，抽(水)机，唧筒；抽机作用，抽动；抽运；泵 ...
"circuit"中文翻译 n. 1.(某一范围的)周边一圈；巡回，周游；巡回路线[ ...
"mehrkreispumpe multiple circuit pump" 中文翻译 : 多回路离合器
"mulitple pump circuit" 中文翻译 : 多泵回路
"multiple pump circuit" 中文翻译 : 多泵回路
"closed circuit cooling water pump" 中文翻译 : 闭式循环冷却水泵
"and pump" 中文翻译 : 沙泵
"are pump" 中文翻译 : 库存泵；备用泵
"at the pump" 中文翻译 : 加油站
"it pump" 中文翻译 : 矿井泵
"on pump" 中文翻译 : 体外循环
"pump" 中文翻译 : PUMP ＝politically upwardly mobile personality 政治新星，政治上有望晋升人士。 n. (浅口无带的)轻舞鞋。 n. 1.泵，抽(水)机，唧筒；抽机作用，抽动；抽运；泵声。 2.〔口语〕盘问，用话套话；盘问者，善于探听消息的人。 3.〔卑、俚〕反应迟钝的人，呆子。 4.〔美俚〕心。 5.〔比喻〕(昆虫的)吸盘。 a bicycle pump 打气筒。 a breast pump 吸奶器。 a feed pump 给水泵。 a force [ pressure ] pump 压力泵，压水泵。 a fore pump 预抽真空泵。 fetch a pump 用水灌满抽机排去空气然后抽水。 For all my pumps, he did not tell the truth he is truly a pump. 盘来问去，总不实说；他实在是个牛皮筋。 vt. 1.用泵抽(水等)；抽干(井等)；绞(脑筋)。 2.〔俚语〕把(秘密等)盘问出来，诱问出来。 3.用打气筒(给车胎)打气 (up) 把(子弹)打进。 4.把(功课等)塞进(脑中)，注入。 5.〔口语〕使疲倦，使喘气。 pump a ship 抽出船底的水。 a pumped tree 腐心木。 vi. 1.用泵(抽水)，用泵增压，抽动。 2.被盘问出来。 3.(像泵柄一样)上下运动；(寒暑表水银柱)猛升猛降。 4.喷出。 5.〔口语〕卖力气。 be pumped out 累得喘不过气来。 prime the pump 1. (政府)以增大开支刺激经济复苏。 2. 对(企业等)的经营管理予以支援。 pump abuses upon sb. 破口骂人。 pump away at 努力干。 pump out 抽空。 n. -age 泵的抽水量。 vi. -ship ,n. 〔海俚、卑〕小便，撒尿。
"pump into" 中文翻译 : 把…打入
"pump it" 中文翻译 : 热起来
"and circuit" 中文翻译 : 及电路; 与电路; 与门电路
"and not circuit" 中文翻译 : 与非逻辑电路
"and or circuit" 中文翻译 : 与或电路; 与或电路
"and to and circuit" 中文翻译 : 与与电路
"and-circuit" 中文翻译 : “与”门电路
"and-not circuit" 中文翻译 : 与非电路; 与-非电路
"and-or circuit" 中文翻译 : 与或电路; “与或”电路
"be on circuit" 中文翻译 : 在巡回当中
"be the circuit of" 中文翻译 : 绕...环行
"circuit" 中文翻译 : n. 1.(某一范围的)周边一圈；巡回，周游；巡回路线[区域]；迂路。 2.巡回审判(区)；巡回律师会。 3.【电学】电路，线路；回路，环道。 4.同行业联合组织；(戏院等的)轮演系统；轮回演出(节目)[上映(影片)]的戏院。 5.事物变化的顺序。 a postman's circuit邮递员的送信路线。 closed [open] circuit【电学】通[断]路。 return circuit【电学】回路。 integrated circuit集成电路。 be in circuit with 和…接成电路。 go the circuit of 绕…环行。 make a circuit 绕远路，迂回。 make the circuit of 绕…一圈。 ride the circuit (巡回法官)作巡回审判。 vt.,vi. (绕…)环行。
"in circuit" 中文翻译 : 恢复循环,在线路内

例句与用法

In order to overcome this problem , constructing the high performance charge pump circuits is essential for low voltage analog circuit design
为了解决这个问题，对低压模拟电路来说，设计高性能的电荷泵电路是十分重要的。
At the same time , charge pump circuits are also used in the low - supply - voltage switched - capacitor systems that require high voltage to drive the analog switches and dc - to - dc converters and so forth
同时，电荷泵还可以应用在需要高压来驱动模拟开关低电源电压的开关电容系统和dc - to - dc转换器等电路中。
To cancel the offset - voltage of the comparator , a switch capacitance circuit is used between the three pre - amplifier stages . the charge pump circuit is used to boost the clock voltage of the switch transistor
采用电荷泵电路提供开关管栅过驱动电压，带隙基准电路作为电荷泵稳定电压的输入，有利于改善开关电路的性能。
In conventional cmos charge pump circuits , the pumping high voltage is limited by mos threshold voltage , so that it can not use less cascade stages to pull up a high voltage which we want to generate
在传统的cmos电荷泵电路中，电荷泵输出的电压受mos管的阈值电压限制，所以当要求电荷泵的输出电压较高时，则不得不连很多阶来达到要求。
Therefore , a four - phase charge pump circuit is invented to surmount this problem , but the current loading capability of this circuit is unfavorable and the driving clocks must have four - phase non - overlapped " signals
针对这个问题，四相位的电荷泵电路由此产生，但是这个电路的电流负载能力不太好并且它的驱动时钟信号必须是四相位且不重叠。
Charge pump circuits that make use of charge accumulation in the capacitor can pump charge upward to produce voltage higher than the regular supply voltage , and they are widely used in memory circuits , such as flash memory , for the programming and erasing of the floating - gate devices
电荷泵是一种运用电荷在电容中的积累来产生高压(高于电源电压)的电路，它广泛应用在存储器电路中，诸如flashmemory ，用于对悬浮栅器件进行写或擦除操作。
For saving driver ics ' power consumption and cost , this research proposes a novel display pixel design with integrated charge pump circuits . the proposed display pixel design can supply driving voltage more than double the input voltage to display pixels . there are two advantages for this developed novel pixel design . first , the power consumption of the panels with the proposed novel pixels can be reduced due to the lower voltage on data lines . second , the high voltage driver ics are not necessary , such that the cost and power consumption of the corresponding driving systems can be diminished . from the simulation results , the pixel voltage indeed could raise to more than double input voltage by this proposed design . in addition , the pixels with charge pump circuits also retrench about half power consumption than the conventional display pixels
为了节省面板电路驱动芯片的功率损耗以及制作成本,本研究提出一种新的像素电路设计,而在设计中将会融合电荷泵电路.利用这种电路设计的像素可有效地将像素电极上的驱动电压提高到输入电压的2 3倍以上.此像素电路设计具有两个优势:第一,可以有效降低显示面板的像素功率损耗;第二,不需高电压的面板电路驱动芯片,因此可节省芯片的成本及功率损耗.由模拟结果可知,像素电极上的驱动电压确实可由此像素电路设计而提高到输入电压的2 3倍以上;而像素的功率损耗也可有效地降低,约为传统像素的1 / 2
Thirdly , it simulated the pumping circuit & dividing circuit with the widely used software matlab / simulink . the displacement of the rod piston and the impact of hydraulic are analyzed in the different input flow ( frequency of pump ) and different reversing time . it found out the cause of hydraulic impact ( one - to - one incorrespondence between the response time of dividing circuit and the operation time of rod piston ) , and gave some methods to weaken hydraulic impact . in the final part of the paper , the reliability of the theory analysis is further verified by the experiment of hydraulic system
首先在流变学原理的基础上，深入分析混凝土在输送管道内的流动状态，得出混凝土泵的负载特性方程；然后根据功率键合图的建模方法，建立泵送回路和分配回路的数学模型，并运用仿真软件matlab simulink对泵送和分配回路模型进行了仿真，分析了在不同的输入流量(泵送频率)和换向时间下，活塞杆的位移和系统的液压冲击情况，找到了引起液压冲击的根本原因(即分配回路的响应时间(固定值)与活塞杆的运动时间(变化值)不相匹配) ，并提出了相应的改进方法。
This thesis firstly makes a detailed analysis and expatiation for several conventional charge pump circuits , and then proposes a new two - phase charge pump , and analyzes its structure and operational principle . and the simulations of several charge pump circuits including the new two - phase charge pump circuit are compared , the result indicates that the new charge pump overcomes the shortcomings of the conventional circuits and has the better performance
本文首先对几种传统的电荷泵电路进行了系统的阐述和分析，在此基础上提出了一种新型的二相位电荷泵电路，对该电路的结构设计和工作原理进行了深入的理论分析，并对包括新型电路在内的几种电荷泵电路仿真比较，证实了新型电荷泵电路能克服传统电路的不足，具有更高的性能。
Furthermore , based on the proposed new charge pump circuit , a iv to 3 . 3v high voltage generator which is used in analog switch circuit and a 3v to 10v high voltage generator which is applied to eeprom or flash memory are designed , the components and design thought of two high voltage generators are also discussed in detail . and the simulations of two high voltage generators are accomplished by tsmc 0 . 18uw cmos technology ( t018u ) , the outcome testifies that two high voltage generators that take the new charge pump as the core circuit have the higher performance
此外，基于新型的电荷泵电路，设计了用于模拟开关电路的1v到3 . 3v的高压产生系统和用于flashmemory的3v到10v的高压产生系统，详细讨论了两种高压产生系统的电路组成和设计考虑，并用台积电0 . 18 mcmos工艺( t018u )对两种高压产生系统进行了hspice仿真，结果表明以新型电荷泵电路为核心的两个高压产生系统都具有较高的性能。