A Novel High Driving Charge Pump with High Speed for Flash

1、

A Low Voltage and High Performance Charge Pump Design for PLL Application

应用于锁相环的低电压高性能电荷泵设计

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2、

Study of Design Method for Charge Pump Phase Lock Loop

电荷泵锁相环设计方法研究

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3、

Design of a Charge Pump with High Current Matching Characteristics

一种高电流匹配精度电荷泵电路设计

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4、

Design of Charge Pump based on Current Control Technology in PLL

锁相环中基于电流控制技术的电荷泵的设计

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5、

The Analysis, Design and Performance Research of a Charge Pump Circuit

电荷泵电路的分析、设计和提高性能的研究

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6、

No built-in charge pump leads to smaller die size and more cost savings.

无内嵌的供给泵，这样就会带来更袖珍的小片尺寸以及更多的开销节省。

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7、

You should keep on dreaming as ever as you can, never giving up as you like when faced with any difficulties.

心中有梦想就要一如既往，不能遇到困难说放就放。

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8、

Please keep on dreaming big dreams.

请怀抱远大的梦想。

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9、

Keep on dreaming. Uh, go away. Yes. Okay.

继续发梦吧，死开，遵命。

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10、

This is Hollywood, always time to dream, so keep on dreaming!

这里是好莱坞，是梦想的地方，继续梦想吧！

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11、

Some dreams come true, some don't-but keep on dreaming.

有些人梦想成真，有些人却没有，但是不要放弃梦想。

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12、

The optical power out of fiber can reach 330 μ W under 25 mA drive current, the sensibility superior to-30 dBm at 155Mb/ s data rate in full duplex, and the crosstalk less than-22 dB.

器件在25mA驱动电流下，出纤功率可达330μW，在155Mb/s速率下，探测器双工灵敏度可达-30dBm，器件光串音优于-22dB。

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13、

The junction temperature of LED has directly influence upon light output efficiency, device life time, reliability, emitting wavelength of LED. With the invention of high-power LEDs, the requirement for drive current has increased significantly, thereby increasing power dissipation.

LED结温高低直接影响到LED出光效率、器件寿命、可靠性、发射波长等。

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14、

By using the quasilinear Fokker-Planck model, radial diffusion effects on the drive current profile and driving efficiency of lower hybrid current drive ( LHCD) in the HL-1M tokamak are studied with anomalous transport of fast electrons taken into account.

本文利用低混杂波电流驱动的准线性理论模型，研究了由于磁场的随机涨落而引起的快电子的反常输运对驱动电流分布和驱动效率的影响。

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15、

The traditional operating method of LD power driver is that the user preset the parameters of drive current such as the rate, pulse width and amplitude. The LD cannot adjust its working parameters according to the variation of its environment with this method.

传统LD驱动电源通常采用电流参数预定输入的方式，其只能输出给定脉宽、重复频率及峰值的驱动电流，这种方式注定其不能随工作环境的变化而做相应调节。

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16、

The device is superior to the conventional LDMOS in the performance indexes of drive current, breakdown voltage, transconductance, gain, cut-off frequency and its process with a few additional complexities still keeps compatible with standard CMOS process flow.

该器件的驱动电流，击穿电压，跨导、增益和截止频率等性能指标明显优于传统LDMOS结构，而且工艺上仍可以与标准CMOS工艺兼容，工艺复杂度增加不大，阈值电压的设计也更加容易。

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17、

The power magnitude and stability of LD output is related to the drive current, LD can be damaged due to voltage surge. So besides making the current value of LD constant, we also must take appropriate means to protect it.

LD的输出光功率大小及稳定性与驱动电流有关，同时，LD还易受浪涌电压而损坏，因此除使注入LD的电流保持恒定外，还应采取相应的保护措施。

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18、

This number can then be used to derive any adjustments to the drive current or voltage in order to keep the flux output ( or the color output of an RGB series of LEDs) inside the visible limit.

我们随后可用这些数值来调节驱动电流或电压，从而确保通量输出（或RGB系列LED的色彩输出）在可见范围之内。

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19、

From the gate charge curve ( V_ GS-Q_G), many parameters can be obtained, such as the capacitances of the device, drive current requirements, the power dissipation and so on.

通过栅电荷曲线（VGS-QG），能导出器件的电容特性，驱动电流大小及能量损耗等相关参数。

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20、

After the optimization of the system, circuit, and layout design, the IC is realized in BCD ( bipolar-CMOS-DMOS) technology, which is able to operate under a very high voltage and drive current.

由于芯片工作中涉及较高电压和较大电流，电路采用BCD工艺（bipolar-CMOS-DMOS）实现，并对系统、电路和版图进行了优化。

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