| 1. | Advanced multi - clock mechanism and clock generator
先进的多时钟机制和时钟发生器 |
| 2. | Crock generator , pulse
脉冲时钟发生器 |
| 3. | But to design and integrate a clock generator into a chip is a far cry from the out - chip one
文中研究的锁相环时钟发生器就针对该要求而设计。 |
| 4. | The adc aperture jitter must be minimal , and the sampling clock generated from a low phase - noise quartz crystal oscillator
Adc的孔径抖动必需尽可能的小，而且要使用低相位噪声的石英晶体振荡器作为采样时钟发生器。 |
| 5. | As is known to all , the former pcb system uses an out - chip oscillator , which is called out - chip clock generator , to provide system with clocks
比如以前的板极系统多数使用电路板上的外部振荡电路作为系统的时钟发生器。 |
| 6. | The pll clock generator , which has been integrated in " line " , will be taped out through tsmc 0 . 25um mpw ( multi - project wafer ) project
该锁相环时钟发生器采用了tsmc0 . 25umcmos制造工艺，它将和“ line ”芯片一起在tsmc的多晶圆( mpw )项目下流片。 |
| 7. | A monolithic clock synthesis pll , which is expected to be a reference 800mhz clock generator in accelerometer system , has been designed and characterized in this paper
本文设计了一种采用锁相环频率合成技术实现的800mhz时钟发生器,用作加速度传感器读出电路的基准时钟信号。 |
| 8. | This article presents the property of virtual experiment . it describes the main model of virtual experiment for microcomputer interface technology , and the experiment example is presented
摘要阐述了虚拟实验的特点，描述了互动型微机接口技术虚拟实验模式，并以波特率时钟发生器为例，介绍了微机接口技术虚拟实验系统及应用。 |
| 9. | The implementation of in - chip clock generator is often based on modern cmos ic process technology which is usually adopted by very large scale digital system . while designing a deep sub - micrometer cmos circuit , delay , power consumption and die size are of the main factors that must be considered
使用现代深亚微米cmos集成电路工艺制造的内部时钟发生器要综合考虑延时、功耗、面积等各种重要因素，而且经常要针对soc系统的需求设计特殊的电路结构。 |
| 10. | Within this scope , users can get almost any frequency clock by configuring the register , as the tune - process is nearly continual ( in fact there are many discrete frequency points ) . the main circuit of the clock generator is a cppll ( charge pump pll ) designed in a method
该时钟发生器可以向系统提供频率范围是93 . 75k - 180mhz的时钟信号，用户可以通过配置寄存器的方法使时钟发生器输出自己需要的频率，而且这一调频过程几乎是连续的(实际上是众多离散点构成的线性近似) 。 |
