1.We designs the layout and the chip is fabricated in 0.18μm CMOS process ,tests the CMOS chip and educes the conclusions:with the 1.8V power supply,when the peak value of the noise is over 10mV,the average jitter is about 12ps.
完成版图设计,采用SMIC 0.18μm CMOS工艺进行流片加工,对实际芯片进行测试,得出结论:在电源电压为1.8V下,当噪声峰值大于10mV时,其平均抖动约为12ps。
2.A phase-lock circuit composed of special phase-lock CMOS chip CD 4046 and frequency dividing chip CD 4040 is designed,with a simple external integral loop filter composed of a resistance and a capacitance.
用CMOS专用数字锁相芯片CD4046(内部集成有鉴相器和压控振荡器)和分频芯片CD4040构成了实际锁相电路,外加由电阻和电容形成的简单的片外积分环路滤波器。
3.A new generation single chip whole— calibration temperature and humidity sensor SHT15 which is based on the CMOSensTM technique is introduced. The sensor that combines CMOS chip and sensor technique is a high integration and small cubage digital temperature and humidity one.
本文介绍了新一代基于CMOSensTM技术的单片全校准温湿度传感器SHT15,该传感器将CMOS芯片技术与传感器技术结合在一起构成了高集成度、小体积的数字式温湿度传感器。
4.This treatise introduces the multifunction timing counter using single chip microcomputer, liquid crystal dispIay and CMOS chip, It is provided with the function of calendar clock and multifunction stopwatch, also it can meet the needs of the various timing works of referees and coaches.
本文介绍由单片机、液晶显示器和CMOS芯片组成的多功能计时器。 具有日历钟和多功能秒表的功能，能满足裁判员和教练员的多种计时性工作的需要。
5.The antenna controller circuits is realized in 0.6 μm CMOS technics and the area of this CMOS chip is 1.695 mm× 1.631 mm.
利用 0 .6 μm CMOS工艺完成了天线控制电路的物理实现 ,芯片面积为 1.6 95 mm× 1.6 31m m。
6.In the design of signal transmission tie-in, we selected PIC16C73 who had the excellence of low ullage, high capability, CMOS, complete static state and 8 bits EPROM as the core CMOS chip of signal transmission tie-in.
在信号传输短接的设计中,我们选用具有低功耗、高性能、CMOS、全静态、8 位EPROM 型单片机的PIC16C73 作为本信号传输短接的核心芯片。
7.The application of CMOS chip about CMOS sensor image manipulation in the open up flat roof of mobile telephone
CMOS sensor图像处理芯片在手机开发平台上的应用
8.The node based on LonWorks is compared with the Neuron Chip hosted node. An example is given to show a CIMS system based on Host based node, in which SCM 80C196KB is used as its main processor, and Neuron CMOS chip MC143120 as its assistant processor.
对基于 L on Works的 Host- based节点与 Neuron Chip- hosted节点进行了比较 ,并给出实例展示了该系统由单片机80 C196KB为主处理器 Neuron,芯片 MC14312 0为从处理器 ;
9.AN OPTICAL SYSTEM ADAPTING TO A NEW TYPE OF CMOS CHIP
适合新型CMOS芯片的光学系统
10.STUDY ON THE TECHNOLOGY OF CMOS CHIP VIDEO CAMERA WITH THERMOELECTRIC COOLING
热电制冷CMOS摄像机技术研究
