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- A low-voltage ferrite driver IC with power MOS transistors is presented. 介绍了一种集成低压铁氧体驱动器和功率MOS管的单片集成电路。
- This paper presents an analogue four quandrant multiplier depending on the square law of MOS transistors,which consists of 28 MOS transistors only. 介绍建立于MOS管平方特性，由28个CMOS管组成的四象限CMOS模拟乘法器。
- In another part of this thesis, we discussed and analyzed the reliability issues on the high frequency characteristics of MOS transistors. 另一方面，本论文也针对金氧半场效电晶体的高频操作下的可靠度做了一个完整的分析。
- Results of technology mapping indicate that , compared with LUT-besed FPGAs, the proposed FDP can save 75%MOS transistors on average when implementing datapath circtits. 工艺映射的实验结果显示，在实现数据通路中的常用电路时，新逻辑单元比基于LUT的FPGA单元平均大约节省75%25的MOS管数。
- Then a novel multi-valued flip-flop is designed based on the improved clock-controlled neuron MOS transistor. 然后采用此改进的钟控神经MOS管设计了一种新型多值触发器。
- The discussion and analysis of RF reliabilities in this thesis included the hot-carrier damage and the critical gate oxide breakdown of MOS transistors. 而本论文中，对于金氧半场效电晶体的可靠度的讨论则是包含了热载子伤害以及闸极氧化层的崩溃。
- The DAC transfers the data stored in EPROM to the gate of MOS transistor so as to control the bias current, and tune the responsivity of detector and dummy detector. 用数模转换器将存储在EPROM内的偏置电压输出到MOS管的栅极上,实现对偏置电流的控制,调节探测元及补偿元的响应率。
- The clock-controlled neuron MOS transistor is investigated firstly, and its improved technique is proposed in this paper. 摘要首先对钟控神经MOS管进行研究，提出了相应的改进方法。
- By this concept, we design a photo MOS transistor which can be turn on only by illumination instead applying voltage on gate. 利用此概念我们期望可以设计出一个完全只需要利用照光，而不需要在闸极外加偏压就能驱动元件运作的金氧半电晶体光侦测器。
- Based on the investigation of the neuron MOS transistor, this paper proposes a new method for designing the multi-valued D/A and A/D converter. 摘要通过对神经MOS晶体管特性的研究，提出了一种多值D/A、A/D转换器设计的新方案。
- Then, we show the feasible application of nickel silicide on photo detector and design the so-called photo gate MOS transistor to do further study in the future work. 最后，我将提出矽化镍在光侦测器上的可行性并为了更进一步的研究而设计出所谓的光闸极金氧半电晶体。
- Starting with MOS transistors, the course develops a series of building blocks - logic gates, combinational and sequential circuits, finite-state machines, computers and finally complete systems. 从基本的MOS电晶体开始，本课程说细说明了建构一台计算器所需的各个区块，像是逻辑闸、组合及循序电路、有限状态机。最后组成整个系统。
- The pull-up charging and pull-down discharging of the transistor arrays of the PLA are accelerated by two feedback MOS transistors between the evaluation NMOS blocks and the outputs. 在N电晶体计算电路与输出值之间加入两个回馈式电晶体可以加速程式逻辑阵列加法器的充电与放电速度。
- A high-performance low-power low-noise preamplifier working at 77K for IR detectors is designed by a single-ended folded-cascode structure and a MOS transistor operating in the linear region as feedback resistor. 利用single endedfolded cascode结构和MOS管工作在线性区做反馈电阻;实现了一种在77K工作的高性能低功耗、低噪声前置放大器.
- This device consists of a n-channel depletion mode MOS transistor,a lateral pnp bipolar transistor and a resistor and has the behavior of "dual negative resistance" characteristics and easily controlled resistance in positive resistance region. 该器件由一n沟耗尽型MOS管、一横向pnp双极晶体管和一个电阻集成而得。 它具有“双负阻”特性和正阻区阻值易于控制等特点。
- In data output circuit, the MOS transistor works at a high speed when the supply voltage increases in low temperature. Then the variety speed of the output signal is so high that many disturbing signals are aroused. 数据输出电路在电源电压升高而温度很低的情况下;MOS管工作速度快;会使输出信号变化率过大而产生许多干扰信号.
- The filter has several advantages such as low sensitivity, lower power supply, higher frequency,etc. PSPICE simulation at MOS transistor level is carried out and the simulation results show that the proposed circuit is feasible. 该滤波器具有灵敏度低、低电压供电、频带宽等优点, 并面向实际电路完成了MOS管级的PSPICE (集成电路的模拟程序) 仿真, 结果表明所提出的电路方案可行
- With the utilization of the voltage controlled resistor characteristics of MOS transistor and the introduction of a feedback circuit controlled by input and output voltages, a dynamic and optimal slope compensation circuit is realized. 该设计引入了输入、输出电压反馈控制电路,利用工作于线性区的MOS管压控电阻特性,实现了动态、优化的斜坡补偿。
- The Latest Development of Neuron MOS Transistors 神经元晶体管的研究进展
- clock-controlled neuron MOS transistor 钟控神经MOS管
