A novel configuration of a MOS varactor is designed for good linearity of Kvco, as well as a new digital capacitor controlled array topology with lower parasitic capacitance and lower Ron. 通过改变MOS变容管的接入方法实现了更好的压控增益线性度,并采用了新的低寄生电容、低导通电阻的数控电容阵列结构来补偿工艺变化带来的频率变化。
Researches on Nonuniformity Correction Technologies for Resistor Array MOS电阻阵列非均匀性校正技术研究
Study on MOS Hall Sensor Array MOS霍尔传感器阵列
In the present study, we use a clustering algorithm based on the latent variable modeling, which is proposed by the author, to recognize the patterns in two metal oxide semiconductor ( MOS) gas sensor array data set. 该文提出了基于隐变量模型的聚类算法对两组金属氧化物半导体(MOS)传感器阵列数据进行模式识别。
A low power ferrite driver for phased array radars is presented in the paper, along with the design of power MOS transistors. 介绍了一种用于相控阵雷达的低功耗铁氧体驱动器和功率MOS管的电路设计,工作在9V时,其功耗小于18mW。
Realizing of Real-time IR Image Generate and Display System was focused on based on MOS-Resistor Array Projector. 对基于MOS电阻阵列红外图像转换器的红外图像实时生成和显示系统的实现进行了重点论述。
A new type of electronic nose ( eNose) is reported which is a efficient system composed of common MOS gas sensor array for detecting specific gases. 报导了自行研制的微型电子鼻系统,它是以普通金属氧化物气敏传感器阵列组成的探测特定气体的高效系统。
Nonuniformity Characterization and Correction of MOS Resistor Array MOS电阻阵的非均匀性测量及补偿方法研究
A new technique that use computer and MOS thermal resistance array to generate infrared image has became a trend of infrared image simulator. In the simulator, using computer to simulate dynamic IR images is one of the important techniques. 利用计算机&MOS热电阻阵模拟产生红外场景的新技术成为当前及未来红外场景仿真器的发展趋势,其中的关键技术之一是由计算机实时模拟生成逼真的动态红外图像。
The merged images simulate the scene's Infrared image at the entrance of real seeker. With a set of hardwares, the merged images are output to drive the MOS thermal resistance array to generate target/ background IR image. 通过一组硬件设备,输出合成后的红外图像以驱动MOS热电阻阵模拟产生真实场景的红外辐射。
And a specific MOS sensor array is selected according to the volatiles of food spoilage. 研究了不同食品在变质过程中的标志性气体,并有针对性地选择了MOS传感器阵列。
The sensor array comprises four MOS gas sensors. The gas category is identified by multi-classifier SVM ( MC-SVM) and gas concentration is measured via least square support vector regression ( LS-SVR). 将4个MOS气体传感器组成传感器阵列,利用支持向量多分类机(MC-SVM)进行混合气体识别,应用最小二乘支持向量回归(LS-SVR)进行浓度测量。