5.1 基本离散信号与LTI离散 系统的响应 一、基本离散信号 二、差分与差分方程 三、差分方程的经典解 三、零输入响应和零状态响应 5.2 卷积和 一、序列分解与卷积和 二、卷积的图解 三、不进位乘法 四、卷积和的性质 5.3 离散系统的算子方程

一、概述 二、HBA聚合物SAW传感器制备与气敏特性 三、集成式SAW传感器构建 四、结论

1. 研究意义 2. OTFT原理、制备及表征 3. OTFT传感器气敏特性测试 4. 结论与展望

Cartesian Configuration . C Ty A. Lasky Configuration. Articulated Configurati Configuration. Gantry Configuratio 101.2 Dynamics and Control Independent Joint Control of the Robot. Dynamic Models iversity of California, Dav omputed Torque Methods. Adaptive Control. Resolved R Lal tummala Motion Control. Compliant Motion. Flexible Manipulators Justification. Implementation Strategies. Applications in Nicholas G. Drey

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Circuits 1 Passive Components M. Pecht, P Lall,G. Ballou, C Sankaran, N. Angelopoulos esistors. Capacitors and Inductors. Transformers. Electrical Fuses 2 Voltage and Current Sources R.C. Dorf, Z Wan, C.R. Paul J.R. Cogdell tep, Impulse, Ramp, Sinusoidal

118 Computer Design for pennsylvania State University Biomedical applications The Finite Difference Time Domain(FDTD)[Yee, 1966; Kunz and Luebbers, 1993; Taflove, 1995 is a numerical method for the solution of electromagnetic field interaction problems. It utilizes a geometry mesh, usually of

Integration.Smart/Optical Cards Matthew e. Baretich 117.2 Hospital Information Systems niversity of Colorado The Clinical Environment Healthcare Codes and Standards 117.1 Clinical Information Systems Luis Kun The main objective of this section is to provide the reader with a summary of areas that relate to clinical

目录 第1章绪论 第2章逻辑代数基础 第3章逻辑门电路 第4章集成触发器 演示文 第5章脉冲信号的产生与整形 第6章组合逻辑电路 第7章时序逻辑电路 第8章数模与模数转换器 第9章半导体存储器 第10章可编程逻辑器件

本课程是通信、电子与信息等相关专业的专业必修课,对本 专业后续课程诸如数字信号处理、通信原理等专业课起着承上启 下的作用 主要内容包括:1、信号与系统的描述、分类、模型;2、连 续时间系统的时域分析(模型建立与求解,零输入响应与零状态 响应,卷积);3、傅立叶变换与信号的频谱分析:4、拉氏变换