3.1概述 3.2多路开关的工作原理及主要技术指标 3.3多路开关集成芯片 3.4多路开关的电路特性 3.5多路开关的配置 3.6模拟多路开关的应用

5.1概述 5.2采样/保持器的工作原理 5.3类型和主要性能参数 5.4采集速率与采样/保持器的关系 5.5测量放大器的使用 5.5测量放大器的使用

Problems to be concerned with 1. How should we define the concept of Information 2. What are the typical features of Information compared with matter and energy 3. What are the relationship and difference between Shannon Information and comprehensive Information 4. How to reasonably classify Information 5. How to properly represent Information

1. Model of Communication System Noise Source Sink T Channel T: Transformation Source, sink, and channel are given beforehand Transformation to match the source with the channel

List of contents From Knowledge to Strategy 2. Classical Model of Decision-Making 3. Information Theory of Decision-Making 4. Unified Theory

1.1 System Fundamentals Definitions System: Definitions System- integrity of elements that form a certain structure internally and perform certain functions externally. L von Bertalanffy: System --set of interrelated elements

一、单项选择题 1.假设平滑指数为0.6,9月份实际销售量为600千克,原来预测9月份销售量为630千克,则预测10月份的销售量为() A.618千克B.600千克C.612千克D.630千克

不论何种方式只要能使穿过闭 合回路的磁通量发生变化,此闭 合回路内就会有感应电动势出现。 引起磁通量变化的原因是多种多样 的,必须依据情况作具体分析

按照原子理论,在每个原子里,电子环绕由中子和 质子组成的原子核而运动~称为电子云 原子核的线度≈5×10m电子云的线度≈5×10m 物质结构理论:

一、磁介质 1磁介质(magnetic medium):能够影响磁场的物质。 2磁化现象:把介质放在磁场中,介质将产生附加磁场,使原来磁场变化,这种现象称为磁化