电子信息工程考研电磁场电磁波方向专业课都考些什么啊谢谢了,大神帮忙啊

电子信息工程考研电磁场电磁波方向专业课都考些什么啊谢谢了,大神帮忙啊,第1张

考研专业课一般为报考学校自命题。 像我们华中大此方向专业课考信号线性系统或者电子技术基础。 参考书目 康华光,陈大钦. 《电子技术基础》,高等教育出版社。 考察要点 1. 基本半导体器件 PN结的形成,半导体二极管、半导体三极管和半导体场效应管工作原理,晶体管的开关作用,TTL门电路,MOS门电路 2. 基本放大电路 微变等效电路,反馈的基本概念及类型判断,负反馈对放大电路性能的影响,频率特性,多级放大电路及其级间耦合,差动放大电路,场效应管及其放大电路 3. 集成运算放大器 比例运算、加法运算、减法运算、积分运算、微分运算、有源滤波、采样保持、电压比较 4. 稳压电源和功率放大电路 整流滤波与反馈式稳压电源,开关稳压电源,乙类互补与甲乙类功率放大电路 5. 数字逻辑与组合逻辑电路 逻辑代数及逻辑运算,逻辑函数的简化,组合逻辑电路的分析与设计,编码器,译码器,数据选择器,数值比较器,加法器 6. 时序逻辑电路与集成器件 RS触发器,D触发器,JK触发器,T触发器,同步时序逻辑电路的分析及设计,计数器、移位寄存器,随机存取存储器(RAM),只读存储器(ROM),可编程逻辑器件 7. 信号发生与转换 正弦波振荡器,多谐振荡器,单稳态触发器,施密特触发器,555集成定时器,D/A转换器,A/D转换器。 信号与线性系统参考书目: (1)A.V.OPPENHEIM,A.S.WILLSKY,S.HAMD NAWAB,信号与系统 (第二版),电子工业出版社,2002年 (2) 管致中,夏恭恪,孟桥,信号与线性系统(第四版),高等教育出版社,2004年 (3) 郑君里,应启珩,杨为理,信号与系统 (第二版),高等教育出版社,2000年 (4) 吴大正,杨林耀,张永瑞,王松林,郭宝龙,信号与线性系统分析 (第4版),高等教育出版社,2006年 (5) 含有以下考查要点要求内容的其它任何参考书。 考查要点: 一.信号与系统 (Signals and Systems) 1.信号、系统的概念 (Concepts about signals and systems) 2.常用信号及其性质 (Commonly used signals and their properties) 3.信号的波形图、基本运算与奇、偶分解 (Waveform of signals, transformation of the independent variable, even and odd decomposition of signals) 4.单位冲激信号和单位阶跃信号的概念及性质 (Unit impulse and unit step functions and their properties) 5.系统的基本性质 (Basic system properties) 二.线性时不变系统 (Linear Time-invariant Systems) 1. 线性时不变系统的性质 (Properties of linear time-invariant systems) 2.线性时不变系统的零输入响应 (Zero-input response of linear time-invariant systems) 3. 线性时不变系统的零状态响应 (Zero-state response of linear time-invariant systems) 4. 卷积积分的性质及计算 (Properties and computation of convolution integral) 5.卷积和的性质及计算 (Properties and computation of convolution sum) 6.连续线性时不变系统的单位冲激响应和单位阶跃响应 (Unit impulse response and Unit step response of continuous-time LTI systems) 7.离散线性时不变系统的单位取样响应和单位阶跃响应 (Unit sample response and Unit step response of discrete-time LTI systems) 8.线性常系数微分方程的时域解法 (Solution of Linear constant-coefficient differential equations in time-domain) 9.线性常系数差分方程的时域解法 (Solution of Linear constant-coefficient difference equations in time-domain) 三.周期信号的傅里叶级数表示 (Fourier series representation of periodic signals) 1. 线性时不变系统的特征函数 (Eigen-function of linear time-invariant systems) 2. 连续时间周期信号的傅里叶级数表示 (Fourier series representation of continuous-time periodic signals) 3.连续时间傅里叶级数的性质 (Properties of CTFS) 4. 离散时间周期信号的傅里叶级数表示 (Fourier series representation of discrete-time periodic signals) 5. 离散时间傅里叶级数的性质 (Properties of DTFS) 6. 周期信号的频谱 (Spectrum of periodic signals) 7. 周期信号激励下线性时不变系统的响应 (Response of LTI systems for periodic input signals) 8. 理想低通、高通、全通、带通、带阻滤波器 (Ideal low-pass, high-pass, all-pass, band-pass and band-stop filters) 四.连续时间傅里叶变换 (The Continuous-time Fourier Transform) 1. 连续时间傅里叶变换及非周期连续信号的频谱 (CTFT and the spectrum of continuous-time non-periodic signals) 2. 连续周期信号的傅里叶变换 (Fourier transform of continuous-time periodic signals) 3. 连续时间傅里叶变换的性质 (Properties of CTFT) 4.连续线性时不变系统的频率响应 、幅度频率响应 、相位频率响应 (或) (The frequency response of continuous-time LTI systems and its magnitude and phase ) 5. 连续线性时不变系统的频域分析 (Analysis of continuous-time LTI systems in frequency domain) 6.无失真传输 (Transmission without distortion) 7.线性相位的概念 (Concept of linear phase) 五.离散时间傅里叶变换 (The Discrete-time Fourier Transform) 1. 离散时间傅里叶变换及非周期离散信号的频谱 (DTFT and the spectrum of discrete-time non-periodic signals) 2. 离散周期信号的傅里叶变换 (Fourier transform of discrete-time periodic signals) 3. 离散时间傅里叶变换的性质 (Properties of DTFT) 4.离散线性时不变系统的频率响应 、幅度频率响应 、相位频率响应 (或) (The frequency response of discrete-time LTI systems and its magnitude and phase ) 5. 离散线性时不变系统的频域分析 (Analysis of discrete-time LTI systems in frequency domain) 六.连续时间信号的取样 (Sampling of continuous-time signals) 1.冲激取样的原理 (Principle of impulse-train sampling) 2.取样定理 (Sampling Theorem) 3.由取样值重建原始连续时间信号的方法 (Methods of reconstructing the original continuous-time signals from its samples) 七.拉普拉斯变换 (The Laplace Transform) 1. 拉普拉斯变换及其收敛域 (The Laplace transform and its region of convergence) 2. 拉普拉斯逆变换 (The Inverse Laplace transform) 3. 拉普拉斯变换的性质 (Properties of the Laplace transform) 4.连续时间系统的系统函数 (System function of continuous-time systems) 5.系统函数与系统因果性和稳定性的关系 (Relationships between system function and the causality and stability of LTI systems) 6. 由系统函数的极-零图绘制一阶或二阶系统的频率特性曲线 (Geometric evaluation of the frequency response of first-order or second-order LTI systems from the pole-zero plot of ) 7.利用拉氏变换求零状态响应 (Solving the zero-state response using the Laplace transform) 8.连续系统的框图表示 (Block diagram representations of continuous-time LTI systems) 9.信号流图表示与梅森公式 (Signal flow graph representations of LTI systems and Mason’s Formula) 10.单边拉普拉斯变换及其性质 (The Unilateral Laplace transform and its properties) 11.利用单边拉普拉斯变换求解线性常系数微分方程 (Solving differential equations using the unilateral Laplace transform) 八.Z变换 (The z-Transform) 1. Z变换及其收敛域 (The z-transform and its ROC) 2. 逆Z变换 (The Inverse z-transform) 3. Z变换的性质 (Properties of the z-transform) 4.离散时间系统的系统函数 (System function of discrete-time systems) 5.系统函数与系统因果性和稳定性的关系 (Relationships between system function and the causality and stability of LTI systems) 6. 由系统函数的极-零图绘制一阶或二阶系统的频率特性曲线 (Geometric evaluation of the frequency response of first-order or second-order LTI systems from the pole-zero plot of ) 7. 利用Z变换求零状态响应 (Solving the zero-state response using the z-transform) 8.离散时间系统的框图表示 (Block diagram representations of discrete-time LTI systems) 9. 单边Z变换及其性质 (The Unilateral z-transform and its properties) 10.利用单边Z变换求解线性常系数差分方程 (Solving difference equations using the unilateral z-transform)


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