资源列表
passband
- 基于simulink环境下的模拟无源Rc及巴特沃斯低通滤波器设计-Simulink environment of analog and passive Rc and Butterworth low-pass filter design
LTE
- MIMO—OFDM的 MATLAB程序 -MIMO—OFDM MATLAB Program
douleandsingle
- 基于Simulink的模拟双边带与单边带调制系统设计-Simulink-based simulation of double sideband and single sideband modulation system design
MATLAB
- matlab基础教程，适用于matlab初学者-matlab Essentials
matlab-on-scientific-computing
- matlab在科学计算上的应用教程，适用于初学者-matlab tutorial on scientific computing for beginners
power_tcsc
- ，将电容器容量分解为TCSC和FSC两个部分， 建立了TCSC+FSC抑制SSR特性的仿真模型。对TCSC+FSC抑制不同模 式SSR的效果和不同触发角下TCSC+FSC抑制SSR的特性分别进行了仿真-To establish a TCSC+FSC inhibits SSR simulation model. Inhibition of different modes of TCSC+FSC Type SSR effect and different firing angle
mathexp4m
- 第五章 常微分数值解 改进欧拉公式求微分方程数值解的程序 预备实验-Of ordinary differential equations numerical solution
power_svc_1tcr3tsc
- 针对交交变频器 除产生5、7、11、13次谐波外，还产生旁频，谐波内容多的主要特点，进行了 滤波器装置方案选择，确定滤波器形式，并对滤波器参数进行了工程设计计算。 TCR+FC型Svc通过采用单独的相一相控制能调节三相电源的容抗和感抗来 补偿轧机系统的不平衡，从而降低35KV供电电网的损耗。-In addition to produce5,7,11,13 harmonic, also produced by frequency, harmonic content of m
power_statcom_gto48p
- 讨论了直接电流控制的几种控制结构，并建立了相应的仿真模型， 进行了仿真和比较分析。研究了它们在稳态性能和动态性能上的优缺点。其 中重点讨论了采用空间电压矢量调制方法(SVPWM)跟踪给定电压矢量，来控 制STATCOM的电流产生，并且采用直流侧电压可交给定。-Discuss the direct current control of several control structure, and the corresponding simulation model, The
Complex-frequency-domain-analysis
- 通过Matlab求出连续时间信号的傅立叶变换及编程绘制各种连续时间信号系统的时域波行，幅度谱以及相位谱-Fourier transform of continuous-time signal obtained through Matlab and programming time domain wave line to draw a variety of continuous-time signal system , the amplitude spectrum and phase spectr
Discrete-time
- 自行设计产生两个离散序列信号，对其进行相加、乘及卷积运算。 利用filter命令求下面LTI系统的冲激响应，画出系统的零极点图，判断系统的稳定性、因果性。 绘出系统的频响曲线 -To design of two discrete sequence of signals , their sum , multiplication and convolution . Seeking the following LTI system impulse response filter com
PCM
- 脉冲编码调制PCM实现，编程实现PCM技术的三个过程：采样、量化与编码-Pulse Code Modulation PCM implementation, programming the PCM technology of three processes : sampling , quantization and coding