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Digital-Filter-Design
- (1)设计低通、带通、高通数字滤波器； (2)可以对合成信号(含低频、中频、高频分量)、语音信号进行滤波； (3)通过GUI界面进行控制。-(1) design low pass, band pass, high pass digital filter (2) can be synthesized signal (including the low frequency, medium frequency, high frequency components), filtered s
filter_test
- 实现各种各样的滤波器，低筒，高通，带通滤波器的matlab实现-different filters
L2G2IS
- 具有光学图像稳定模块系统的2轴陀螺仪 其优势特性主要包括：（1）具有图像稳定功能，满足目标应用和消费者的性能要求（2）3线和4线SPI数字接口，并集成带宽可选的低通和高通滤波器；（3）尺寸仅有2.3x2.3x0.7mm,大幅降低了在电路板上占用的空间和面积；（4）能在一个多传感器模块内集成不同的传感器和信号处理控制功能、传感器融合算法与无线连接。L2G2IS的工作电压为1.7V至3.6V,±100 dps/±200 dps满量程，其尺寸十分精小，仅有2.3x2.3x0.7mm,它的面积和体积
AFD_BUTT
- 该程序可以设计模拟低通巴特沃斯滤波器，该函数需要输入若干个指标-Analog Lowpass Filter Design: Butterworth
Butterworth
- 基于最大平坦特性的巴特沃斯(Butterworth)函数的逼近函数数字滤波器设计（包括高通，低通，带通，带阻）-Based on the maximum flatness of Butterworth (Butterworth) function approximation function digital filter design (including high pass, low pass, band pass, band stop)
Caure
- 基于通带和阻带都有波动的椭圆（Caure）函数的滤波器设计（包括低通，高通，带通，带阻）-Filter design based on the elliptic (caure) function with both passband and stopband fluctuations (including low pass, high pass, band pass, band stop)
Chebyshev
- 基于等波动特性的切比雪夫(Chebyshev)函数的数字滤波设计（包括ChebyshevⅠ型和ChebyshevⅡ型的低通，高通，带通，带阻滤波器）-Based on the wave characteristics of Chebyshev design of digital filter function (low pass, including Chebyshev type I and type II Chebyshev high pass, band pass, band stop fi
bandpass_zeros
- 模拟低通到带通滤波器变换，可以改变需要的参数，得到不同的结果-Analog low-pass to band-pass filter transform, you can change the required parameters to get different results
filter_Demo1
- 仿真有噪声数据，并进行滤波器设计和滤波展示，实现低通，高通，带通；-Simulation of noise data, and filter design and filter display, to achieve low-pass, high-pass, band pass
Lowpass Chebyshev Type I Filter
- 低通Chebyshev I型滤波器(Lowpass Chebyshev Type I Filter)
新建文件夹
- 将采集到的数据信号导入MATLAB软件进行处理，查看其信号频谱图，采用频域窗函数法编程设计数字滤波器，实现低通、带通和高通滤波效果。(The collected data is imported into the MATLAB software to process, check the signal frequency spectrum, and design the digital filter with frequency window function method to achieve
matlab
- GUI和FIR滤波器和IIR滤波器的高通、低通、带通滤波器的设计，以及频率响应(GUI and FIR filter and IIR filter high pass, low pass, band-pass filter design, as well as frequency response)