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FIR
- 已知一低通滤波器的采样率为2KHz，通带为500Hz，阻带为600 Hz，带内波动3dB，带外衰减-50dB，滤波器的相位具有线性特性，具体幅频特性见下图。要求用等波纹方法设计出该FIR滤波器，然后用TMS320C54x汇编语言编程，并在CCS下调试实现该FIR滤波器。-A low-pass filter known to the sampling rate of 2KHz, passband to 500Hz, stopband to 600 Hz, with fluctuations wit
无限冲激响应高通滤波器
- 设计一个在0.45π处具有3dB截止角频率的一阶无限冲激响应低通滤波器和一阶无限冲激响应高通滤波器。用matlab计算并画出它们的增益响应，并用matlab证明两个滤波器是全通互补和功率互补的。涉及画图的频率范围[- π, π]，间隔设置π /100。-Design a 3dB cutoff at 0.45π with angular frequency at the first order infinite impulse response low-pass filter and the fi
Lab0502-IIR
- dsp实现无限冲激响应滤波器(IIR)算法，低通巴特沃斯滤波器在其通带边缘1kHz 处的增益为-3dB，12kHz 处的阻带衰减为30dB，采样频率25kHz-dsp Infinite Impulse Response Filter (IIR) algorithm, low-pass Butterworth filter gain in its passband edge at 1kHz-3dB 12kHz at the stop-band attenuation of 30dB, the sa
low-pass-filter-design
- 用双线性变换法设计一个巴特沃思数字低通滤波器，技术指标如下：通带截止频率 =2 4k rad/s，阻带截止频率 =2 8k rad/s，通带波纹系数 =0.3dB, 阻带波纹系数 =50dB,采样频率fs=20000Hz。 -Bart has digital low-pass filter design
dsp
- 设计了一个低通巴特沃斯滤波器，在其通带边缘 1kHz处的增益为3dB，3kHz处的阻带衰减为 30dB，采样频率 10kHz。 -A low-pass Butterworth filter 3dB gain of of its passband edge 1kHz at 3kHz at the stop-band attenuation 30dB, the sampling frequency is 10kHz.
修改程序P4
- 计算并划出K个长度为2的滑动平均滤波器级联后的增益响应。使用修改的程序，画出级联3个部分的滤波器的增益响应，并验证级联后的3Db截止频率。(The gain response of K moving average filter cascaded with 2 lengths is calculated and drawn. Using the modified program, the gain response of the filter with 3 cascaded sections i