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kindsoffilters
- 椭圆IIR低通滤波器设计?衷睮IR低通滤波器设计-elliptic low pass filter design IIR ellipti c low pass filter design
digital.filter
- 数字滤波器的C语言实现，其中包括低通，带通，高通滤波器，还有巴特沃斯滤波器的实现-The C language realization of digital filters, including low-pass, band pass, high pass filter, as well as the realization of Butterworth filter
dsp6FIR
- 滤波器采样频率为600Hz ，截止频率100Hz 的10阶低通滤波器。并用汇编语言设计一个实现上面要求的FIR 滤波器 (2)要求设计滤波器采样频率为8000Hz ，截止频率500Hz 的40阶低通滤波器。用C语言设计一个实现上面要求的FIR 滤波器 -Filter sampling frequency of 600Hz, the 10 cut-off frequency 100Hz-order low-pass filter. Design and assembly language
low_pass_filter
- DSP环境下的低通滤波器源码，应用于信号处理，在频域下对信号进行低通滤波-DSP environment, low-pass filter source code, applied to intermediate frequency domain signal processing software algorithms
FirAlgs
- 本代码用C语言实现了有限冲击响应低通滤波器的设计。-The code used C language to implement low-pass finite impulse response filter design.
LOWPASSFITER
- 低通滤波器的C语言实现，开发环境visual c 6.0或者keil环境-Low-pass filter C language, development environment, visual c 6.0 or keil environment
IIR-digital-filter-
- 采用双线性变换法设计IIR数字滤波器设计的c代码，包括低通、高通和带通-Document recording the design of IIR digital filter c code
filter
- 基于51单片机的C语言代码，指数加权平均算法滤波函数，也是一个一阶低通滤波器。文件中有比较详细的注释。-Based on the the 51 microcontroller C language code, exponentially weighted average algorithm filtering function is also a first-order low-pass filter. Detailed notes in the file.
IIR
- 此为在ccs软件环境下利用c语言实现iir低通滤波器的源代码-Iir low pass filter
filter__C
- 介绍各种滤波器的C语言实现，有FIR的低通、高通、带通、带阻等，卡尔曼滤波器-C language describes the various filters, FIR low pass, high pass, band pass, band stop, the Kalman filter
MAX262.c
- 程控滤波器的程序，可以实现高通滤波和低通滤波，中心频率可调。-Programmable filter program, you can achieve high-pass filter and low-pass filter, the center frequency is adjustable.
FIRFILTER
- 采用C语言实现用频率采样法设计FIR滤波器，低通带通高通-use Frequency sampling method to design FIR filter
exp03_iir
- c 语言与 arm 平台下实现二阶巴特沃斯低通滤波器,适用于dsp54x系列cpu开发板(c and arm code of two-level iir Butterworth filter in dsp54x cpu)
fir滤波器
- 实现ccs软件fir低通滤波器仿真的c语言程序(C language program for CCS software FIR low pass filter simulation.)