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firnew
- 数字滤波的设计:FIR滤波器,设计滤波器采样频率为600hz,截止频率200hz的高通滤波器-Digital Filter Design : FIR filter, the sampling frequency filter design to 600hz, 200hz cutoff frequency of the high pass filter
uClinux
- UClinux cutoff and transplant issue
AD7710
- AD7710开发可用代码 24位的AD采样芯片 ,不丢失码 非线性度为0.0015% 双通道可编程增益前端 增益范围为1 到128 差动输入 低通滤波器,截止频率可通过编程设置 校准系数可读写 具有串口的双向微控制器 可选择内外基准参考电源 可提供单端或者双端补偿 功耗低(一般为25mW),还有待机模式(一般为7mW)-AD7710 24-bit code, the development of AD can sample chips, do no
firfilter
- FIR滤波器:自定滤波器的类型(低通,高通或带通)、设计指标(通带截止频率、通带波纹、阻带截止频率、阻带衰减) 1、根据指标选择合适的窗函数,用窗口设计法设计符合指标的FIR滤波器;并验证其性能是否满足预定指标。 -FIR filters: Custom filter types (low pass, high pass or band-pass), design specifications (passband cutoff frequency, passband ripple, st
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
cheng
- 滤波器广泛应用于数字信号处理、通信、自动控制领域,但设计可变宽频带有源滤波器则比较困难。利用单片机控制参数可编程的双二阶通用开关电容有源滤波器,精确设置有源滤波器的中心频率f,品质因数Q及有源滤波器的工作方式。本系统主要分为两个部分:即程控滤波器和程控放大器。程控放大器电压增益为40dB,通过单片机控制DA进行分压,可精确实现要求的10dB步进,误差小于0.5 ,通带为100Hz-500KHz,输入电压峰-峰值范围为10mV,在输入范围内无明显失真。由MAX264为核心的滤波器,可设置为高通、低
Proj_final
- The project is conducted in the assembly of an RC low-pass filter on a board and breadboard implementation of a program in LabView it possible to obtain filter characteristics. To this end, it is necessary GPIB control through the function generato
LowPass
- A low-pass filter is a filter that passes low-frequency signals but attenuates (reduces the amplitude of) signals with frequencies higher than the cutoff frequency. The actual amount of attenuation for each frequency varies from filter to filter. It
PROJECT-TEMP-BASED
- its temp cutoff sensor using atmega 8535. 4 pins of b port provide menu , ok up & down for setting cutoff. using l293d it uses relay to switch off any device and prevet over heating.
TMS320VC5410-programs
- 目录: 硬件平台TMS320VC5410,软件平台CCS5000 exp1、 A/D实验一 说明:本实验使用AD 将模拟信号变换成数字信号,使用DSP对转换后的数字信号读取、保存,并将数据送往D/A,在示波器上观察D/A 的输出波形。 exp2、 FIR 滤波器实验 说明:本实验设计一个FIR低通数字滤波器,通带截至频率为1500Hz,阻带截至频率为2000Hz,采样频率为8000Hz。 exp3、余弦波生成实验 说明:本实验产生连续的余弦波,可在ccs上观察波形。-
FILTER
- 一个工作频率(采样频率)100M的,截止频率10M的FIR滤波器,一共是108阶。 一共四个文件,滤波器的实现文件FILTER.v,测试平台FILTER_TB,matlab生成测试向量,和matlab读取输出数据分析。 经过了测试,是可用的-A working frequency (sampling frequency) 100M, cutoff frequency 10M FIR filter, a total of 108 bands. A total of four documen
lvboqixishu
- 1、设计一个62阶低通滤波器,采样频率为9kHz,通带截止频率为3kHz,要求阻带最小衰减50dB。 2、将滤波器系数输出到txt文本文档。 -1, the design of a 62-order low-pass filter, the sampling frequency is 9kHz, passband cutoff frequency of 3kHz, requires a minimum stopband attenuation 50dB. 2, the output
FIR
- 基于TMS320VC5416的FIR数字滤波器,是DSP芯片的简单应用,实现截止频率1500Hz,阻带衰减50db的低通滤波器。-Based on TMS320VC5416 the FIR digital filter is a simple application of DSP chips to achieve the cutoff frequency 1500Hz, stop-band attenuation of 50db low-pass filter.
RTDScalarSeries_V306_1
- This a Scaling function definition Image cutoff ratio for H = 3 -This is a Scaling function definition Image cutoff ratio for H = 3
4051
- #include hal_types.h #include iocc2530.h #ifndef __IC_DEMUX_4051_H__ #define __IC_DEMUX_4051_H__ #define ANALOG 0 #define DIGITAL 1 #define A_4051 P1_3 #define B_4051 P1_2 #define C_4051 P1_0 #define BAT
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