用于低频信号处理的二阶低通RC有源滤波器

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引用次数: 0

摘要

不同的参数定义了各种应用的滤波器的特性,如:生物医学应用,国防通信系统,无线通信系统等。滤波器设计中主要测量的参数有频率范围、截止频率、增益、功耗和噪声。在本文中,我们的工作重点是二阶低通滤波器在Hz截止频率下的频率范围测量,该滤波器采用CMOS技术进行集成电路制造。所提出的电路在低频率(100Hz - 10MHz)下提供高频率范围,使用R=1K和C=10pH的互补复合对提供1mV 50Hz低电源。这种二阶有源低通滤波器在输出端提供4.861V的高放大。在180nm的Cadence工具上,以Hz ~ MHz的截止频率在宽频率范围或频带上实现和仿真。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Second Order Low Pass RC Active Filter for Low Frequency Signal Processing
The different parameters define the characteristics of filter for various applications like: Biomedical applications, Defense communication systems, Wireless Communication systems etc. The mostly measured parameters for filter designing are frequency range, cut off frequency, gain, power consumption, and noise. In this paper, our work focuses on frequency range measurement at cut off frequency of Hz of second order low pass filter with designed using CMOS technology for IC fabrication. The proposed circuit gives the high frequency range at low frequency (100Hz – 10MHz) with 1mV 50Hz low power supply using complementary compound pair on the value of R=1K and C=10pH. This second order active low pass filter provides high amplification at the output with 4.861V. It is implemented and simulated on 180nm Cadence tool in terms of wide frequency range or band at cut off frequency of Hz to MHz.
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