基于可编程模拟电路的信号调理

P. Pietrzak, W. Tylman, Z. Kulesza, B. Pękosławski, M. Mularczyk, A. Napieralski
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引用次数: 0

摘要

可编程电路是一类常用的电子器件。在实践中,这个术语通常是指具有不同类型可编程存储器的微控制器和可编程逻辑电路(PAL, CPLD, FPGA)。这些设备大多是数字电路。由于电子电路小型化的巨大进步,新型器件——可编程模拟电路——被投放市场。这些电路为电子电路的设计带来了新的可能性。最有前途的应用领域之一是模拟信号调理电路的构建。本文介绍了可编程模拟电路的特点和参数。介绍了这些装置的内部结构和工作原理。在研制振动测量系统信号调理模块时,采用了一种市售可编程模拟电路。作为可编程增益放大器和截止频率可编程的低通抗混叠滤波器。测量了不同增益值下放大器的瞬态特性和滤波器的频率响应
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Signal Conditioning Based On Programmable Analog Circuits
Programmable circuits are commonly used class of electronic devices. In practice this term usually refers to microcontrollers with different kind of programmable memories and to programmable logic circuits (PAL, CPLD, FPGA). Most of these devices are digital circuits. Thanks to the huge progress in miniaturization of electronic circuits, the new class of devices -programmable analog circuits - was put on the market. These circuits bring new possibilities to design electronic circuit. One of the most promising fields of application is construction of analog signal conditioning circuits. This paper describes feature and parameters of sample programmable analog circuits. It depicts internal structure and theory of operation of these devices. One of commercially available programmable analog circuits was used in development of signal conditioning block for vibration measurement system. It works as programmable gain amplifier and low-pass anti-aliasing filter with programmable cut-off frequency. Amplifier transient characteristics for different gain values and frequency response of the filter were measured
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