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An Optimized Universal Adaptive ARC Filter Block

机译:优化的通用自适应电弧滤波器块

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Active RC filters designed using cascade synthesis method are in practice used very often. Each selective building biquads can be designated using many different circuits. There are divided most often according number of active elements (Operational Amplifiers OAs) to different groups. These circuits with three or four active elements exhibit some advantages. Their outputs enable concurrently to obtain all required kinds of filter types (Low pass LP, high pass HP, band pass BP, band reject BR, all pass AP). The flexibility of above mentioned biquads also allows it to be used in some special applications- as tuning requirements or switchable- filter options. This paper deals with optimized universal biquad blocks with modern active elements, which are usable for many special filter applications. Here are presented some results and achieved parameters of realized tuneable and switchable blocks with modern operational amplifier too. Briefly here are also discussed and presented possible tuning circuits realized using microprocessor technique.
机译:使用级联合成方法设计的有源RC滤波器在实践中经常使用。每个选择性建筑物均可以使用许多不同的电路指定。根据不同组的有源元素(运算放大器OAS)数量,最常分为数量。这些具有三个或四个有源元素的电路表现出一些优点。它们的输出同时启用,以获得所有所需的滤波器类型(低通LP,高通HP,带传递BP,带拒表BR,所有通过AP)。上述各种方面的灵活性还允许它用于某些特殊应用程序 - 作为调整要求或可切换滤波器选项。本文涉及具有现代有源元素的优化通用等级块,可用于许多特殊过滤器应用。这里介绍了一些结果,并实现了具有现代运算放大器的实现可调和可切换块的参数。这里还简要讨论并介绍了使用微处理器技术实现的可能调谐电路。

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