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引用次数: 3

摘要

普遍发生在电子元件,这也是可编程的模拟电路。特别有希望的是一种可以编程电路和实现单片机协作的共生模式。由于这些类型的设备正变得越来越普遍,一个经典的电路和系统技术正在复兴,这是以前难以实现的,因为不那么重要。典型的应用是稳健的电子模拟系统。它的功能那么高效,如果电子电路是确定他的行为的,它的某些参数,根据条件的变化,我们可以修改它。如果我们在模拟系统的环境中放置一个嵌入式控制器,为我们提供重要的参数值,那么控制器由于依赖于一个算法,它可能会干扰模拟电子电路的功能。我们将一个或多个可编程系统芯片(PSoC)1电路-主要在微控制器内部-如果它类似于电子电路系统,在合适的地方,那么这些参数化和拓扑配置我们可以非常有效地干预[5][2]。另一方面,使用现场可编程模拟阵列(FPAA)或更新版本的PSoC设备提供了一个很好的机会,可以提供额外的优势。更大的机会是PSoC的微控制器的合作。开发这样一种允许最大灵活性和电路自由度的架构是非常重要的[3]。
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Robust electronic application by PSoC
Prevalently occur in electronic components, which are also programmable analog circuits. Particularly promising is a symbiosis in which the circuit can be programmed and cooperation of a microcontroller can be realized. Because of these types of devices are becoming more common, a classic circuit and system techniques storey enjoying a renaissance, which was previously difficult to achieve because of the much less important. Typical such application the robust electronics analog systems. Its function then efficient, if the electronic circuit is certain his behavior, its certain parameters, the changed according to conditions, we can modify it. If we place an embedded controller in the environment of the analogous system, that for us important parameters values it, then the controller because of depends of an algorithm, it may intervene in the function of an analogous electronic circuit. We place one or more programmable system on chip (PSoC)1 circuit - mostly inside of a microcontroller - if it is analogous in an electronic circuit system, on suitable places, then these parametrical and you are topology configuring we may intervene very efficiently[5] [2]. Other hand, the use of Field Programmable Analog Arrays (FPAA) or newer version of them, PSoC device suggests on a great opportunity to give additional advantages. More great opportunity is the co-operation of the PSoC's microcontrollers. It is very important to develop such an architecture that allows maximum flexibility and circuit-freedom too[3].
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