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吴萍

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基于PSoC的电源逆变器CUM智能电池充电系统有什么想法吗?

我正在做这个项目的计划,有人对此有什么想法吗?
我面临的问题是,为什么是PSoC?

以上来自于百度翻译


     以下为原文
  Im doing project on this topic, do any one have any idea about it?
    The question that Im facing is that, why PSoC?

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吴萍

2019-3-21 11:24:54
简而言之,原因可能是可编程模拟信号处理和数字外设在一个芯片上的智能化。降低了部件成本,从而降低了故障率。给我们更多的关于你的项目的信息。

以上来自于百度翻译


     以下为原文
          In short the reason could be availability of programmable analog for signal processing and digital peripherals for intelligence on one single chip. Reduced component cost, and hence reduced failure rate. Give us more information about your project.   
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郭雨桐

2019-3-21 11:41:41
用逆变器和电池系统连接PSoC。
在您的帮助下,我们已经产生了50Hz的驱动信号。
完成了逆变威廉希尔官方网站 的设计。现在,使系统智能化的工作正在进行中。
从变压器输出,信号反馈到PSoC到PRORAM IT。在过充保护、欠载保护、过载保护等因素的基础上。
我们可以用8051种语言在PSoC 3上进行编程。

以上来自于百度翻译


     以下为原文
   Interfacing PSoC with inverter and to a battery system.
    We have generated the driving signal of 50Hz with your help.
    Inverter circuit designing is completed. Now, the job of making the system intelligen is pending.
    From the transformer output, signal is fedback to PSoC to pragram it. On the basis of some factors like over charge protection,under discharge protection,over load protection etc.
    Can we do program in 8051 language on PSoC 3. 
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吴萍

2019-3-21 11:52:12
你好,
PSOC3有8051个核心,但通常的做法是使用PSoC Creator语言通过Apple增强C语言来进行编码。
你想要添加到你的项目中的智能很容易使用PSoC3。有一个ADC,它可以与模拟多路复用器耦合以扫描多个通道。通过这种方式,可以建立适当的威廉希尔官方网站 来监测过电流、过电压、欠压保护等条件,并利用ADC和AMUX-API进行读取。可以将数字读出的值与标准值进行比较,以验证特定事件(如过电流)的发生,并且可以采取适当的动作(EX:使用GPIO来旋转外部MOSFET)。
我希望这有帮助。让我们知道,如果你需要有关PSoC3的具体帮助。

以上来自于百度翻译


     以下为原文
  Hi,
    PSoC3 has 8051 based core, however the normal practice is to perform coding using C langauage which strengthened in PSoC Creator via APIs.
    The intelligence that you intend to add to your project is easily achievalbe using PSoC3. There is an ADC, which can be coupled with Analog Mux to scan multiple channles. This way appropriate circuit can be built to monitor the conditions such as overcurrent, overvoltage/undervoltage protection etc. The conditions can be read out using ADC and AMUX APIs. The digitally read out values can be compared against standard values to verify occurance of a particular event(such as over current) and suitable actions can be taken(Ex: Turning of an external MOSFET using GPIO).
    I hope this helps. Let us know if you need specific help related to PSoC3.
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郭雨桐

2019-3-21 12:07:34
嗨,u2,
ADC和模拟多路复用器只能用于扫描,不是吗?
在哪里做比较,我们怎样才能做你提到的动作。
拉普拉斯

以上来自于百度翻译


     以下为原文
   hi U2,
    ADC and Analog MUX can be used for only the scanning, isn't?
    Where is the comparison done and how can we do the action, that you mentioned.
    Rply
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