有PSOC3和/或PSoC5的模拟器吗？

雨果，
目前还没有模拟器可用。它是路线图上的高优先级项目之一，同时也是一项重大任务。你必须带着模拟器跟我们裸露。
我们希望用我们的评估工具箱来弥补这个差距，用硬件代替模拟器。我知道这是不一样的，但是很有帮助。
罗伯特



     以下为原文
  Hugo,
    at present there is no simulator available. It is one of the high priority items on the roadmap and at the same time it is a major task. You have to bare with us with the simulator.
    We hope to bridge the gap with our evaluation kits to use hardware instead of simulator. I know it is not the same but very helpful nonetheless
    Robert

谢谢你的回复。我很高兴知道它在路线图上，我很感激这是一项艰巨的任务。我转过身去。
雨果



     以下为原文
  Thanks for the reply. I am very happy to know that it's on the roadmap, and I appreciate that it's a massive task. I look forward to it.
    Hugo

嗨，雨果，
没有可用的与造物主模拟器。主要的挑战是，它形成一个特定的项目如跨阻抗放大器的一个组成部分的模拟组件（TIA）、PGAs、比较器、搅拌机，VDAC和Idacs不能模拟软件。
然而，它可以模拟硬件的调试模式。你需要什么，这是一个PSoC3 /五盒。
如果你打算进行自定义组件创建使用Verilog，然后你可以写一个试验台，在任何标准的Verilog仿真器如伊卡洛斯或进行测试。只要确保遵循标准的Verilog语法。



     以下为原文
  Hi Hugo,
     
    There is no Simulator available with Creator. The major challenge is that the analog components which form an integral part of a given project such as Trans-Impedance Amplifiers (TIA), PGAs, Comparators, Mixers, VDAC and IDACs cannot be simulated in software.
     
    However, it can be emulated in hardware in Debug mode. What you need for this is a PSoC3/5 Kit.
     
    If you are intending to simulate the Custom component you have created using Verilog, then you can write a test bench and test on any standard Verilog simulator such as ICARUS or ModelSim. Just make sure that the syntax follows the standard Verilog.

这是针对赛普里斯的：
如果模拟一个项目的模拟部分是“保持”一个完整的系统模拟器-在我看来，只允许“低阻抗”节点驱动器的“测试信号”，所以系统的（数字）平衡可以“拧出”是非常有用的。模拟模拟是不明智的——（不要相信模拟市民）。
例子：
在一个采样一个点的模拟电压的系统中，并且DMA将它传送到USB（就像我一直在工作的系统），模拟电压可以通过一个（定义的-时间）的数字表（对于周期性信号）被输入（在模拟中）到转换器。这将允许数字系统的调试而不受（有限制的）恶意软件调试器的限制。
K



     以下为原文
  This is directed at Cypress:
    If simulating the analog part of a project is "holding up" a full system simulator - It seems to me it would be very useful to just allow "low impedance" node drives with "test signals" so the (digital) balance of the system can be "wrung out". Analog simulation is dicey anyway - (don't trust the sims).
   
Example:
    In a system which samples the analog voltage at a point, and DMA's it to USB (like a system I've been working on), the analog voltage could be "presented (in simulation) to the convertor" input via a (defined versus time) table of numbers (for a periodic signal). This would allow debug of the digital system without the (somewhat limited) harware debugger.
    K

我需要调试一些1000行的C8Y 8位汇编程序，它计算一些数字。没有任何类型的模块。软件模拟器就可以了。更重要的是，因为我们有一个项目的所有POD，所以我不能运行一行代码。
对于复杂的实时同步，在CPU运行计算与模拟模块的同步，一个计算程序软件仿真，对消耗CPU周期的确切数量将是非常有帮助的。即使在例数的正常运行，没有任何真正的输入，这仍然是有帮助的，可以检查同步算法。
数字模块的操作可以受益，形成一个模拟器重点同步和延迟时间。这可以增加（或一个单独的应用程序）在以后的时间。
该模拟模块的操作可能需要一个模拟器的模拟信号，采样、放大、和其他关键参数，这也是最好的单独实施。
www. tng98SE
我们建立的加密单元和真随机数发生器使用PSoC。



     以下为原文
  I need to debug some 1000+ lines of C8Y 8-bit assembly, which calculates some numbers. No modules of any kind.  A software simulator would be fine for this. Even more so, as we have all pods out on a project, so I cannot run a single line of code.
    For complex real-time synchronization, where the CPU run a calculation synchronised with some analogue module, a software simulation of the calculation routine, with an exact count on consumed CPU cycles would be very helpful. Even if the routine run on example numbers only, without any real input, this is still helpful as the synchronisation and algorithms can be checked.
    The operation of digital modules can likely benefit form a simulator with focus on synchronisation and time delays. This can be added (or a separate application) at a later time.
    The operation of the analogue modules likely need a simulator of the analogue signals, sampling, amplification, and other key parameters, and this is also best implemented separately.
    www.TRNG98.se
    we build encryption units and true random number generators using the PSoC.