Spartan 6 VCCINT系列会对器件产生什么影响？

由于控制配置的电路在允许配置开始之前监视VCC_INT电压，因此该器件甚至可能无法在1.1V启动（参见用户指南380，第81-83页）。
是的，DCM将是一件需要考虑的事情，但是当尝试按照推荐的VCC_INT运行时，FPGA可能会出现问题。
为什么不考虑仅需要1.0V VCC_INT的Spartan 6 -1L低功率部件？
-约旦
这个签名故意留空。



以下为原文

The part may not even boot at 1.1V as the circuitry that controls configuration monitors the VCC_INT voltage prior to allowing configuration to begin (see User Guide 380, pages 81 - 83).  And yes, DCMs would be one thing to consider, but there's the possibility the FPGA could brown out when trying to operate below recomended VCC_INT.  Why don't you consider the Spartan 6 -1L lower power parts with a requirement of only 1.0V VCC_INT?
 
-Jordan
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tonykaravidas写道：
在Spartan 6上，它显示VCCINT范围为1.14V至1.26V。
我想在1.1V下运行器件，并且需要知道这可能会对器件产生什么影响。
我确定这是一个不同于过电压的条件，这可能会伤害它。
我认为它可能只影响保证的时序参数，但我不确定是否全部，或者它是否会影响DCM性能。
由于我们不能再提交网页，我不得不在这里提问。
即使您提交了Web Case，Xilinx也会简单地说：“如果该部件在规格之外运行，我们不保证任何事情。”
----------------------------是的，我这样做是为了谋生。



以下为原文

tonykaravidas wrote:
 
On the Spartan 6, it shows a VCCINT range of 1.14V to 1.26V.
 
I want to run the part  at 1.1V, and need to know how that might impact the part. I'm sure it's a different condition than an overvoltage, which could hurt it. I think it might only affect guaranteed timing parameters, but I'm not sure if that's all, or if it would affect DCM performance as well.
 
Since we can no longer submit a webcase, I have to ask here.

Even if you submitted a Web Case, Xilinx will simply say, "We do not guarantee anything if the part is operated outside of specification."
----------------------------Yes, I do this for a living.