F
Fred Bloggs
- Jan 1, 1970
- 0
some idiot responded:
In your dreams- your post is barren of an engineering specifics- you are
not detail oriented- you are a sloppy programmer sloth.
Whatever- pretty dull stuff.
http://www.xilinx.com/xcell/xl33/xl33_30.pdf
http://www.e-insite.net/ednmag/archives/1997/081597/17di_01.htm
I am not sure if this was directed at me, since the reply does not seem
to fit my question. Just in case, though: I am a hardware designer, but
not a digital designer.
In your dreams- your post is barren of an engineering specifics- you are
not detail oriented- you are a sloppy programmer sloth.
You seem to have made some assumptions that are
not warranted. I do not care about duty cycle, and I do not care about
phase noise. What I actually need is a divide by 5 with approximately
50% duty cycle, and I know that the input duty cycle is nearly 50%. I
will follow it up with a divide by 2 to give me approximately 50% duty
cycle, and approximately is good enough for my application.
BTW, I have found many ways to solve the problem, but am working on
generating the minimum hardware solution. Thanks to those who replied
constructively. In case anyone cares, I wrote a program to search the
entire state-transition-table search space, and applied the appropriate
rules to find just those transition tables that lead to a divide by
2.5. It was a fun exercise, but I was left with many answers, so now I
am writing a rule to select the minimum hardware solution.
Whatever- pretty dull stuff.
http://www.xilinx.com/xcell/xl33/xl33_30.pdf
http://www.e-insite.net/ednmag/archives/1997/081597/17di_01.htm