Hi Dave,
You're correct about using real data to determine what is really going
on. If you want to know how much the voltage drops on an SSB voice peak
the "good voltmeter" you refer to may need to be an oscilloscope. Using
a slow responding meter you could easily see what the voltage drops to
with key down CW for a few seconds, and then guess that SSB voice peaks
produce a similar drop. With an oscilloscope, the voltage drop data on
SSB peaks would be more like "real facts".
N6KB
d.e.warnick@comcast.net wrote:
Has anybody actually taken the cover off a rig, connected a good voltmeter to
the DC input inside the rig after the connector and measured what happens to
the supply voltage when you transmit CW, SSB, etc? Real data can be surprising.
That's the only way to tell what different power supply wires do. No guessing,
just real facts.
Dave
WA3MKB
-------------- Original message --------------
From: "Paul Gates, KD3JF" <pearly732003@yahoo.com>
It might be that we are becoming obsessed with the size of wire we should use
between the power supply and radio. I have two 25 ft rolls of the red and black
#12 wire that I purchased from "The Wireman" several Dayton's ago and it works
fine for my 100 watt radios. Why are we thinking about going to #10 wire when
IMO it is not necessary? Teach me!
Paul, KD3JF
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