On 7 Mar 2007 06:34:46 -0800, "walt" wrote:
I'm in a hotel in Jax, FL, unable to use my routine connections to
rraa, so I'm learning my way around in unknown territory here, and
hope to make a post that will appear.
I've been reading this thread with interest, but the discussions
appear to be only academically related. On the other hand, I've made
measurements that prove the sailent points of these academic
discussions. These measurements were made since those reported in
Reflections 2, and will appear in Reflections 3. However, they are
available on my web page at www.w2du.com. Go to 'Preview of Chapters
from Reflections 3' and click on Chapter 19A.
You may want to disregard the first portion of the chapter, which is
an epilog to Bruene's fiction concerning the conjugate match. The
pertinent portion here is that which reports in detail the step-by-
step procedure in measuring the output impedance of a Kenwood TS-830S
transceiver feeding a reactive-impedance load.
With a careful review of these steps I'm sure you'll find empirical
proof of the academics appearing in the previous posts.
Walt, W2DU
Another relay:
Hi All,
I have now been able to access this thread from my hotel room In Jax,
FL. I've read the posts with interest, but they appear to be only
discussions in academia. On the other hand, I have made measurements
that prove the salient points being discussed here.
My measurements include those made since those reported in Reflections
2, and are going to be available in Reflections 3. However, they are
presently available from my web page at
www.w2du.com. Go to 'Preview
Chapters from Reflections 3' and select Chapter 19A. You may disregard
the first portion, which is intended as an epilog to Bruene's fiction
concerning the conjugate match. The pertinent portion here is a
detailed step-by-step description of the measurement procedure I
erformed on a Kenwood TS-830S transceiver with a reactive impedance
for its load.
A careful review of these steps will add empirical proof to the
academic enlightenment already evident in the previous posts.
Walt, W2DU
73's
Richard Clark, KB7QHC