Just the T and a DC block. 1/4 wave at 60 kHz is far, far longer than any
cable you have.
This is time-nuts. Somebody is likely to do something most of us would
consider, well, nutty.
It's probably reasonable to make a lumped-circuit approximation of a long
transmission line at 60 KHz or
I have a couple of BNC-to-scope_probe adapters...
On Thu, Apr 12, 2012 at 9:56 AM, Hal Murray hmur...@megapathdsl.net wrote:
Just the T and a DC block. 1/4 wave at 60 kHz is far, far longer than any
cable you have.
This is time-nuts. Somebody is likely to do something most of us would
Hal wrote:
How many of you have used the Tek scope-probe to BNC adapter? I tried a bit
but couldn't find anything on the web. The idea was (roughly) that you put a
BNC Tee in the line you wanted to watch and this magic gizmo on the Tee.
I have some. I don't use them often, but they are
For this test coming up, I really want to get both my Spectracom devices, 8164
and 8170, going at the same time, if only to see that they both go crazy exactly
on time, yet I'm too lazy to install the second 8206 antenna in a decent
location. Do I need a power splitter to do this? Over at
Just the T and a DC block. 1/4 wave at 60 kHz is far, far longer than any
cable you have.
-John
==
For this test coming up, I really want to get both my Spectracom devices,
8164
and 8170, going at the same time, if only to see that they both go crazy
exactly
on time, yet
John hit the nail on the head. I have done that for both wwvb and loran c.
On Wed, Apr 11, 2012 at 9:47 PM, J. Forster j...@quikus.com wrote:
Just the T and a DC block. 1/4 wave at 60 kHz is far, far longer than any
cable you have.
-John
==
For this test coming up, I
