At 05:50 PM 9/12/2009, Bruce Griffiths wrote...
Magnus Danielson wrote:
> Bruce Griffiths wrote:
>> Bruce Griffiths wrote:
>>> Bruce Griffiths wrote:
>>>
Hal Murray wrote:
We all get every message posted to the list. 5 levels of quoting is
unnecessary.
Magnus Danielson wrote:
> Bruce Griffiths wrote:
>> Bruce Griffiths wrote:
>>> Bruce Griffiths wrote:
>>>
Hal Murray wrote:
> If so, what's the mechanism?
>
> I know that attenuation is frequency dependent due to skin effect
> but I can't turn that into variable de
Bruce Griffiths wrote:
Bruce Griffiths wrote:
Bruce Griffiths wrote:
Hal Murray wrote:
If so, what's the mechanism?
I know that attenuation is frequency dependent due to skin effect but I can't
turn that into variable delays. Is there a magic term I should google for
and/or does
Bruce Griffiths wrote:
> Bruce Griffiths wrote:
>
>> Hal Murray wrote:
>>
>>
>>> If so, what's the mechanism?
>>>
>>> I know that attenuation is frequency dependent due to skin effect but I
>>> can't
>>> turn that into variable delays. Is there a magic term I should google for
>>> an
Bruce Griffiths wrote:
> Hal Murray wrote:
>
>> If so, what's the mechanism?
>>
>> I know that attenuation is frequency dependent due to skin effect but I
>> can't
>> turn that into variable delays. Is there a magic term I should google for
>> and/or does anybody have a good URL?
>>
>> Conte
Hal Murray wrote:
> If so, what's the mechanism?
>
> I know that attenuation is frequency dependent due to skin effect but I can't
> turn that into variable delays. Is there a magic term I should google for
> and/or does anybody have a good URL?
>
> Context is a memory from 20 years ago. I thin
In message <20090912163352.8a958b...@ip-64-139-1-69.sjc.megapath.net>, Hal Murr
ay writes:
>If so, what's the mechanism?
There are several mechanisms.
For microwave cables, I think the short and precise explanation is that
materials act weird once you get into the details.
>Context is a memory
PM
Subject: [time-nuts] Are cable delays frequency dependent?
If so, what's the mechanism?
I know that attenuation is frequency dependent due to skin effect but I
can't
turn that into variable delays. Is there a magic term I should google for
and/or does anybody have a good URL?
Cont
Hi
A lot depends on the structure of the cable it's self. For plastic
dielectric cables the answer is normally "yes the delay is frequency
dependent".
One mechanism is simply that the velocity of propagation it's self is
frequency dependent in the material used. Some of the mechanism's a
If so, what's the mechanism?
I know that attenuation is frequency dependent due to skin effect but I can't
turn that into variable delays. Is there a magic term I should google for
and/or does anybody have a good URL?
Context is a memory from 20 years ago. I think it was a data sheet or app
10 matches
Mail list logo