There have been many questions posted here about the units, here are a few
answers I have collected:
1. the 8140 can drive up to 25 total downstream 8410T taps on the combined
outputs. The mopdels are frequency specific, and are not easily changed, 10Mhz
is the most common. The front selector
walter shawlee 2 wrote:
There have been many questions posted here about the units, here are a
few answers I have collected:
1. the 8140 can drive up to 25 total downstream 8410T taps on the
combined outputs. The mopdels are frequency specific, and are not
easily changed, 10Mhz is the most
distribution amplifier and the Taps-
some application info
There have been many questions posted here about the units, here are a few
answers I have collected:
1. the 8140 can drive up to 25 total downstream 8410T taps on the combined
outputs. The mopdels are frequency specific, and are not easily changed
I'm not sure if there's been other data posted, but a few years ago I
did phase noise measurements of the 8140T as well as HP 5087A and
TADD-1. That info is at
http://www.febo.com/pages/amplifier_phase_noise/
I got my hands on a tub full of 8140Ts but don't have the 8140 driver.
However,
Hi
Based on your data the floor of the taps are a bit lower than I thought. I have
only looked at a full system end to end. I was looking at AVAR so the numbers
would not compare directly.
Very few people have lab standards that run -120 dbc/Hz at a 1 Hz offset. Even
fewer instruments have a
