I know for me, I mainly use the "synthesizer on a chip" IC's
from Analog Devices/Hittite and National. Their data sheets
and ap notes serve as the "textbook". I'm not sure there
will be much call going forward for a book on fundamentals
that explains how to design synthesizers from first
princip
To all :
I have published the following book
" Microwave and Wireless Synthesizers: Theory and Design, Ulrich L. Rohde,
John Wiley & Sons, August 1997, ISBN 0-471-52019-5."
and have since kind of drifted into the VCO und high stability
oscillators.
The first edition
"Digital PLL Fr
Hello group,
I have significant progress with generator. And there were new questions :-)
Frequency was little bit higher than 10 MHz - after correction of PLL constants
SP and MO now is just on spot.
In documentation is not clear described what is active state of signal 1PPS_IN.
I found that
Hi
It would be a very unusual synthesizer back in 1955. Some sort of carrier
recovery / IF
application seems more likely.
Bob
> On Mar 7, 2016, at 6:30 AM, Tim Shoppa wrote:
>
> For crystal lattice and especially ladder filters, a Q of 10,000 is very
> much in the "sweet spot" if you are sta
For crystal lattice and especially ladder filters, a Q of 10,000 is very
much in the "sweet spot" if you are starting off with bare crystals in the
Q=50,000 range. Smaller 30-100kHz tuning fork crystals often have Q's
around 30,000-50,000 but I don't know the details for the larger tuning
fork cuts