On Monday, September 9, 2019 at 3:25:00 PM UTC+2, Steve Wilson wrote:
j.ponte@student.utwente.nl wrote:
Analog is absolutely my hobby and career path. I've read/scanned the
book, I liked it quite a lot.
If you like analog, you might also like oscillators. I have written an
article that gives detailed instructions on how to design Colpitts, Clap and
Pierce oscillators along with examples. (Pierce is the same as common-
collector Colpitts.)
It also shows how to speed up simulation of oscillators with high-Q tanks
such as crystal oscillators. The link is:
On Monday, September 9, 2019 at 3:25:00 PM UTC+2, Steve Wilson wrote:
j.ponte@student.utwente.nl wrote:
Analog is absolutely my hobby and career path. I've read/scanned the
book, I liked it quite a lot.
If you like analog, you might also like oscillators. I have written an
article that gives detailed instructions on how to design Colpitts,
Clap and Pierce oscillators along with examples. (Pierce is the same as
common- collector Colpitts.)
It also shows how to speed up simulation of oscillators with high-Q
tanks such as crystal oscillators. The link is:
I'd love to have your comments. I'm thinking of a new revision with lots
more information gained since the original was released. This would include
Kevin Aylward's method of speeding up crystal oscillators, Ulrich Rohde's
method of reducing phase noise near the carrier, negative resistance in
oscillators, and so on.
Of course, comments from anyone else who is interested would also be
appreciated.
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