The Clapp oscillator's transconductance is proportional to.
2.
It is similar to a Colpitts oscillator or a Clapp oscillator in this respect.
3.
The Clapp oscillator is a Colpitts oscillator that has an additional capacitor placed in series with the inductor.
4.
It is similar to a Colpitts oscillator or a Clapp oscillator, but those designs do not have a constant output amplitude when tuned.
5.
Clapp's name is best known in the field of electronics for his description in 1948 of an improved form of Colpitts oscillator known as the Clapp oscillator.
6.
Gouriet's oscillator is usually known as the Clapp oscillator as a result, although newer books use the term " Gouriet-Clapp oscillator ".
7.
Gouriet's oscillator is usually known as the Clapp oscillator as a result, although newer books use the term " Gouriet-Clapp oscillator ".
8.
If tuning by variable capacitor is needed, it should be done via a third capacitor connected in parallel to the inductor ( or in series as in the Clapp oscillator ).
9.
Specifically, Vack�Y found that forward transconductance varied as for the Clapp oscillator, as for the Seiler oscillator, and as for his design, where the factor of the coil ( ) increases with.
10.
Vack�Y stated that the Clapp oscillator " can only be used for operation on fixed frequencies or at the most over narrow bands ( max . about 1 : 1.2 ) . " In contrast, the Seiler ( tapped capacitor ) and Lampkin ( tapped inductor ) oscillators have a transconductance requirement that is proportional to " & omega; " & minus; 1.
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