Abstract
In this paper we discuss an intuitive method for the calculation of the oscillation frequency and the calculation of the conditions for sustained oscillation of analogue oscillators using the concept of negative resistance combined with Miller's theorems.
Get full access to this article
View all access options for this article.
References
1.
Sedra
A. S.
and
Smith
K. C.
, Microelectronic Circuits , 4th edn (Oxford University Press , Oxford , 1998 ).
2.
Malik
N.
, Electronic Circuits, Analysis, Simulation, and Design (Prentice-Hall , New York , Editions , 1995 ).
3.
Horenstein
M. N.
, Microelectronic Circuits and Devices , 2nd edn (Prentice-Hall , Englewood Cliffs , 1996 ).
4.
Moura
L.
, ‘Error analysis in Miller's theorems’ , IEEE Trans. Circ. and Syst.-I , 48 (2 ) (2001 ), 241 –249 .
5.
Smith
J.
, Modern Communication Circuits , 2nd edn (McGraw-Hill , New York , 1987 ).
6.
Gouriet
G. G.
, ‘High stability oscillator’ , Wireless Engineer , Apr. (1950 ), 105 –112 .
7.
Gonzalez
E.
, Microwave Transistor Amplifiers, Analysis and Design , 2nd edn (Prentice Hall , Englewood Cliffs , 1997 ).
8.
MacNee
A. B.
, ‘On the presentation of Miller's theorem’ , IEEE Trans. Educ. , E-28 (1985 ), 92 –93 .
9.
Kazimierczuk
M. K.
, ‘A network theorem dual to Miller's theorem’ , IEEE Trans. Educ. , 31 (4 ) (1988 ), 265 –269 .
10.
Miron
C.
Ogrutan
P.
and
Wardegger
E.
, ‘Two new Miller's Theorems’ , Proc. IEE , 133 G , (1986 ), 271 –272 .
11.
Rathore
T. S.
, ‘Generalised Miller Theorem and its applications’ , IEEE Trans. Educ. , 32 (3 ) (1989 ), 386 –390 .
