Abstract
Abstract
German
Spanish
French
A unified approach to transistor, F.E.T. and passive circuit analysis using the indefinite admittance matrix is presented in this paper. The indefinite admittance matrix with its easy adaptability for computer-aided analysis and design makes it a suitable basis for teaching active and passive networks.
Get full access to this article
View all access options for this article.
References
1.
Fitchen
F. C.
, Transistor Circuit Analysis and Design , Affiliated East-West Press (1971 ).
2.
Millman
J.
Halkias
C. C.
, Integrated Electronics Analog Digital Circuit and System , McGraw-Hill (1972 ).
3.
Chirlian
P.
, Electronic Circuits – Physical Principles Analysis and Design , McGraw-Hill (1970 ).
4.
Balbanian
N.
Bickart
T. A.
, Electrical Network Theory , John Wiley (1969 ).
5.
Mitra
S. K.
Analysis and synthesis of Linear Active Networks , John Wiley (1969 ).
6.
Zadeh
L. A.
, ‘Multipole analysis of active networks’ I.R.E. Trans, on Circuit Theory CT4 , pp. 77 –105 (Sept. 1957 ).
7.
Ramey
R. L.
White
E. J.
, Matrices and Computers in Electronic Circuit Analysis , McGraw-Hill (1971 ).
8.
Rao
D. B. S. J. Prasada
Singh
B. P.
Dikshitulu
Kalluri
, ‘On the measurement of F.E.T. parameters’ , Int. J. Electronics , 41 , No. 5 , pp. 521 –524 (1976 ).