NUMERICAL ANALYSIS OF PLANAR HIGH FREQUENCY INTEGRATED CIRCUIT GEOMETRIES.
Publication
, Journal Article
Webb, KJ; Carin, L; Xu, Q
Published in: undefined
December 1, 1987
Formulation procedures together with numerical results are presented for a variety of planar transmission line geometries frequently encountered in high-frequency integrated circuits. Data for a full-wave example are given for a coupled-line microstrip interconnection and a step discontinuity. These data can be used in establishing criteria for the design of associated circuitry.
Duke Scholars
Published In
undefined
Publication Date
December 1, 1987
Citation
APA
Chicago
ICMJE
MLA
NLM
Webb, K. J., Carin, L., & Xu, Q. (1987). NUMERICAL ANALYSIS OF PLANAR HIGH FREQUENCY INTEGRATED CIRCUIT GEOMETRIES. Undefined.
Webb, K. J., L. Carin, and Q. Xu. “NUMERICAL ANALYSIS OF PLANAR HIGH FREQUENCY INTEGRATED CIRCUIT GEOMETRIES.” Undefined, December 1, 1987.
Webb KJ, Carin L, Xu Q. NUMERICAL ANALYSIS OF PLANAR HIGH FREQUENCY INTEGRATED CIRCUIT GEOMETRIES. undefined. 1987 Dec 1;
Webb, K. J., et al. “NUMERICAL ANALYSIS OF PLANAR HIGH FREQUENCY INTEGRATED CIRCUIT GEOMETRIES.” Undefined, Dec. 1987.
Webb KJ, Carin L, Xu Q. NUMERICAL ANALYSIS OF PLANAR HIGH FREQUENCY INTEGRATED CIRCUIT GEOMETRIES. undefined. 1987 Dec 1;
Published In
undefined
Publication Date
December 1, 1987