An analysis of the higher-order modes in open microstrip lines is presented based on the finite-difference-time-domain (FDTD) electromagnetic simulation in conjunction with the joint time-frequencyprocessing of the resulting data. The wauelet transform is applied to the simulation data to distinguis
β¦ LIBER β¦
Characteristic impedance and propagation of the first higher order microstrip mode in frequency and time domain
β Scribed by Shyue-Dar Chen; Tzuang, C.-K.C.
- Book ID
- 114554367
- Publisher
- IEEE
- Year
- 2002
- Tongue
- English
- Weight
- 388 KB
- Volume
- 50
- Category
- Article
- ISSN
- 0018-9480
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
Extraction of higher-order modes in open
Extraction of higher-order modes in open microstrip lines via FDTD and joint time-frequency analysis
β
Yuanxun Wang; Hao Ling
π
Article
π
1996
π
John Wiley and Sons
π
English
β 584 KB
Characteristic impedance of the proximal
β
Jean-Pierre L. Dujardin; Dana N. Stone
π
Article
π
1981
π
Springer
π
English
β 346 KB
Computer Analysis of the Fundamental and
β
Corr, D.G.; Davies, J.B.
π
Article
π
1972
π
IEEE
π
English
β 981 KB
Some investigations on the effect of the
β
Pranab Paul; Jibendu Sekhar Roy; Dipak Ranjan Poddar; Santosh Kumar Chowdhury
π
Article
π
1991
π
John Wiley and Sons
π
English
β 193 KB
Characteristics of magnetocardiography a
β
XinYuan Liu; LiuQing Pei; SuMing Zhang; Yin Wang; YuanDong Dai
π
Article
π
2011
π
Springer
π
English
β 845 KB
Propagation and excitation of the higher
β
Nemat Dolatsha; Jan Hesselbarth
π
Article
π
2011
π
John Wiley and Sons
π
English
β 694 KB
## Abstract __The use of E__ __mode in an insulated image guide is proposed. This mode has much lower conductor loss than the fundamental, E__ __mode. The electric field of the mode is primarily parallel to the metal groundβplane; therefore, the mode can be efficiently excited with a compact dipole