REFRENCES
- A Farrar & A T Adams, Computation of lumped microstrip capacitance by matrix methods: rectangular sections and end effects, IEEE Trans Microwave Theory Tech, vol MTT-19, pp 495–497, May 1971.
- B Bhat & S K Koul, Stripline-line Transmission lines for Microwave Integrated Circuits, Wiley Eastern Pvt Ltd India, 1989.
- P Silvester & P Benedek. Equivalent capacitance for microstrip gaps and steps, IEEE Trans Microwave Theory Tech, vol MTT- 20, pp 729–733, Nov 1972.
- C Gupta & A Gopinath, Equivalent circuit capacitance of microstrip step change in width, IEEE Trans Microwave Theory Tech, vol MTT-25, Oct 1977.
- R Horton, Electrical characterization of an abrupt impedance step in microstrip line, IEEE Trans Microwave Theory Tech (short paper), vol MTT-21, pp 562–564, Aug 1973.
- I Wolff, G Kompa & R Mehran, Calculation method for microstrip discontinuities and T-junctions, Electronics Letters, vol 8, pp 177–179, April 1972.
- G Kompa & R Mehran, Planar waveguide model for calculating microstrip components, Electronics Letters, vol 11, pp 459–460, Sept 1975.
- G Kompa, S-matrix computation of microstrip discontinuities with planar waveguide model, AEU, vol 30, pp 58–64, Feb 1977.
- W Menzel & I Wolff, A method for calculating the frequency dependent properties of microstrip discontinuities, IEEE Trans, Microwave Theory Tech, vol MTT-25, pp 107–112, Feb 1977.
- G Kompa, Design of stepped microstrip components. The Radio and Electronic Engineer, vol 8, pp 53–63, Jan 1978.
- NHL Koster & R H Jansen, The microstrip step discontinuity: A revised description, IEEE Trans Microwave Theory Tech, vol MTT-34, pp 213–223, Feb 1986.
- T S Chu, T Itoh & Y C Shih, Comparative study of mode- matching formulations for microstrip discontinuity problems, IEEE Trans Microwave Theory Tech, vol MTT-33, pp 1018–1023, Oct 1985.
- N K Uzunoglu, C N Casalis & C P Chronopoulos, Frequency dependent analysis of a shielded microstrip step discontinuity using an efficient mode-matching technique, IEEE Trans Microwave Theory Tech, vol MTT-36, pp 976–984, June 1988.
- Q Xu, K J Webb & R Mittra, Study of modal solution procedure for microstrip step discontinuities, IEEE Trans Microwave Theory Tech, vol MTT-37, pp 381–387, Feb 1989.
- R K Hoffman, Handbook of Microwave Integrated Circuits, Artech House, MA, USA, 1987.
- T Sue & T Itoh, Analysis of microstrip step discontinuity by the modified residue calculus technique, IEEE Trans Microwave Theory Tech, vol MTT-33, pp 1024–1028, Oct 1985.
- Zhao Qing Chen & Bao-Xi Gao, Full wave analysis of step discontinuities of planar transmission lines by the method of lines, International Conference on Millimeter Wave and Infrared Technology, pp 24–27, June 19–23, 1989.
- K C Gupta, R Garg & I J Bahl, Microstrip Lines and Slotlines, Artech House, MA, 1979.
- R S Tomar & P Bhartia, Suspended and inverted microstrip design, Microwave Journal, pp 173–178, March 1986.
- Y Shu, X Qi & Y Wang, Analysis equations for shielded suspended substrate microstrip line and broadside-coupled stripline, IEEE MTT-S Digest, pp 693–696. 1987.
- W Yunyi, G Kaijun and S Yonghui, Synthesis equations for shielded suspended substrate microstrip line and broadside- coupled stripline, IEEE MTT-S Digest, pp 331–334, 1987.
- R S Tomar & P Bhartia, New dispersion models for open suspended substrate microstrip, IEEE MTT-S Digest, pp 387–389, 1988.
- R S Tomar & P Bhartia, New quai-static models for the computer aided design of suspended and inverted microstrip lines, IEEE Trans Microwave Theory Tech, vol MTT-35, pp 453–457, 1987 Also correction, IEEE Trans, vol MTT-35, p 1076, 1987.
- S K Koul & B Bhat, Characteristic impedance of microstrip-like transmission lines for millimeter wave applications, Arch Elek Ubertragung, vol 35, pp 253–258, June 1981.
- B Bhat & S K Koul, Unified approach to solve a class of strip-and microstrip-like transmission lines, IEEE Trans Microwave Theory Tech, vol MTT-30, pp 679–685, May 1982. Also correction, IEEE Trans, vol MTT 30 p 2067, Nov 1982.
- E Hammerstead & O Jensen, Accurate models for microstrip computer-aided design, IEEE MTT-S Int Microwave Symp, Digest, pp 407–409, 1980.
- D Mirshekar-Syahkal & J B Davies, Computation of the shielded and coupled lines in suspended substrate and convention form, IEEE Trans Microwave Theory Tech, vol MTT-28, pp 274–275, March 1980.