Absract
To realize the miniaturization potential of solid state devices – diodes, transistors, varactors, etc., – smaller transmission systems than waveguide or coaxial line are required. Also a planar transmission system has advantages of ease of device mounting and the use of standard photolithographic techniques for circuit fabrication.
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References
Hammerstad E, Jensen O (1981) Accurate models for microstrip computer-aided design. Microw Symp Digest, MTT-S 81 (1):407–409
Wheeler HA (1965) Transmission line properties of parallel strips separated by a dielectric sheet. IEEE Trans Microwave Theory Tech, MTT-3 (3):172–185
Presser A (1968) RF properties of microstrip lines. MicroWaves 7:53–55
Hammerstad EO, Bekkadal F (1975) A microstrip handbook. ELAB Report, STF 44 A74169, N7034. University of Trondheim-NTH, Norway
Cohn SB (1955) Problems in strip transmission lines. IRE Trans, PG MTT-3 (2):119–126
Goldfarb ME, Pucel RA (1991) Modeling via hole grounds in microstrip. IEEE Microw Guided Wave Lett 1(6):135–137
Swanson DG (1992) Grounding microstrip lines with via holes. IEEE Trans Microwave Theory Tech, MTT-40 (8):1719–1721
Garg R, Bahl IJ (1978) Microstrip discontinuities. Int J Electron 45(1):81–87
Silvester P, Benedek P (1973) Microstrip discontinuity capacitances for right-angle bends, t-junctions and crossings (Correction—IEEE Trans Microwave Theory Tech, MTT-23:456, 1975). IEEE Trans Microw Theory Tech, MTT-21 (5):341–346
Thompson AF, Gopinath A (1975) Calculation of microstrip discontinuity inductances. IEEE Trans Microw Theory Tech, MTT-23 (8):648–655
Hoefer WJR (1977) Equivalent series inductivity of a narrow transverse slit in microstrip. IEEE Trans Microw Theory Tech, MTT-25:822–824
Douville RJP, James DS (1978) Experimental study of symmetric microstrip bends and their compensation. IEEE Trans Microw Theory Tech, MTT-26 (3):175–181
Weisshaar A, Luo S, Thorburn M, Tripathi VK, Goldfarb M, Lee J, Reese E (1990) Modeling of radial microstrip bends. In: IEEE International Microwave Symposium, MTT-S, Digest of Papers 1051–1054
Howe H Jr (1974) Stripline circuit design. Artech House, Dedham
Gopinath A, Thomson AF, Stephenson IM (1976) Equivalent circuit parameters of microstrip step change in width and cross junctions. IEEE Trans Microw Theory Tech, MTT-24:142–144
Chadha R, Gupta KC (1982) Compensation of discontinuities in planar transmission lines. IEEE Trans Microw Theory Tech, MTT-30 (12):2151–2156
Neale B, Gopinath A (1978) Microstrip discontinuity inductances. IEEE Trans Microw Theory Tech, MTT-26 (10):827–831
Dydyk M (1977) Master the t-junction and sharpen your MIC designs. Microwaves 16(5):184–186
Stinehelfer HE Sr (1969) Microstrip circuit design. Technical report AFAL-TR-69-10, AD 848 947
Easter B (1975) Equivalent circuits for some microstrip discontinuities. IEEE Trans Microwave Theory Tech, MTT-23 (8):655–660
Akello R, Easter B, Stephenson IM (1977) Equivalent circuit of the asymmetric crossover junction. Electron Lett 13(4):117–118
Giannini F, Bartolucci G, Ruggieri M (1989) An improved equivalent model for microstrip cross-junction. In: Proceedings of 19th European Microwave Conference, London, pp 1226–1231
Wu S-C, Yang H-Y, Alexopoulos N, Wolff I (1990) A rigorous dispersive characterization of microstrip cross and T junctions. IEEE Trans Microwave Theory Tech, MTT-38 (12):1837–1844
Tosic D, Paramentic M (2007) Symbolic generation of models for microwave software tools. In: Proceedings of 8th International Conference on Telecommunication in Modern Satellite, Cable and Broadcasting Services (TELSIKS), Serbia, pp 211–214
Cheldavi A, Ghaemi H (2006) Analysis of transverse slit in microstrip transmission lines using a simple and novel technique. In: Proceedings of Information and Communication Technologies (ICTTA06), Damascus, vol 2, pp 2173–2176
Getsinger WJ (1973) Microstrip dispersion model. IEEE Trans Microwave Theory Tech, MTT-21 (1):34–39
Welch JD, Pratt HJ (1966) Losses in microstrip transmissionline systems for integrated microwave circuits. NEREM Rec 8:100–101
Bahl IJ, Gupta KC (1979) Average power handling capability of microstrip lines. IEEE J Microw Opt Acoust 3(1):1–4
Gupta KC, Garg R, Bahl I, Bhartia P (1979) Microstrip lines and slotlines, 2nd edn, Chap. 7. Artech House Inc, Dedham
Sobol H (1971) Applications of integrated circuit technology to microwave frequencies. Proc IEEE 59(8):1200–1211
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Awang, Z. (2014). Microstrip and Related Transmission Lines. In: Microwave Systems Design. Springer, Singapore. https://doi.org/10.1007/978-981-4451-24-6_3
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