6
Views
0
CrossRef citations to date
0
Altmetric
Original Articles

Suspended Substrate Technology for Microwave and Millimeter Wave Applications

, MIETE
Pages 125-140 | Received 24 May 1988, Published online: 02 Jun 2015

REFERENCES

  • B Bhat & SK Koul, Analysis, design and applications of Fin-lines, Artech House Inc MA, USA, 1987.
  • JD Rhodes, Suspended substrate provides alternative to coax, Microwave Syst News, vol 9, pp 134–143, Aug 1979.
  • C Gupta, Planar waveguide approach optimizes mm-wave super-component design, Microwave Syst News, vol 14, Dec 1984.
  • EL Kollberg, Low noise mm-wave receivers, Proc 10th European Microwave Conf. pp 38–47, 1980.
  • RW Shillady, Microwave integrated circuits offer alternatives to the radar system designer, Microwave Syst News, vol 13, no 8, pp 100–119, Aug 1983.
  • L Underkofler, SST technology helps match diplexer pairs, Microwaves and RF, vol 27, no 1, pp 193–194, Jan 1988.
  • A Pergande & J Ladd, Integrated Ka-band transmitter miniaturizes mm-wave hardware, Microwave Syst News, vol 16, no 1, pp 103–111, Jan 1986.
  • W Brunner, F. Garcia, M Mlinar, W Piotrowski, J Rabel, J Raue & S Schell, 100–300 GHz transmission media evaluation and component development, Proc 14th European Microwave Conf, pp 587–592, 1984.
  • K Chang, K Louie, AJ Grote, RS Tahim, MJ Mlinar, GM Hayashibara & C Sun, V-band low noise integrated circuit receiver, IEEE Trans, vol MTT-31, pp 149–154, Feb 1983.
  • C Gupta & JD Conte, Trends in mm-wave mixer designs, Microwave Journal, vol 27, pp 83–92, April 1984.
  • AG Cardiasmenos, Recent advances in beam lead diode mixers for millimeter systems applications, Proc 9th European Microwave Conf, pp 468–472, 1979.
  • AG Cardiasmenos, MIC millimeter receivers with integral GaAs FET IF amplifiers, Microwave Journal, vol 11, pp 37–44, Feb 1981.
  • JE Dean & JD Rhodes, Suspended substrate stripline filters. d multiplexers, Proc Military Microwave Conf, London, pp 163–168, 1980.
  • JP Rooney & LM Underkofler, Printed circuit integration of MW filters, Microwave Journal, vol 9, pp 68–73, Sept 1978.
  • JE Dean, Suspended substrate stripline filters for ESM applications, IEE Proc, vol 132, Pt. H, no 4, pp 257–266, July 1985.
  • SA Alseyab, A novel class of generalized chebyshev low-pass prototype for suspended substrate stripline filter, IEEE Trans, vol MTT-30, pp 1341–1347, Sept 1982.
  • D Rubin & AR Hislop, Millimeter wave coupled line filters-Design techniques for suspended substrate and microstrip, Microwave Journal, vol 10, pp 67–78, Oct 1980.
  • C Nguyen, C Hsieh & DW Ball, Millimeter wave printed circuit spurline filters, IEEE MTT-S, Int Microwave Symp Digest, pp 98–100, 1983.
  • RM Dougherty, mm-wave filter design with suspended stripline, Microwave Journal, vol 16, pp 75–84, July 1986.
  • D Rubin & DL Saul, The microstrip diplexer—a new tool for millimeter waves, Microwave Journal, vol 6, pp 55–57, June 1980.
  • JE Dean & JD Rhodes, Design of MIC broadband contiguous multiplexers, IEEE MTT-S, Int Microwave Symp Digest, pp 147–149, 1980.
  • JE Dean, Filters, and multiplexers designed for ESM applications (Part I), Microwave Syst News, vol 16, no. 11, pp 97–104, Oct 1988.
  • JE Dean, Filters and multiplexers designed for ESM applications (Part II), Microwave Syst News, vol 16, no 12, pp 123–131, Nov 1986.
  • JD Rhodes & JE Dean, MIC broadband filters and contiguous multiplexers, Proc 9th European Microwave Conf, pp 407–411, 1979.
  • AR Hislop & D Rubin, Suspended substrate Ka-band multiplexer, Microwave Journal, vol 24, pp 73–77, June 1981.
  • AG Cardiasmenos & PT Parrish, A 94 GHz balanced mixer using suspended substrate technology, IEEE MTT-S, Int Microwave Symp Digest, pp 22–24, 1979.
  • RS Tahim, GM Hayashibara & K Chang, W-band broadband integrated circuit mixers, Electron Lett, vol 18, pp 471–472, May 1982.
  • RS Tahim, A Grote & K Chang, Miniature mm-wave LO/mixer modules based on suspended stripline and microstrip, Microwave Syst News, vol 16, no 12, pp 140–145, Nov 1986.
  • RS Tahim, T Pham & K Chang, mm-wave integrated circuit wideband down converters, Microwave Journal, vol 28, pp 131–141, July 1985.
  • J Paul, L Yuan & P Yen, Beam lead dielectric crossbar mixers from 60 to 140 GHz, IEEE MTT-S, Int Microwave Symp Digest, pp 372–373, 1982.
  • C Nguyen & K Chang, 140 GHz broadband crossbar stripline mixers with over 20 GHz instantaneous RF bandwidth, Electron Lett, vol 20, pp 441, May 1984.
  • RS Tahim, T Pham & K Chang, W-band low noise integrated circuit crossbar and finline mixers with over 20 GHz instantaneous RF bandwidth, IEEE MTT-S, Int Microwave Symp Digest, pp 290–291, 1983.
  • WW Snell & MV Schneider, Millimeter wave thin film downconverter, IEEE Trans, vol MTT-24, pp 804–806, Nov 1976.
  • JA Paul & P Yen, 94 GHz subharmonic mixer using beam lead diodes, IEEE MTT-S, Int microwave Symp Digest, pp 117–119, 1981.
  • MV Schneider & WW Snell, Harmonically pumped stripling down converter, IEEE Trans, vol MTT-23, pp 271–275, March 1975.
  • RS Tahim, T Pham & P Yen, W-band low noise integrated circuit subharmonically pumped mixer with over 10 GHz instantaneous RF bandwidth, Microwave Journal, vol 29, pp 157–160, July 1986.
  • RS Tahim, GM Hayashibara & K Chang, High efficiency Q-to-W-band MIC frequency doubler, Electron Lett, vol 19, pp 219–220, March 1983.
  • E Rammos, New wideband high-gain stripline planar array for 12 GHz satellite TV, Electron Lett, vol 18, pp 252–253, March 1982.
  • E Rammos, Suspended substrate line antenna fits 12 GHz satellite applications, Microwave Syst News, vol 14, no 3, pp 110–126, March 1984.
  • RH Knerr, A new type of waveguide to stripline transition, IRE Trans, vol MTT-16, pp 192–194 March 1968.
  • G Glance & R Trambarulo, A waveguide to suspended stripline transition, IEEE Trans, vol MTT-21, pp 117–118, Feb 1973.
  • I Galin, New transition expands option for SSS users, Microwaves and RF, vol 22, pp 72–73, Jan 1983.
  • D Mirshekar-Syahkal & JB Davies, Accurate analysis of tapered planar transmission lines for Microwave Integrated Circuits, IEEE Trans, vol MTT-29, pp 123–128, Feb 1981.
  • HE Brenner, Use a computer to design suspended substrate IC's, Microwaves, vol 7, pp 38–45, Sept 1968.
  • HE Brenner, Numerical solution of TEM-line problems involving inhomogeneous media, IEEE Trans, vol MTT-15, pp 485–487, Aug 1967.
  • E. Yamashita, Variational method for the analysis of microstrip-like transmission lines,. IEEE Trans, vol MTT-16, pp 529–535, Aug 1968.
  • E Yamashita & K Atsuki, Design of transmission line dimensions for a given characteristic impedance, IEEE Trans, vol MTT-17, pp 638–639, Aug 1969.
  • E Yamashita & K Atsuki, Stripline with outer conductor and three dielectric layers, IEEE Trans, vol MTT-18, pp 238–244, May 1970.
  • SK Koul, An analytical method for the capaciatance of the rectangular inhomogeneous coaxial line having anisotropic dielectrics, IEEE Trans, vol MTT-32, pp 937–941, Aug 1984.
  • B Bhat & SK Koul, Unified approach to solve a class of strip and microstrip-like transmission lines, IEEE Trans, vol MTT-30, pp 679–686, May 1982. also correction in, IEEE Trans, vol MTT-30, p 2067, Nov 1982.
  • JI Smith, The even and odd mode capacitance parameters, for coupled lines in suspended substrate, IEEE Trans, vol MTT-19, pp 424–431, May 1971.
  • SK Koul & B Bhat, Propagation parameters of coupled micro-strip-like transmission lines for millimeter wave applications, IEEE MTT-S, Int Microwave Symp Digest, pp 489–491, June 1981.
  • MK Krage & Gl Haddad, Characteristics of coupled microstrip transmission lines: I—Coupled mode formulation of inhomogeneous lines., II-Evaluation of coupled line parameters, IEEE Trans, vol MTT-18, pp 217–228, Apr 1970.
  • IJ Bahl & P Bhartia, Characteristics of inhomogeneous coupled
  • DL Gish & O Graham, Characteristic impedance and phase velocity of a dielectric-supported air-strip transmission line with side walls, IEEE Trans, vol MTT-18, pp 131–146, Mar 1970.
  • JL Allen & MF Estes, Broadside-coupled strips in a layered dielectric medium, IEEE Trans, vol MTT-20, pp 662–669, Oct 1972. also correction, IEEE Trans, vol MTT-23, p 779, Sept 1975.
  • SK Koul & B Bhat, Transverse transmission line method for the analysis of broadside coupled microstrip lines with anisotropic substrates, Arch Electron Ubertragung, vol AEU-37, pp 59–64, Jan/Feb 1983.
  • AG d'Assuncao, JA Giarola & DA Rogers, Inhomogeneous broadside-coupled striplines, IEEE MTT-S Int Microwave Symp Digest, pp 218–220, June 1981.
  • SK Koul & B Bhat, A generalized TEM analysis of broadside-coupled planar transmission lines with isotropic and anisotropic substrates, Arch Electron Ubertragung, vol AEU-38, pp 37–45, Jan/Feb 1984.
  • SK Koul & B Bhat, Broadside, edge-coupled symmetric strip transmission lines, IEEE Trans, vol MTT-30, pp 1874–1880, Nov 1982.
  • RH Jansen, Unified user-oriented computation of shielded, covered and open planar microwave and millimeter wave transmission line characteristics, IEE Journal Microwaves, Optics and Acoustics, vol 3, no 1, pp 14–22, 1979.
  • H Hofmann, Dispersion of planar waveguides for millimeter wave applications, Arch Electron Ubertragung, vol AEU-31, pp 40–44, Jan 1977.
  • D Mirshekar-Syahkal & JB Davies, Computation of the shielded and coupled lines in suspended substrate and conventional form, IEEE Trans, vol MTT-28, pp 274–275, March 1980.
  • R Vahldieck & J Bornemann, A modified mode-matching technique and its application to a class of quasiplanar transmission lines, IEEE Trans, vol MTT-33, pp 916–926, Oct 1985.
  • K Kawano, Hybrid-mode analysis of a broadside-coupled microstrip line, IEE Proc, vol 131, Pt H, no 1, pp 21–24, Feb 1984.
  • W Zhou, The frequency characteristics of multi-layer broadside edge-coupled multi-microstrip line, Asia Pacific microwave Conf, New Delhi, India 1986.
  • RH Jansen & NHL Koster, A unified CAD Basis for the frequency dependent characterization of strip, slot and coplanar MIC components, Proc 11th European Microwave Conf, pp 682–687, 1981.
  • RH Jansen, Hybrid mode analysis of the end-effects of planar microwave and millimeter-wave transmission lines, IEE Proc, vol. 128, Pt. H, no. 2, pp 77–86, 1981.
  • B Bhat & S K Koul, Lumped capacitance, open circuit end effects and edge-capacitance of microstrip like transmission lines for microwave and millimeter wave applications, IEEE Trans, vol MTT-32, pp 433–439, April 1984.
  • SK Koul & S Raghu Kumar, Characterization of a gap in the centre conductor of microstrip and microstrip variant structures with isotropic and anisotropic substrates, Accepted for presentation at the second Asia Pacific Microwave Conference, Beijing, China, Oct 26–28, 1988
  • R Khanna, SK Koul & B Bhat, Characteristics of single and coupled rectangular resonators in suspended substrate stripline, Electron Lett, vol 22, no 7, pp 376–378, March, 1986.
  • JL Allen, Inhomogeneous coupled line filter with large mode
  • JE Dalley, A stripline directional coupler utilizing non-homogeneous dielectric medium, IEEE Trans, vol MTT-17, pp 706–712, Sept 1969.
  • JW Duncan, Characteristic impedance of multiconductor strip transmission lines, IEEE Trans, vol MTT-13, pp 107–118, Jan 1965.
  • FE Gardiol, Careful MIC design prevents waveguide modes, Microwaves, vol 16, pp 188–191, May 1977.
  • SB Cohn & GD Osterhies, A more accurate model of the TE10 type waveguide mode in suspended substrate, IEEE Trans, vol MTT-30, pp 293–294, March 1982. also correction, IEEE Trans, vol MTT-30, p 1291, Aug 1982.
  • E Yamashita, BY Wang & K Atsuki, Effects of side-wall grooves on transmission characteristics of suspended strip lines, IEEE MTT-S, Int Microwave Symp Digest, pp 145–148, 1985.
  • F Medina & M Homo, Determination of Green's function matrix for multiconductor and anisotropic multidielectric planar transmission lines: A variational approach, IEEE Trans, vol MTT-33, pp 933–940, Oct 1985.
  • B Bhat & SK Koul, New approach to analyse microstrip-like transmission lines with anisotropic susbstrates having a tilted optical axis, IEE Proc, vol 134, pt H, pp 191–197, June 1984.
  • SK Koul & B Bhat, Generalized analysis of microstrip-like transmission lines and coplanar strips with anisotropic substrates for MIC, Electro-optic modulator and SAW applications, IEEE Trans, vol MTT-31, pp 1051–1959, Dec 1983.
  • R Khanna, Private communication.
  • J Bornemann, Rigorous field theory analysis of quasiplanar waveguides, IEE Proc, vol 132, Pt H, pp 1–6, Feb 1985.
  • B Bhat & SK Koul, Stripline-like transmission lines for microwave integrated circuits, under publication by M/s Wiley Eastern Pvt Ltd, New Delhi.
  • R Levy, New Coaxial-to-stripline transformers using rectangular lines, IRE Trans, vol MTT-9, pp 273–274, March 1961.
  • SV Venkatesh, Design & development of a 35 GHz finline mixer, M Tech thesis, Indian Institute of Technology, New Delhi, 1985.
  • JW Archer, An efficient 200–290 GHz frequency tripler incorporating a novel stripline structure, IEEE Trans, vol MTT-32, pp 416–420, April 1984.
  • G Banerjee, Computer aided design of lowpass and high pass filters using suspended substrate stripline configuration, M Tech thesis, Indian Institute of Technology, New Delhi, 1986.
  • A Asija, Computer aided design and development of bandpass filters using suspended stripline configuration, B Tech thesis, Indian institute of Technology, New Delhi, 1987.
  • P Narayanan, Computer aided design of end-coupled filters in suspended stripline, M Tech thesis, Indian Institute of Technology, New Delhi, 1986.
  • RK Kukreja, Computer aided design of spur line filters in suspended stripline, M Tech thesis, Indian institute of Technology, New Delhi, 1987.
  • BM Schiffman & GL Matthaei, Exact design of bandstop microwave filters, IEEE Trans, vol MTT-12, pp 6–15, Jan 1964.
  • SK Koul, B Bhat & MC Krishnaswamy, Passive components in inverted microstrip and suspended microstrip, IEEE MTT-S, Int Microwave Symp Digest, pp 412–414, May/June 1983.
  • JP Villottee, M Aubourg & Y Garault, Modified suspended striplines for microwave integrated circuits, Electron Lett, vol 14, no 18, pp 602–603, Aug 1978.
  • T Itoh & AS Herbert, A generalized spectral domain analysis for coupled suspended microstrip lines with tuning septums, IEEE Trans, vol MTT-26, pp 802–826, Oct 1978.
  • S Low, W-band crossbar mixers integrated entirely on a single-sided substrate yielding 15 GHz instantaneous bandwidth, IEEE MTT-S, Int Microwave Symp Digest, pp 595–596, 1987.
  • ER Carlson, MV Schneider & TF Mcmaster, Subharmonically pumped millimeter wave mixers, IEEE Trans, vol MTT-26, pp 706–715, Oct 1978.
  • MH Arain, A 94 GHz suspended stripline circulator, IEEE MTT-S, Int Microwave Symp Digest, pp 78–79, 1984.

Reprints and Corporate Permissions

Please note: Selecting permissions does not provide access to the full text of the article, please see our help page How do I view content?

To request a reprint or corporate permissions for this article, please click on the relevant link below:

Academic Permissions

Please note: Selecting permissions does not provide access to the full text of the article, please see our help page How do I view content?

Obtain permissions instantly via Rightslink by clicking on the button below:

If you are unable to obtain permissions via Rightslink, please complete and submit this Permissions form. For more information, please visit our Permissions help page.