Abstract
A global optimization method for discussing quasi-optical power combiner of solid-state millimeter-wave source is provided. The device we use operate at about 150 GHz and GaAs Gunn diodes are chosen here as active sources arranged in a planar matrix of N×N (N-3,5,..., 2k+1, where h is positive integer). The best array and the location of the active elements in the source-array plane which is the surface of one reflector we will discribe later can be given by global optimization, where the radio frequency power can reach sixfold to ninefold larger than the total sum of the individual diode power.
This is a preview of subscription content, log in via an institution to check access.
Similar content being viewed by others
References
Hui-zhen Li, Cheng-tian Xue, Xiang-wen Chen, “A Global Optimization Design for quasi-Optics Power Combiner of 3mm Wave Solid-State Sources”,Int.J.Inf.&MMW, Vol.12,No.12, 1991,p1425–1436
Hui-zhen Li &Cheng-tian Xue, “Global Optimization Design of Quasi-Optics Power Combiner of Solid State MMW Resonator”,Int.J.In f.MMW, Vol.12,N0.12,1991,P1437–1449.
Hui-zhen Li,Xiang-wen Chen & Cheng-tian Xue, “A Global Optimization Method for Quasi-Optics Power Combiner” Int.J.Inf.& MMW, Vol.13,No.6,1992.
J.W.M ink“Quasi-Optical POwer Combinig of Solid State Millimeter Wave Source”IEEE MTT-34 No. 2 1986, pp273–279.
J.W.Mink “Disign of a Millimeter Wave Quasi-Optical Power Combiner for IMPATT Diodes”(K. D.Stephan Professer gived it tous).
Cheng-tian Xue,Qiao-min Wang andHui-zhen Li, Optimization Calculation of Solid State Power Combining Source of Waveguid Cavity, Int.J.Infrared Millimeter wave, Vol.9,No.8,1988 pp733–738.
Cheng-tian Xue, Qiao-min Wang etc.Millimeterwave Quasi-Optical Power Combinig Techniques, Int.J.Infrared and Millimeterwave.Vol.9No.4,pp395–404,1988.
Cheng-tian Xue, Qiao-min Wang, Disciussion of the Source-Array Plane Location in the Quasi-Optical Cavity for Solid State Power Combining, Int.J.Infrared and Millimeterwave,Vol.9,No.8,1988,pp725–732.
Cheng-tian Xe, Qiao-min Wang, A Six MMW Power Combining of Solid State Source Using Quasi-Optical Techniques, Proceedings of Second Asia-Pacific Micro wave Conference,1988, Bejing,China,pp190–191
Optical Theory and Disign for Power Combinig of Solid Stale Sources,p541, as stated above.
Cheng-tian Xue,Qiao-min Wang,Effective Power Combinig of Solid State Source in MMW Range Using CAD Techniques, Tohave beenaccepted by “The 14th International Conference on Infrared and Millimeter Waves”, October 2–6,1989,University Wurzburg.F.R.Germany.
Cheng-tian Xue, Qiao-min Wang, Effective Power Combinig for Solid State Sources at 3 MMW Using Quasi-Optical Techniques,as stated above.
Qiao-min Wang, Hui-zhen Li, Cheng-tian Xue, Design for the Quasi-Optical Source-Array in 3 Millimeter W Ave Band, reported in “International Conference on Milli meter Wave and Far-Infrared Technology” hold in Beijing, Peoples Republic of China, tentatively scheduled during June 18–22,1990.
Z.B.Povovic etc. “Bar-Grid Oscillators” IEEE MTT-37 No.8,1989.
Cheng-tian Xue,Qiao-min Wang etc. 6-Millimeter Wave wave,Vol.9,No.4,1988,pp385–393.
L.Wandinger etc.“Millimeter-Wave Power Combiner Using Quasi-Optcal Tech-niques”IEEE MTT-31 No.2,1983, pp189–193.
Author information
Authors and Affiliations
Additional information
Work suported by natural science fund of China.
Rights and permissions
About this article
Cite this article
Li, Hz., Chen, Xw., Xue, Ct. et al. Two millimeter solid-state source global optimum for quasi-optics power combiner. Int J Infrared Milli Waves 14, 91–107 (1993). https://doi.org/10.1007/BF02274718
Received:
Issue Date:
DOI: https://doi.org/10.1007/BF02274718