2 TO 18 GHz TRIPLE BALANCED MIXER FOR MMIC IMPLEMENTATION '------------- A. MILANO ELTA / ISRAEL AIRCRAFT INDUSTRIES,P.O.B. 330, ASHDOD, ISRAEL. ABSTRACT ******** Multioctave Triple Balanced Mixers are circuits characterized by inherent ability to isolate the three signals for a very wide frequency range. Usually, this characteristic has been achieved by "suspended substrate" structures, on

Frequency Tunable MESFET Active Patch Antenna/Oscillators Wenzhang Wang and L. Wilson Pearson Department of Electrical and Computer Engine.;ring Clemson University Clemson, SC 29634-0915 USA (864)656-3946 (voice & fax) E-mail: wenzhaw-ces.clemson.edu, pearson-ces.clemson.edu ABSTRACT An integrated transistor-excited patch antenna/oscillator configuration that provides control of oscillation frequ

DEVELOPMENT OF A 30 GHZ, WIRELESS LAN TRANSMITIRECEIVE MODULE M.G. Stubbs, C. Glaser, H. Do Ky, C.l. Verver, L. Shafai# and l.S. Wight+ Communications Research Centre, 3701 Carling Ave., P.O. Box 11490, Station H, Ottawa, Ontario, K2H 8S2, Canada #University of Manitoba, Dept. of Electrical and Computer Engineering, +Carleton University, Dept. of Electronics, Ottawa, Canada Winnipeg, Canada ABST

Linearization of P.N Junctions by Linear Elements Yuri.M.Bruck IEEE member Radioastronomical Institute, 4, Krasnoznamennaja St., Kharkov ,UKRAINE. men-rian.kharkov.ua Center Technological Education of Holon. Communication Dept. 52, Golomb St. Tel-Aviv, ISRAEL; Box 8629, Misgav St. 27/8, 21862, Carmiel, ISRAEL 100310.2246-compuserve.com ABSTRACT Linearizing circuits for opened and closed p-n juncti

Linearization of P-N Junctions bv the Same P-N Junctions Yuri M. Bruck. IEEE member Radioastronomical Institute, 4, Krasnoznamennaja St., Kharkov , UKRAINE. men-rian.kharkov.ua Center Technological Education of Holon., Communication Dept. 52, Golomb St. Tel-Aviv, ISRAEL. Box 8629, Misgav St. 27/8, 21862, Carmiel, ISRAEL 10031O.2246-compuserve.com ABSTRACT Linearized circuits are suggested and anal

Re2ular Linearization Principle for Electronic Circuits Yuri M. Bruck, IEEE member Radioastronomical Institute, 4, Krasnoznamennaja St., Kharkov , UKRAINE. men-rian.kharkov,ua Center Technological Education of Holon, Communication Dept. 52, Golomb St. Tel-Aviv, ISRAEL Box 8629, Misgav St. 27/8, 21862, Carmiel, ISRAEL lOO31O.2246-compuserve,com ABSTRACT New methods are suggested for linearizing tra

UTD-BASED PATH LOSS PREDICTION RADIO COMMUNICATIONS WITH EXPERIMENTAL VALIDA TIONS FOR MICRO-CELLULAR MOBILE Wei Zhang I and Jaakko Lahteenmaki I 2 Helsinki University of Technology, Institute of Radio Communications, Radio Laboratory, Otakaari 5A, FIN-02150 Espoo, FAX: +358 9 4512152, E-Mail: WZH-radio.hut.fi FINLAND. TEL.: +358 9 4512255, 2 VTT Information Technology, P. O. Box 1202, FIN

Analysis of Circular Waveguides with Azimuthally Magnetized Ferrite Kamen P. Ivanov and Reinhold Pregla Allgemeine unci Theoretische Elektrotechnik, FernUniversitiit, D-58084 Hagen, E-mail: R.Pregla-FernUni-Hagen.de Topic numbers 5, 15 ; scientific A bSTRACT: EXAMINED and .. ferrite-loaded coaxial waveguide a canonical structure for digital remanent phaser designs, using the' interpreted

Ka-BAND FET FREQUENCY QUADRUPLER DELAY VARIATION WITH LOW GROUP Z. Nativ, A. Kadosh, S. Matarasso Rafael, P.O. Box 2250. Haifa Israel Tel: 972-4-8794112, Fax: 972-4-8792037 ABSTRACT The Design of a 8GHz to 32GHz FET frequency quadrupler is described. Typical conversion loss of 9.5dB and low group delay variation of 2 nsec was measured over 2GHz output bandwidth, including the loss and dispers

Monolithic Artificial Transmission Line Balanced Frequency Doublers (I) P. Kangaslahti(l1(2),P. Alinikula(lJ, V. Porra(l) Institute of Radio Communications, Electronic Circuit Design Laboratory, Helsinki University of Technology, Otakaari 5A, FIN-02150 Espoo, Finland tel: +358-9-4512279, fax: +358-9-451 2269, email:pek-c1ara.hut.fi (2) Ylinen Electronics, Kauniainen, Finland ABSTRACT Artificial t