REFERENCES
- Spl issue on Applications of lightwave technology to microwave devices, circuits and systems, IEEE Trans on Microwave Th & Tech, vol MTT 38, May 1990.
- Spl issue on 'Optical/microwave interaction devices, circuits and systems’, IEICE Trans on Electronics, vol E76-C, Feb 1993.
- Spl issue on 'Microwave and millimetre wave photonics, 'IEEE Trans on Microwave Th & Tech, vol MTT 43, Sept 1995.
- Spl issue on RF and microwave sub-carrier multiplexed optical fiber systems, IEEE Trans, on Microwave Th & Tech, vol MTT 38, Sept 1990.
- R Benjamin & A J Seeds, Optical beam forming techniques for phased array antennas, IEE Proc, Pt H, vol 139, pp 526–534, Dec 1992.
- R P Shenoy, Phased Arrays, Ch 10 in Advanced Radar Techniques and Systems, edited by Gaspare Galati, Peter Peregrinus Ltd (IEE) London, UK, 1993.
- Photonic Aspects of Modern Radar, Eds Henry Zmuda & Edward N Toughlian, Artech House, 1994.
- S Kamaki, K Tsukamoto & M Okada, Requirements for radio wave photonic devices from the viewpoint of future mobile radio systems, IEEE Trans On Microwave Th & Tech, vol MTT 43, pp 2222–2228, Sept 1995.
- I Frigyes & A J Seeds, Optically generated true time-delay in phased array antenna, IEEE Trans on Microwave Th & Tech vol MTT 43, pp 2378–2386, Sept 1995.
- R Simons, Optical Control of Microwave Devices, Artech House, 1990.
- C H Lee, Picosecond optics and microwave technology, IEEE Trans on Microwave Th & Tech, vol MTT 38, pp 596–607, May 1990.
- D R Hjelme, M J Yadlowsky, & A R Mickelson, Two-dimensional mapping of the microwave potential on MMICs using electrooptic sampling, IEEE Trans on Microwave Th & Tech, vol MTT 41, pp 1149–1158, June/July 1993.
- A Rosen & F Zutavern, High Power Optically Activated Solid—State Switches, Artech House, 1994.
- D Chadha & S Aditya, Hybrid optical-microwave systems—New research frontier, National Symp on Adv in Microwaves South Campus, Delhi Univ., March 1993.
- L Goldberg, R D Esman, & K J Williams, Generation and control of microwave signals by optical techniques, IEE Proc, Pt J, vol 139, pp 288–295, Aug 1992.
- D Novak, Z Ahmed, R B Waterhouse & R S Tucker, Signal generation using pulsed semiconductor lasers for application in millimetre wave wireless links, IEEE Trans on Microwave Th & Tech, vol MTT 43, pp 2257–2262, Sept 1995.
- S L Huang et al, Optically controlled generation and true time-delay phase shifts of broadband 60 GHz signals, Microwave and Guided Wave Letters, vol 3, pp 42–44, Feb 1993.
- C H Lee, P S Mak & A P Defonza, Optical control of millimetre wave propagation in dielectric waveguides, IEEE Trans on Quantum Electronics, vol QE 16, pp 277–288, March 1980.
- A J Seeds & A A A de Salles, Optical control of microwave semiconductor devices, IEEE Trans on Microwave Th & Tech, vol MTT 38, pp 577–585, May 1990.
- A A A De Salles, Optical control of GaAs MESFETS, IEEE Trans on MTT, vol 31, Oct 83, pp 812–820.
- H Mizuno, Microwave characteristics of an optically controlled GaAs MESFET, IEEE Trans on MTT, vol 31, July 83, pp 596–600.
- R N Simons & K B Bhasin, Analysis of optically controlled microwave/millimetre-wave device structures, IEEE Trans in MTT, vol 34. Dec 86, pp 1349–1355.
- A Madjar, P R Merczfeld. & A Paolella, Modelling the optical switching of MESFETs… IEEE Trans on MTT, vol 42, Jan 94, pp 62–67.
- P Chakraborti et al, Switching characteristic of an optically controlled GaAs MESFET, IEEE Trans on MTT, vol 42, March 94, pp 365–375.
- S K Koul & B Bhat, Microwave and millimetre-wave phase shifters, Artcch House, Boston, 1991.
- S M Sze. Physics of Semiconductor Devices, 2nd Ed, John Wiiey and Sons, N Y, 1981.
- L Goldberg, A M Yurek, H F Taylor, & J F Weller, 35 GHz microwave signal generation with an injection-looked laser diode, El Lett, vol 21, no 18, pp 814–815, Aug 1985.
- H W Yen, M K Barnoski, R G Hunsperger, & R T Melville, Switching of GaAs IMPATT diode oscillator by optical illumination, Appi Phys Lett, vol 31, no 2, pp 120–122, July 1977.
- A J Seeds, J F Singleton, S P Brunt & J R Forrest, ”The optical control of IMPATT oscillators, IEEE J of Lightwave Tech, vol LT 5, pp 403–411, March 1987.
- K Kurokawa, Injection-locking of microwave solid-state oscillators, Proc IEEE, vol 61, pp 1386–1410, Oct 1973.
- P R Herczfeld, A S Daryoush, A Rosen, A K Sharma & V M Contarino, Indirect sub-harmonic injection-locking of a millimeter wave IMPATT oscillator, IEEE Trans on Microwave Th & Tech, vol MTT 34, pp 1371–1375, Dec 1986.
- H W Yen, Optical injection-locking of silicon IMPACT oscilators, Appl Phys Lett, vol 36, no 8, pp 680–683, April 1980.
- A S Daryoush, P R Herczfeld, R Glatz, A P S Khanna, Phase and frequency coherency of multiple optically synchronised 20 GHz FET oscillators for satellite communications, IEEE MTT-S Intl Microwave Symp Dig, pp 823–826, 1987.
- H J Sun, R J Gutmann, & J M Borrego, DC and pulse light illuminated optical responses of microwave GaAs MESFET oscillators, IEE Proc, Pt I, vol 131, pp 31–37, Feb 1984.
- Y Shen, K Nickerson & J Litva, Frequency-dependent FDTD modelling of optically controlled dielectric resonators, IEEE Trans on Microwave Th & Tech, vol MTT 41, pp 1005–1010, June/July 1993.
- S Aditya, Optically controlled phase shifters, Proc of the workshop on Phased Array Radar Techniques, CARE, IIT Delhi, New Delhi, pp 175–189, Feb 9–11, 1995.
- A M Vaucher, C D Striffler & C H Lee, Theory of optically controlled millimetre-wave phase shifters, IEEE Trans on MTT, vol 31, pp 209–216, Feb 19
- J K Butler, T F Wu & M W Scott, Non-Uniform layer model of a millimetrewave phase shifter, IEEE Trans on MTT, vol 34, pp 147–155, Jan 1986.
- C H Lee, P S Mak, & A P DeFonza, Millimetre-wave switching by optically generated plasma in silicon, El Lett, vol 14, pp 733–734, 1978.
- C H Lee, Optical generation and control of microwaves and millimetrewaves, IEEE Int Microwave Symp Dig, pp 811–814, 1987.
- G Hadjicostas, M W Scott, & J K Butler, Optically controlled millimetrewave phase shifter in a metallic waveguide, IEEE Int Microwave Symp Digest, pp 657–660, 1987.
- T F Wu, J K Butler & M W Scott, Characteristics of mettallic waveguides inhomogeneously filled with dielectric meteriais with surface plasma layaer, IEEE Trans on MTT, vol 35, pp 609–614, July 1987.
- P Cheung, D P Neikirk & T Itoh, Optically controlled coplanar waveguide phase shifters, IEEE Trabns on MTT, vol 38, pp 586–595, May 1990.
- J F Coward, T K Yee, C H Chalfant & P H Chang, A Photonic integrated-optic RF phase shifter for phased array antenna beam-forming applications, J of lightwave Technology, vol 11, pp 2201–2205, Dec 93.
- Y Kamiya, W Chujo & M Fujise, Optical waveguide phase controller for microwave signals generated by heterodyne photodetection, IEICE Trans on Electronics, vol E78-C, pp 305–307, Feb 1993.
- P R Herczfeld et al, Optical phase and gain control of a GaAs MMIC TR module, 18th European Microwave Conf Dig, pp 831–836, 1988.
- W Platte & B Sauerer, Optically CW-induced losses in semiconductor coplanar waveguides, IEEE Trans on Microwave Th & Tech, vol MTT 37, pp 139–149, Jan 1989.
- D Chadha, S Aditya, M R Ambe & G Bamra, Optically controlled microwave attenuator, J of IETE, vol 41, pp 151–155, March-April 1995.
- S E Saddow & C H Lee, Optical control of MICs using high speed GaAs and Si photoconductive switches, IEEE Trans on Microwave Th & Tech, vol MTT 43, pp 2414–2420, Sept 1995.
- R K Ahrenkiel et al, Ultralong minority carrier lifetime epitaxial GaAs by photon recycling, April Phys Lett, vol 55, pp 1088–1090, Sept 1989.
- A M Jonhson & D H Auston, Microwave switching by picosecond photoconductivity, IEEE J of Quantum El, vol 11, pp 283–287, June 1975.
- W Platte, Optoelectronic microwave switching, IEE Proc Pt J, vol 132, pp 126–132, April 1985.
- K Uhde et al, Design and applications of optically controllable finline structures, IEEE Trans on Microwave Th & Tech, vol MTT 38, pp 679–683, May 1990.
- Q Z Liu & R I McDonald, Very high isolation optoelectronic switch using PIN photodiode and GaAs MESFET transmission gate, IEEE MTT-S Proc, pp 1387–1390, 1994.
- J E Leistad & T A Fjeldy, Photoresponse of GaAs MESFET inverters by pulsed laser illumination, Microwave Opt Tech Lett, vol 2, pp 244–247, July 1989.
- V A Manasson et al, Millimetre wave diffraction by a photo induced plasma grating, IEEE Trans on Microwave Th & Tech, vol MTT 43, pp 2288–2290, Sept 1995.
- W Platte, Spectral dependence of light-induced microwave reflection coefficient from optoelectronic waveguide gratings, IEEE Trans on Microwave Th & Tech, vol MTT 43, pp 106–111, Jan 1995.
- A Alphones & M Tsutsumi, Leaky wave radiation from a periodically photoexcited semiconductor slab waveguide, IEEE Trans on Microwave Th & Tech, vol MTT 43, pp 2435–2441, Sept 1995.