Surface Acoustic Wave Unidirectional Transducers—A Brief Review

REFERENCES

• R M White & F W Voltmer, Direct piezo-electric coupling to surface elastic waves, Appl Phys Lett, vol 7, pp 314–316, 1965
   Web of Science ®Google Scholar
• M F Lewis, C L West, J M Deacon & R F Hamphryes, Recent developments in SAW devices, Proc IEE, vol 165, Pt A, pp 186–214, 1984
   Google Scholar
• A J Slobodnik, Jr., T L Szabo & K R Laker, Miniature SAW filters, Proc IEEE, vol 67, pp 129–146, 1979
   Web of Science ®Google Scholar
• W H Haydl, W Sander & W Wirth, Precision SAW filters for a large phased-array radar systems, IEEE Trans, vol MTT-29, pp 414–419, 1981
   Google Scholar
• L P Solie & M D Wohlers, Use of an SAW multiplexer in FMCW radar system, ibid, vol MTT-29, pp 419–423, 1981
   Google Scholar
• R M Hays & C S Hartmann, SAW devices for communication, Proc IEEE, vol 64, pp 652–669, 1976
   Google Scholar
• S A Reible, Acoustoelectric convolver technology for spread- spectrum communications, IEEE Trans, vol MTT-29, pp 463–473, 1981
   Google Scholar
• J H Collins & P M Grant, A review of current and future components for electronic warfare receivers, ibid, vol MTT-29, pp 395–403, 1981
   Google Scholar
• E Ehrmann-Falkenau, H R Stocker, C Ruppel & N R Mader, SAW filters for spectral shaping in a 140 Mbit/s digital radio system using 16 QAM, Proc Ultrason Symp, pp 17–22, 1983
   Google Scholar
• A J Devries & R Adler, Case history of a surface-wave TV IF filter for colour television receivers, Proc IEEE, vol 64, pp 671–676, 1976
   Web of Science ®Google Scholar
• H Engan, Interdigital electrode transducers for the excitation of elastic surface waves in piezoelectric media, Norwegian Inst, of Technology, Trondherim, Norway, EL AB, Report TE-91, Sept 1967, p 59
   Google Scholar
• J H Collins, H M Gerard, T M Reeder & H J Shaw, Unidirectional surface wave transducer, Proc IEEE, vol 57, pp 833–835, 1969
   Web of Science ®Google Scholar
• M Hirabayashi, A SAW continuously-variable delay device with one unidirectional and two uniform transducers, Japanese J Appl Phys, vol 26, pp L433–L436, 1981
   Google Scholar
• M Hirabayashi, A SAW continuously-variable delay device with two UDTS, ibid, vol 27, pp 176–178, 1982
   Google Scholar
• CS Hartmann, W S Jones & H Vollers, Wide band unidirectional interdigital surface wave transducer, IEEE Trans, vol SU-19, pp 378–381, 1972
   Google Scholar
• R B Brown, Electrical matching of unidirectional surface wave devices, in IEEE MTT Symp Proc, pp 359–362, 1975
   Google Scholar
• BR Potter & C S Hartmann, Low loss SAW filters, IEEE Trans, vol PHP-13, pp 348–353, 1977
   Google Scholar
• Y Shimizu & T Hata, Unidirectional SAW transducer with meander and interdigital electrodes, Electronics and Communication in Japan, vol 61–8, No 7, pp 52–60, 1978
   Web of Science ®Google Scholar
• J K Gautam, T Meguro & K Yamanouchi, 1.03 GHz operation of a low loss SAW filter using TPUDTS with thin dielectric layered feed electrodes, Electron Lett, vol 19, pp 1042–1043, 1983
   Web of Science ®Google Scholar
• K Toda & Y Shinoda, Frequency shift keying using frequency dependent unidirectionality of three phase IDTS, Int J Electronics, vol 44, pp 617–623, 1978
   Web of Science ®Google Scholar
• K Yamanouchi, F M Nyffler & K Shibayama, Low insertion loss acoustic surface wave filter using group type unidirectional IDT, in IEEE Ultrason Symp Proc, pp 317–321, 1975
   Google Scholar
• B R Potter, L-band low-loss SAW filters, in IEEE Ultrason Symp Proc, 1979, Paper K-5
   Google Scholar
• J K Gautam, T Meguro & K Yamanouchi, Low-loss GHz range SAW filter using group type unidirectional transducer—New GUDT and new phase shifter, 1982 IEEE Ultrason Symp Proc, pp 212–217 K Yamanouchi, J K Gautam & T Meguro, New phase shifting technique for GUDTS used in SAW filters, Electron Lett, vol 19, pp 168–169,1983
   Google Scholar
• Malocha & B J Hunsinger, Tuning of GUDTS, IEEE Trans, SU-26, pp 243–245, 1979
   Google Scholar
• G Macchiarella & G Viola, Improved feed network for GUDTS, Electron Lett, vol 19, pp 680–681, 1983
   Web of Science ®Google Scholar
• K Shibayama, K Yamanouchi, H Sato & T Meghuro, GHz band SAW filter using GUDT, IEEE Trans, vol SU-28, pp 91–96, 1981
   Google Scholar
• J K Gautam, T Meguro & K Yamanouchi, Low-Loss unidirectional SAW filters using integrated microinductors, Electron Lett, vol 19, pp 858–860, 1983
   Web of Science ®Google Scholar
• J K Gautam, T Meguro & K Yamanouchi, Novel realisation of an automatic transit receive switch and two bandpass filters by a single SAW filter, ibid, vol 20, pp 25–27, 1984
   Google Scholar
• R Krimholtz & G L Matthaei, The hybrid-junction interdigital surface acoustic wave transducer, 1971 IEEE ultrasonic syntp Proc, Miami Beach, Fia, Dec 6–8, 1971, paper p-7, Also see IEEE Trans, vol SU-21, pp 23–32, Jan 1974
   Google Scholar
• P Qiu, Y A Shiu, D Zhang, W H Jiang & W Q Wu, Wideband low loss SAW filter, in IEEE Ultrason Symp Proc, pp 222–226, 1982
   Google Scholar
• R C Peach & C Dix, A low-loss medium bandwidth filter on lithium niobate, ibid, pp 509–512, 1978
   Google Scholar
• H Sato, T Meguro, K Yamanouchi & K Shibayama, Small ripple acoustic surface wave filter using piezoelectric thin film UDT, ibid, pp 740–743, 1977
   Google Scholar
• F G Marshall, E G S Paise & A S Young, New UDT and broadband reflector for acoustic waves, Electron Lett, vol 7, pp 638–640, 1971
   Web of Science ®Google Scholar
• F G Marshall, C O Newtton & E G S Paige, Theory and design of SAW multistrip coupler, IEEE Trans, vol MTT-21, pp 206–215, 1973
   Google Scholar
• C S Hartmann, P V Wright, R J Kansy & E M Garber, Analysis of SAW IDTS with internal reflections and the application to the design of single-phase UDTS, in IEEE Ultrason Syntp Proc, pp 40–45, 1982
   Google Scholar
• K Yamanouchi & H Furuyashiki, Low-loss SAW filter using internal reflection types of single-phase UDTS, Electron Lett, vol 20, pp 819–821,1984
   Web of Science ®Google Scholar
• A R Reddy & S K Lahiri, Surface wave reflection from metal-strips and transducers, to appear in JIETE, vol 33, no 2
   Google Scholar
• K Yamanouchi & H Furuyashiki, New low loss SAW filter using internal floating electrode reflection types of single-phase unidirectional transducers, Electron Lett, vol 20, pp 989–990,1984
   Web of Science ®Google Scholar
• P V Wright, The natural single-phase unidirectional transducer; A new low loss SAW transducer, 1985 IEEE Ultrason Symp Proc, San Francisco, Oct 16–18, 1985, Paper X-2
   Google Scholar
• M F Lewis, Group type unidirectional SAW devices employing intra-transducer reflector banks, Electron Lett, vol 19, pp 1085–1087, 1983
   Web of Science ®Google Scholar
• M Hikita, T Tabuchi, H Kojima & Y Kinoshita, Miniature 90 MHz low loss narrowband SAW filter using new resonant configuration, Electron Lett, vol 19, pp 944–945, 1983
   Web of Science ®Google Scholar
• J P Agrawal, P Sudhakar & A B Bhattacharya, Self resonant IDT as a grating reflector of SAWS, ibid, vol 19, pp 982–983, 1983
   Google Scholar
• M Hikita, H Kojima, T Tabuchi & Y Kinoshita, New low-loss broad band SAW filter using unidirectional IDTS with U-shaped Mscs, ibid, vol 20, pp 453–454, 1984
   Google Scholar
• W Pollock, J Schofield, R F Milsom, R J Murray & I Flinn, Low loss filter using single phase IDTS and no external tuning, Proc Ultrason Symp, pp 87–92, 1983
   Google Scholar
• D Zhang, Y A Shui & W Q Wu, Untuned low insertion loss surface leaky wave filter, Electron Lett, vol 21, pp 559–560, 1985
   Web of Science ®Google Scholar