Elmaslı, I. CerenKöymen, Hayrettin2016-02-082016-02-082007-05http://hdl.handle.net/11693/26920Date of Conference: 16-19 May 2006Conference name: OCEANS 2006 - Asia PacificThis paper is concerned with the design of an efficient, wideband and a wide-beamwidth resonant acoustic transducer for high frequency use. The general transducer structure which has two back-to-back quarter wave thick 1-3 composite ceramic elements at resonance frequency is introduced. The transducer is employed for both transmit and receive modes. Design of transmitting and receiving transducers are discussed. Several transfer functions are derived and their effective bandwidths are calculated. It is shown that the phase angle difference between two acoustic ports in receive mode can be processed at the electrical ports to maintain better throughput. The paper includes future works to be done. It is concluded that the proposed structure can be used for applications of spread spectrum schemes in underwater communications. ©2006 IEEE.EnglishAcoustic transducersAcousticsPorts and harborsResonanceTechnical presentationsTransducersTransfer functionsAcoustic portsAsia-PacificAt resonanceBeam widthsComposite ceramicsElectrical portsHigh frequenciesInternational symposiumPhase anglesQuarter waveReceive modeSpread spectrum schemesTransducer designTransducer structureUnderwater acoustic communicationsUnderwater communicationsWide bandsUnderwater acousticsConference Paper10.1109/OCEANSAP.2006.4393856