Design, Development and Application of Broadband Combined Underwater Acoustic Transducer
New Type of Underwater Acoustic Transducer and New Technology of Transducer
Development and Application of Underwater Acoustic Transducer Sensor
Estimation of sound source level of underwater acoustic transducer in shallow water
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YH-T520
Piezohannas
YH-T520
Underwater Acoustic Transducer Cylinderical Hydrophone
lHemispherical directivity
lBroadband work
lHigh power
lremote transmission
llow loss
This type of transducer is mainly used for long-distance communication, its emission response -3dB bandwidth can be from 6kHz-16kHz, and the receiving sensitivity within the bandwidth is greater than -185dB. The transducer adopts an overflow ring design method to increase the bandwidth of the transducer, and a special design method is adopted to realize the vertical directivity is half-space directivity, the horizontal direction is omnidirectional, and there is no blind zone in the whole space below the transducer when is working.
13kHz Vertical directivity diagram
Transmitting voltage response
Receiving sensitivity
impedance characteristics of transducer
Outside drawing
Underwater Acoustic Transducer Cylinderical Hydrophone
lHemispherical directivity
lBroadband work
lHigh power
lremote transmission
llow loss
This type of transducer is mainly used for long-distance communication, its emission response -3dB bandwidth can be from 6kHz-16kHz, and the receiving sensitivity within the bandwidth is greater than -185dB. The transducer adopts an overflow ring design method to increase the bandwidth of the transducer, and a special design method is adopted to realize the vertical directivity is half-space directivity, the horizontal direction is omnidirectional, and there is no blind zone in the whole space below the transducer when is working.
13kHz Vertical directivity diagram
Transmitting voltage response
Receiving sensitivity
impedance characteristics of transducer
Outside drawing
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