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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HS/T5.7K
Piezohannas
HS/T5.7K
Piezoelectric Piezo Tube Cylinderical Hydrophone
Model | HS/T5.7K |
|
resonant frequency | 5.7kHz | |
Working Band | 2kHz~12kHz | |
transmitting voltage response | >142dB | |
Static Capacitance | 115000pF | |
Directivity | Horizontal omnidirectional | |
sound source level (SL) | SL≥190dB | |
Working depth | 150m | |
Cable Specification | Φ11.2mm Double core shielded cable | |
Weight | 18kg | |
Low-frequency transmitting transducer series
There are various types of flexural transducers, slotted circular tube transducers, slat bending transducers, combined bending disc transducers, etc. The minimum operating frequency has been as low as 20Hz;
Piezoelectric Piezo Tube Cylinderical Hydrophone
Model | HS/T5.7K |
|
resonant frequency | 5.7kHz | |
Working Band | 2kHz~12kHz | |
transmitting voltage response | >142dB | |
Static Capacitance | 115000pF | |
Directivity | Horizontal omnidirectional | |
sound source level (SL) | SL≥190dB | |
Working depth | 150m | |
Cable Specification | Φ11.2mm Double core shielded cable | |
Weight | 18kg | |
Low-frequency transmitting transducer series
There are various types of flexural transducers, slotted circular tube transducers, slat bending transducers, combined bending disc transducers, etc. The minimum operating frequency has been as low as 20Hz;
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