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-235
Piezohannas
YH-235
Transmitting Receiving Cylinderical Hydrophone for Underwater Device
23.5kHz cylindrical underwater acoustic transducer
Broadband transmission
Transponder
Hydroacoustic positioning
Communication
Specification:
Technical parameters | |
Resonant frequency | 24kHz |
Working frequency | 15kHz-35kHz |
Horizontal directivity | omni-directional±2dB |
vertical directivity | Hemisphere type |
Impedance at resonance point | 3400Ω |
Input maximum electric power | 400W impulse condition |
Working depth | 2000M |
material | aluminium alloy PVC |
Cable model | Dia.5mm,Polyurethane sheath |
Cable length | Standard 3 meters, extra lengths need to be ordered separately |
storage temperature | -40 - +80 ºC |
operating temperature | -5 - +70 ºC |
Receive Graph:
Dimensions:
Transmitting Receiving Cylinderical Hydrophone for Underwater Device
23.5kHz cylindrical underwater acoustic transducer
Broadband transmission
Transponder
Hydroacoustic positioning
Communication
Specification:
Technical parameters | |
Resonant frequency | 24kHz |
Working frequency | 15kHz-35kHz |
Horizontal directivity | omni-directional±2dB |
vertical directivity | Hemisphere type |
Impedance at resonance point | 3400Ω |
Input maximum electric power | 400W impulse condition |
Working depth | 2000M |
material | aluminium alloy PVC |
Cable model | Dia.5mm,Polyurethane sheath |
Cable length | Standard 3 meters, extra lengths need to be ordered separately |
storage temperature | -40 - +80 ºC |
operating temperature | -5 - +70 ºC |
Receive Graph:
Dimensions:
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