 |
| Quantity: | |
|---|---|
HS/T24
Piezohannas
HS/T24
24khz Spherical Transmitting Transducer Underwater Acoustic Transducer
Technical Parameters：
Model | HS/T24 |
|
resonant frequency | 24kHz | |
Working Band | 16kHz~40kHz | |
transmitting voltage response | SvL≥146dB | |
Static Capacitance | 1200pf | |
Sound Source Level (SL) | SL≥195dB | |
Workig depth | 300m | |
Cable Specification | Φ11.2mm Double core shielded cable | |
| ||
Underwater Acoustic Transducer
Underwater acoustic transducers have an operational range, but are usually designed to operate at their resonance frequency to maximize output power. They are most typically single frequency transmitters, but they may contain multiple transmitters and receivers for different frequencies.A transducer is a device that converts energy from one form into another. Usually one of those energies is an electrical signal, but not always. For instance, some transducers transform energy into movement.Underwater acoustic transducers can contain both transmitters and receivers, or they can be solely transmitters used in conjunction with a hydrophone. They sense reflected sound and use distance and directional data for communication, mapping and navigation.
24khz Spherical Transmitting Transducer Underwater Acoustic Transducer
Technical Parameters：
Model | HS/T24 |
|
resonant frequency | 24kHz | |
Working Band | 16kHz~40kHz | |
transmitting voltage response | SvL≥146dB | |
Static Capacitance | 1200pf | |
Sound Source Level (SL) | SL≥195dB | |
Workig depth | 300m | |
Cable Specification | Φ11.2mm Double core shielded cable | |
| ||
Underwater Acoustic Transducer
Underwater acoustic transducers have an operational range, but are usually designed to operate at their resonance frequency to maximize output power. They are most typically single frequency transmitters, but they may contain multiple transmitters and receivers for different frequencies.A transducer is a device that converts energy from one form into another. Usually one of those energies is an electrical signal, but not always. For instance, some transducers transform energy into movement.Underwater acoustic transducers can contain both transmitters and receivers, or they can be solely transmitters used in conjunction with a hydrophone. They sense reflected sound and use distance and directional data for communication, mapping and navigation.
