Essential details
Shipping:Ocean freight
Product Introduction
The hydrophone developed by Simultaneous Exploration Micro Company is a scalar hydrophone.
Record the scalar information of the sound field, suitable for monitoring the sound pressure strength
The scene. The hydrophone uses high sensitivity piezoelectric ceramics as sensing
Key element, can detect weak acoustic signal, very suitable for use
Small acoustic signal detection in underwater environment.
The coverage frequency range includes low frequency band and high frequency band, and adopts acoustic impedance matching layer design technology and noise shielding technology, which has high performance
Sensitivity sensing characteristics. The appearance is made of butyl rubber as a protective layer, which has good pressure resistance and corrosion resistance and can be used in
Long working hours in harsh underwater environments, low maintenance costs.
Record the scalar information of the sound field, suitable for monitoring the sound pressure strength
The scene. The hydrophone uses high sensitivity piezoelectric ceramics as sensing
Key element, can detect weak acoustic signal, very suitable for use
Small acoustic signal detection in underwater environment.
The coverage frequency range includes low frequency band and high frequency band, and adopts acoustic impedance matching layer design technology and noise shielding technology, which has high performance
Sensitivity sensing characteristics. The appearance is made of butyl rubber as a protective layer, which has good pressure resistance and corrosion resistance and can be used in
Long working hours in harsh underwater environments, low maintenance costs.
brand | Simultaneous Microsensing (TSTW) |
Model number | TSTW-A120 |
dimension | D25*100 mm |
Interface type | BNC |
Weight (excluding cable) | 320g |
Built-in amplification | 20dB 40 dB 60 dB 80dB Optional |
Resonant frequency | 150 kHz |
Frequency range | 10Hz~25 kHz |
Sensitivity level dB | -60dB |
Working depth | 1000m |
Horizontal directivity | Full directivity |
Vertical directivity | 270° |