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PZ1000K00
Piezohannas
PZ1000K00
High Sensitive Underwater Piezoceramic Tube for Acoustic Transponder
About piezoelectric ceramics material , what's the equivalent ceramic materials?
PZT Material Supplier | Navy Type I (PZT-4) | Navy Type II (PZT-5A) | Navy Type VI (PZT-5H) | Navy Type III (PZT-8) |
Piezo Hannas | P-41 | P-51 | P-5H | P-82 |
Morgan Matroc | PZT-4 | PZT-5A | PZT-5H | PZT-8 |
Channel Ind. | C5400 | C5500 | C5700 | C5800 |
EDO Corp. | EC-64 | EC-65 | EC-76 | EC-69 |
Keramos | K-270 | K-350 | K-278 | |
Transducer Products | LTZ-1 | LTZ-2 | LTZ-2H | |
Staveley Sensors | EBL1 | EBL2 | EBL3 | EBL4 |
Acoustic Transponder Application:
An acoustic transponder is a positioning beacon that is accurate in time. It uses acoustic signals to communicate with a USBL or LBL system and operates in a frequency band selected according to the expected operational range.The transducer (also named acoustic head) relies on the piezoelectric effect of a piezoceramic ring in order to convert acoustic waves into electrical signals and vice-versa.An acoustic transponder is mainly used for controlling the navigation of subsea vehicles (ROV, AUV…) through a surface positioning system and to build an array of calibrated beacons for subsea navigation.
High Sensitive Underwater Piezoceramic Tube for Acoustic Transponder
About piezoelectric ceramics material , what's the equivalent ceramic materials?
PZT Material Supplier | Navy Type I (PZT-4) | Navy Type II (PZT-5A) | Navy Type VI (PZT-5H) | Navy Type III (PZT-8) |
Piezo Hannas | P-41 | P-51 | P-5H | P-82 |
Morgan Matroc | PZT-4 | PZT-5A | PZT-5H | PZT-8 |
Channel Ind. | C5400 | C5500 | C5700 | C5800 |
EDO Corp. | EC-64 | EC-65 | EC-76 | EC-69 |
Keramos | K-270 | K-350 | K-278 | |
Transducer Products | LTZ-1 | LTZ-2 | LTZ-2H | |
Staveley Sensors | EBL1 | EBL2 | EBL3 | EBL4 |
Acoustic Transponder Application:
An acoustic transponder is a positioning beacon that is accurate in time. It uses acoustic signals to communicate with a USBL or LBL system and operates in a frequency band selected according to the expected operational range.The transducer (also named acoustic head) relies on the piezoelectric effect of a piezoceramic ring in order to convert acoustic waves into electrical signals and vice-versa.An acoustic transponder is mainly used for controlling the navigation of subsea vehicles (ROV, AUV…) through a surface positioning system and to build an array of calibrated beacons for subsea navigation.
