Hydrophone measurement course
Our one-day course aims to give basic competence in selecting and using hydrophones for making pressure measurements in the MHz frequency range.
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Our one-day course aims to give basic competence in selecting and using hydrophones for making pressure measurements in the MHz frequency range.
Our Principal Research Physicist, Andrew Hurrell, has created a new tutorial – Ultrasonic Nonlinear Propagation.
We can now characterise moderate to low loss materials from 200 kHz to 13 MHz. For higher loss materials, the maximum frequency of measurement could be reduced due to dynamic range limitations.
At Precision Acoustics, one of our greatest strengths is our team! We’re currently recruiting for two roles based in Dorchester.
We have recently launched a new high performance composite material designed for transducer backings operating under elevated hydrostatic pressures at 200 kHz and above – TBW650.
Our Principal Research Physicist, Andrew Hurrell, has created a number of video tutorials to aid you in your research.
Our Principal Research Physicist, Andrew Hurrell, has co-written a paper with colleagues from Oxford Brookes, Greenwich and Brunel Universities.
We are delighted to be announced as ‘Design Team of the Year’ Winners at the British Engineering Excellence Awards (BEEAs) for our work on Project reDRESS.
We are excited to announce that our collaborative project, ReDRESS, has been shortlisted for two prestigious British awards.
Megan Jenkinson, one of our Research Physicists, has recently been elected as the Vice-Chair of the IEEE UFFC Industrial Engagement Committee.
Our one-day course aims to give basic competence in selecting and using hydrophones for making pressure measurements in the MHz frequency range.
Our Principal Research Physicist, Andrew Hurrell, has created a new tutorial – Ultrasonic Nonlinear Propagation.
We can now characterise moderate to low loss materials from 200 kHz to 13 MHz. For higher loss materials, the maximum frequency of measurement could be reduced due to dynamic range limitations.
At Precision Acoustics, one of our greatest strengths is our team! We’re currently recruiting for two roles based in Dorchester.
We have recently launched a new high performance composite material designed for transducer backings operating under elevated hydrostatic pressures at 200 kHz and above – TBW650.
Our Principal Research Physicist, Andrew Hurrell, has created a number of video tutorials to aid you in your research.
Our Principal Research Physicist, Andrew Hurrell, has co-written a paper with colleagues from Oxford Brookes, Greenwich and Brunel Universities.
We are delighted to be announced as ‘Design Team of the Year’ Winners at the British Engineering Excellence Awards (BEEAs) for our work on Project reDRESS.
We are excited to announce that our collaborative project, ReDRESS, has been shortlisted for two prestigious British awards.
Megan Jenkinson, one of our Research Physicists, has recently been elected as the Vice-Chair of the IEEE UFFC Industrial Engagement Committee.
If you would like more information, please get in touch by phone, email or enquiry form.
Alternatively complete our enquiry form below.
Telephone:
Email:
Precision Acoustics Ltd
Hampton Farm Business Park
Higher Bockhampton
Dorchester
Dorset DT2 8QH
United Kingdom
© Copyright Precision Acoustics Ltd. 2024
Registration number: 02466435
VAT number: GB529840128
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