Newsflash

"Hi Graham, Shelley.  All the accelerometers and cables arrived yesterday.  Thanks again for the highly efficient service.  Regards Mr. L - Birmingham."


"We are very impressed with the quality of the product". Peter, Northern Ireland - September 09

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PCB Piezotronics are pleased to announce a partnership with Jim Flanagan at CentraTEQ LTD. to promote PCB's IMI range of products to companies in and around the West Midlands.  Jim is able to offer full information and support for all IMI products.
 

Visit PCB at the following Exhibitions

  • ISVR - Recent Advances in Structural Dynamics 2010 - Southampton University, 12th - 14th July 2010.
  • Farnborough International Airshow 2010 - Farnborough, Hampshire, 19 - 25 July 2010.
 

New 3991 Series of High Amplitude 20,000 g MEMS Accelerometers

3991 MEMS Sensor

Following extensive pyrotechnic, penetration and metal-to-metal impact field testing, the Aerospace and Defence Division of PCB Pieztotronics have released a range of micro-electromechanical systems (MEMS) shock accelerometers incorporating squeeze-film damping to reduce resonant amplification during violent events by orders of magnitude over conventional undamped PR MEMS designs.  Such damping greatly enhances survivability and reduces the need for filtration, whether mechanical or electrical, to block unwanted high frequency output.

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PCB Piezotronics Load Cell Sensors, Now Better-Than-Ever Value

Same Quality Sensors, Now Lower Priced and Stocked for Immediate Delivery

 PCB Piezotronics, Inc., has aggressively lowered the price of their high-quality low profile and rod end style load cell sensors and at the same time improved their stock program designed to provide customers immediate delivery, thus creating the best overall value for customers.

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New Frequency Tailored ICP® Piezoelectric Pressure Sensors

PCB Aerospace & Defence – a division of PCB Piezotronics announces a new frequency tailored ICP® and charge output piezoelectric pressure sensors, Series 113B and 102B. The new quartz dynamic pressure sensors have an extremely fast 1 micro-second response time, with resonant frequencies above 500 kHz. Frequency tailoring, a combination of mass balancing and microelectronics, provides a fast response to shock waves without the high ringing amplitudes experienced with general purpose piezoelectric sensors or resistive silicon semiconductor sensing technologies.

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