PR accelerometers, however, are the best choice for measuring impulses and impacts where frequency range and amplitude are typically high. Piezoelectric (PE) accelerometers are well-suited for ...

Designed for measuring vibration on lightweight structures, miniature electronic devices, and a variety of small objects, the Model 27AM1 ISOTRON accelerometer is an extremely small, adhesive ...

A piezoelectric accelerometer is a device that measures the vibration — or small reciprocating accelerations — of a structure. Learn when and where to use these highly specialized ...

Not everyone will need this app, which uses the built-in accelerometer to turn your iPhone or iPod touch into a vibration spectrum analyzer. But if you're an engineer, mechanic, or software ...

Proper measurement requires the use of a tri-axial accelerometer connected to a datalogging three-channel vibration monitor that meets the requirements of ISO-8041 for hand-arm vibration measurements.

Weighing in at 1.2g, the Model 1011 miniature piezoelectric accelerometer measures vibration and shock levels on structures and small objects. A self-generating device, it requires no external ...

Thermal MEMS accelerometers are well-suited for inclination sensing in high vibration environments for several reasons. Their inherent low-pass response and zero resonance makes inclination sensing ...

The Model 966 Piezoelectric Accelerometer from Columbia Research Laboratories has been particularly developed for the measurement of high frequency, intermediate to high-level shock and vibration.

Researchers have developed new sensors for measuring acceleration and vibration on trains. The technology could be integrated with artificial intelligence to prevent railway accidents and ...

Wireless vibration sensors are an enabling technology driving the biggest improvements in asset reliability since the advent of route-based vibration monitoring. These sensors are one of the most ...