A shock detector provides for ultra low power detection and measurement of damage to an object caused by shock and vibration. The shock detector includes a shock sensor, such as an accelerometer, attached to the object that produces an electrical vibration signal representative of the mechanical vibration of the object. A signal conditioning circuit determines when the magnitude of the electrical vibration signal exceeds a threshold voltage and converts the signal into a digital signal that is in the high voltage state when the magnitude of the electrical vibration signal is above the threshold voltage. Otherwise, the digital signal is in a low voltage state. A data logger records the time spent in the high voltage state. The measured time data and the threshold voltage are then used to estimate the damage applied to the object. Mounting a number of the conditioning circuits in parallel allows for a more accurate estimation.
Clinic Team Leader at Salina Regional Health Center
Location:
Salina, Kansas
Industry:
Medical Practice
Work:
Salina Regional Health Center - Salina Women's Clinic since Jun 2012
Clinic Team Leader
Salina Womens Clinic Jan 2010 - Jun 2012
CFO / HR Manager
Hillsboro Community Hospital Jul 2007 - Dec 2009
Accounts Payable
Rawlins County Hospital Mar 2002 - Jul 2007
Materials/Purchasing Manager
Interests:
Civil War, horse back riding, hunting, quilting, photography