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  • Accelerometer Basics
    temperature range. > Compared to strain-gage accelerometers,. piezoresistive MEMS designs offer. advantages of smaller size, lighter weight,. higher output and greater frequency range. Measurement Specialties, Inc. 1000 Lucas Way. Hampton, VA 23666. Phone: 757 766-1500. www.meas-spec.com
  • The History of the Accelerometer (.pdf)
    complete texts on strain gages entitled The Strain. forces of explosions . . .” In addition to eight overseas users, 110. Gage Primer, McGraw-Hill. This book describes Statham unbonded. U.S. users were identified who apparently were willing to pay the. strain gage accelerometers “with ranges as high
  • Introduction to Strain Gages
    Strain Gages (gauges): What is a Strain gage? A Strain gage (sometimes refered to as a Strain Gauge) is a sensor whose resistance varies with applied force; It converts force, pressure, tension, weight, etc., into a change in electrical resistance which can then be measured. A Strain gage
  • Accelerometers
    the accelerometer's frequency response and prevents damage from frequencies near the beam's resonant frequency. Suspended-mass devices use two different methods to determine acceleration. The first method is to measure the force (strain) induced in the beam by the mass. Here, strain gages on the beam generate
  • Accelerometer / Vibration Sensor
    principles. The most common types of accelerometers are piezoelectric, capacitance, null-balance, strain gage, resonance, piezoresistive, and magnetic induction. Vibration sensors are sensors for measuring, displaying and analyzing linear velocity, displacement and proximity, or acceleration. They can
  • Introduction to Pressure Transducers
    of pressure transducers, one of the most common is the strain-gage base transducer. The conversion of pressure into an electrical signal is achieved by the physical deformation of strain gages which are bonded into the diaphragm of the pressure transducer and wired into a wheatstone bridge configuration
  • Why is MEMS the Preferred Technology for High Shock Measurement?
    In 1947 the first piezoelectric accelerometer was designed in the United. States1. Within 2-decades, piezoelectric accelerometers with their. higher resonant frequencies, signal levels, and amplitude ranges had. totally displaced previously used metal strain gage technology in. accelerometers. Free
  • Force Balance Sensor Technology
    to viscosity changes vs. temperature. Many strain gage, poten ometric or LVDT type accelerometers. include thermosta cally controlled heaters in an a empt to stabilize damping characteris c. Furthermore, the force balance. accelerometer in most cases is en rely self controlled, requiring no addi onal