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From Endevco Corporation
This paper is written as an overview on low-noise piezoelectric accelerometers and will review when and where low-noise devices are needed as well as the engineering tradeoffs made during the design of the device. Noise can be defined as any undesired signal. This paper will limit the discussion to noise generated Products & Services
Vibration sensors cover sensors and other instruments used for measuring vibration and acceleration.
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Shock and vibration testing shakers are force generators or transducers that provide a vibration, shock, or modal excitation source for testing and analysis.
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Accelerometers are instruments for measuring, displaying, and analyzing acceleration and vibration.
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Seismic instruments are used to measure low frequency ground motion caused by earthquakes.
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Impact hammers are used in structural and modal analysis to determine component or system response to impacts of varying amplitude and duration. A hammer with a force transducer in its head is paired with an accelerometer on the component being tested to compare impact and response.
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Topics of Interest
The various noise sources of piezoelectric transducers connected to preamplifiers are discussed. Low level, low frequency measurements are limited by the electromechanical efficiency of the...
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9.1.3 Feedback Control Technology
9.1.3.1 Feedback Control Practical inertial navigation began to evolve in the 1950s, using technologies that had evolved in the early twentieth century, or were...
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Chapter written by Andr MIGEON and Anne-Elisabeth LENEL.
5.1. Introduction
Accelerometers have existed for several decades and they are always in constant evolution because they influence the...
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4.1 Introduction to Noise
Noise is unwanted fluctuations superimposed on a desired signal. Noise determines the accuracy and repeatability with which we can measure the signal. During the past few...
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8.1 Introduction to Noise
Noise is unwanted fluctuation superimposed upon a desired signal. It determines the accuracy and repeatability with which we can measure the signal. During the past few...
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