Design of Displacement Measuring System for Nano-Hardness Test Device
p.518
p.518
Systems Analysis for Commercial Aircraft Flight Simulator
p.522
p.522
Research of the Static Balance for Spherical Rotor
p.528
p.528
Research on a New Nanohardness Test Device
p.533
p.533
Development of a Self-Feedback Adjustment Piezoelectric Ceramic Power Supply
p.538
p.538
Defect Identification and Classification for Digital X-Ray Images
p.543
p.543
A Cluster-Based Wavelet Feature Extraction Method for Machine Fault Diagnosis
p.548
p.548
Bearing Fault Diagnosis Using Gaussian Mixture Models (GMMs)
p.553
p.553
Prognosis of Blade Material Fatigue Using Elman Neural Networks
p.558
p.558
Development of a Self-Feedback Adjustment Piezoelectric Ceramic Power Supply
Abstract:
A piezoelectric ceramic power supply with self-feedback adjustment was developed according to piezoelectric ceramic driver’s characteristic. It uses multi dc voltages connected in series as the high voltage supply circuit, and has many advantages, such as small ripple, high precision, high driving capability, quick response and so on.
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Periodical:
Applied Mechanics and Materials (Volumes 10-12)
Pages:
538-542
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Online since:
December 2007
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© 2008 Trans Tech Publications Ltd. All Rights Reserved
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