Characterization Technique of an Excited Solid-State Piezoelectric Transformer as a Function of Transient Time

Characterization Technique of an Excited Solid-State Piezoelectric Transformer as a Function of Transient Time

A technique describing voltage transformation of a transiently oscillating Piezoelectric Transformer (PT) has been reported. The first part is dealing with determination of input and output voltage of PT at resonance using Pico scope; a computer based oscilloscope. It was found that, as time goes, t...

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Bibliographic Details
Main Author: Selemani SEIF
Format: Article
Language:English
Published: IFSA Publishing, S.L. 2006-12-01
Series:Sensors & Transducers
Subjects:
Drift frequencies
Voltage transformation
Transient time
LabView programming
PT
Piezoelectric Transformer
Ascending voltage
Descending voltage
Pico scope
Computer based oscilloscope
Voltage differential probe
GPIB card
Online Access:http://www.sensorsportal.com/HTML/DIGEST/december_06/P_104.pdf
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spelling doaj-f8982755a2114dabbc3f65bd5dab3c142020-11-24T20:53:53ZengIFSA Publishing, S.L.Sensors & Transducers2306-85151726-54792006-12-017412855863Characterization Technique of an Excited Solid-State Piezoelectric Transformer as a Function of Transient TimeSelemani SEIF0Department of Physics, Alabama A & M University P.O. Box 1268, Normal, AL35762, U.S.A.A technique describing voltage transformation of a transiently oscillating Piezoelectric Transformer (PT) has been reported. The first part is dealing with determination of input and output voltage of PT at resonance using Pico scope; a computer based oscilloscope. It was found that, as time goes, the output voltage of the PT fluctuated due to frequency aging; therefore a second part of experimental set-up was needed to record transformation ratio as a function of transient time. To do that, Computer 2 was connected to DMM1 and DMM2, for the purpose of measuring the voltage transformation, in additional to that, Lab view program was installed in Computer 2 and used to calculate voltage ratio as a function of transient time. In this technique, caution was taken when interpreting results from resonance (110.50 kHz) relative to PT operating in frequency (kHz) range between (109 Í 110.50 Í 114) as a function of transient time.http://www.sensorsportal.com/HTML/DIGEST/december_06/P_104.pdfDrift frequenciesVoltage transformationTransient timeLabView programmingPTPiezoelectric TransformerAscending voltageDescending voltagePico scopeComputer based oscilloscopeVoltage differential probeGPIB card
collection DOAJ
language English
format Article
sources DOAJ
author Selemani SEIF
spellingShingle Selemani SEIF
Characterization Technique of an Excited Solid-State Piezoelectric Transformer as a Function of Transient Time
Sensors & Transducers
Drift frequencies
Voltage transformation
Transient time
LabView programming
PT
Piezoelectric Transformer
Ascending voltage
Descending voltage
Pico scope
Computer based oscilloscope
Voltage differential probe
GPIB card
author_facet Selemani SEIF
author_sort Selemani SEIF
title Characterization Technique of an Excited Solid-State Piezoelectric Transformer as a Function of Transient Time
title_short Characterization Technique of an Excited Solid-State Piezoelectric Transformer as a Function of Transient Time
title_full Characterization Technique of an Excited Solid-State Piezoelectric Transformer as a Function of Transient Time
title_fullStr Characterization Technique of an Excited Solid-State Piezoelectric Transformer as a Function of Transient Time
title_full_unstemmed Characterization Technique of an Excited Solid-State Piezoelectric Transformer as a Function of Transient Time
title_sort characterization technique of an excited solid-state piezoelectric transformer as a function of transient time
publisher IFSA Publishing, S.L.
series Sensors & Transducers
issn 2306-8515
1726-5479
publishDate 2006-12-01
description A technique describing voltage transformation of a transiently oscillating Piezoelectric Transformer (PT) has been reported. The first part is dealing with determination of input and output voltage of PT at resonance using Pico scope; a computer based oscilloscope. It was found that, as time goes, the output voltage of the PT fluctuated due to frequency aging; therefore a second part of experimental set-up was needed to record transformation ratio as a function of transient time. To do that, Computer 2 was connected to DMM1 and DMM2, for the purpose of measuring the voltage transformation, in additional to that, Lab view program was installed in Computer 2 and used to calculate voltage ratio as a function of transient time. In this technique, caution was taken when interpreting results from resonance (110.50 kHz) relative to PT operating in frequency (kHz) range between (109 Í 110.50 Í 114) as a function of transient time.
topic Drift frequencies
Voltage transformation
Transient time
LabView programming
PT
Piezoelectric Transformer
Ascending voltage
Descending voltage
Pico scope
Computer based oscilloscope
Voltage differential probe
GPIB card
url http://www.sensorsportal.com/HTML/DIGEST/december_06/P_104.pdf
work_keys_str_mv AT selemaniseif characterizationtechniqueofanexcitedsolidstatepiezoelectrictransformerasafunctionoftransienttime
_version_ 1716795923614400512

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