STUDI AWAL SENSOR LVDT (LINIER VARIABLE DIFFERENTIAL TRANSFORMER)
<p>Abstract:<p align="justify"> <br /> <br /> In this research was made three tranducer models of LVDT (Linier Variable Differential Transformer). The three tranducer models are: (i) A model, namely balanced linier-tapered secondaries), (ii) B model, namely unbal...
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id-itb.:45102006-02-21T06:37:31ZSTUDI AWAL SENSOR LVDT (LINIER VARIABLE DIFFERENTIAL TRANSFORMER) Hikmat Indonesia Theses INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/4510 <p>Abstract:<p align="justify"> <br /> <br /> In this research was made three tranducer models of LVDT (Linier Variable Differential Transformer). The three tranducer models are: (i) A model, namely balanced linier-tapered secondaries), (ii) B model, namely unbalanced linier-tapered secondaries, and (iii) C model, namely over wound linier-tapered secondary windings.<p align="justify"> <br /> LVDT tranducer is inductive tranducer that useful for measuring length quantity or another quantity that can be conversion from length quantity.<p align="justify"> <br /> Toward this three tranducer investigated how the response to change excitation frequency, change of temperature and linear. The conclusion of the research is that C model form more resistance to change frequency and temperature and the linier better than B model and A model. text |
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<p>Abstract:<p align="justify"> <br />
<br />
In this research was made three tranducer models of LVDT (Linier Variable Differential Transformer). The three tranducer models are: (i) A model, namely balanced linier-tapered secondaries), (ii) B model, namely unbalanced linier-tapered secondaries, and (iii) C model, namely over wound linier-tapered secondary windings.<p align="justify"> <br />
LVDT tranducer is inductive tranducer that useful for measuring length quantity or another quantity that can be conversion from length quantity.<p align="justify"> <br />
Toward this three tranducer investigated how the response to change excitation frequency, change of temperature and linear. The conclusion of the research is that C model form more resistance to change frequency and temperature and the linier better than B model and A model. |
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Hikmat STUDI AWAL SENSOR LVDT (LINIER VARIABLE DIFFERENTIAL TRANSFORMER) |
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title |
STUDI AWAL SENSOR LVDT (LINIER VARIABLE DIFFERENTIAL TRANSFORMER) |
title_short |
STUDI AWAL SENSOR LVDT (LINIER VARIABLE DIFFERENTIAL TRANSFORMER) |
title_full |
STUDI AWAL SENSOR LVDT (LINIER VARIABLE DIFFERENTIAL TRANSFORMER) |
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STUDI AWAL SENSOR LVDT (LINIER VARIABLE DIFFERENTIAL TRANSFORMER) |
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STUDI AWAL SENSOR LVDT (LINIER VARIABLE DIFFERENTIAL TRANSFORMER) |
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studi awal sensor lvdt (linier variable differential transformer) |
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https://digilib.itb.ac.id/gdl/view/4510 |
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