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Ferroelectric hysteresis measurement system has been built to investigate hysteresis curve on ferroelectric materials. In this system, Sawyer-Tower circuit, consisting of linear capacitor and ferroelectric capacitor is used for detecting polarization on ferroelectric materials, and microcontroller C...
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| Online Access: | https://digilib.itb.ac.id/gdl/view/10667 |
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id-itb.:106672017-09-27T11:45:13Z#TITLE_ALTERNATIVE# WAHYUDHIN FATHONA (NIM 10205023), INDRA Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/10667 Ferroelectric hysteresis measurement system has been built to investigate hysteresis curve on ferroelectric materials. In this system, Sawyer-Tower circuit, consisting of linear capacitor and ferroelectric capacitor is used for detecting polarization on ferroelectric materials, and microcontroller C8051F005 as main brain controlling the work of the system . Measurement of PZT-ferroelectric materials had been performed by Sawyer-Tower circuit and the result compared with measurement result performed by Radian Rt66A. The aim of this comparison is to observe the accuracy of the system in performed the measurement. The hysteresis curve displayed on Oscilloscope in X-Y mode and Personal Computer with Delphi as Graphic User Interface. Several PZT samples had been measured by this system and the result compared with Radian measurement. <br /> text |
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Ferroelectric hysteresis measurement system has been built to investigate hysteresis curve on ferroelectric materials. In this system, Sawyer-Tower circuit, consisting of linear capacitor and ferroelectric capacitor is used for detecting polarization on ferroelectric materials, and microcontroller C8051F005 as main brain controlling the work of the system . Measurement of PZT-ferroelectric materials had been performed by Sawyer-Tower circuit and the result compared with measurement result performed by Radian Rt66A. The aim of this comparison is to observe the accuracy of the system in performed the measurement. The hysteresis curve displayed on Oscilloscope in X-Y mode and Personal Computer with Delphi as Graphic User Interface. Several PZT samples had been measured by this system and the result compared with Radian measurement. <br />
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Final Project |
| author |
WAHYUDHIN FATHONA (NIM 10205023), INDRA |
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WAHYUDHIN FATHONA (NIM 10205023), INDRA #TITLE_ALTERNATIVE# |
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WAHYUDHIN FATHONA (NIM 10205023), INDRA |
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WAHYUDHIN FATHONA (NIM 10205023), INDRA |
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https://digilib.itb.ac.id/gdl/view/10667 |
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