An efficient method for substrate impedance extraction
A technique for extraction of substrate impedance from low frequency to high frequency has been presented. The Complex Green’s function is also applied as a reference and FEMLAB has been used as an independent validation. Some simulations have been done to show that our method is asymptotically corr...
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Published in | Research in Microelectronics and Electronics, 2005 PhD Vol. 2; pp. 47 - 50 |
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Main Authors | , |
Format | Conference Proceeding |
Language | English |
Published |
IEEE
2005
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Subjects | |
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Abstract | A technique for extraction of substrate impedance from low frequency to high frequency has been presented. The Complex Green’s function is also applied as a reference and FEMLAB has been used as an independent validation. Some simulations have been done to show that our method is asymptotically correct at sufficiently low and high frequencies and acceptable at intermediate frequencies. Our contribution is to show that an approach based on just combining separately obtained R and C models for low and high frequency situations results in relatively small errors and can thus be highly effective. The advantage lies in a reduced computational effort for extraction and simulation (the model is frequency independent). |
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AbstractList | A technique for extraction of substrate impedance from low frequency to high frequency has been presented. The Complex Green’s function is also applied as a reference and FEMLAB has been used as an independent validation. Some simulations have been done to show that our method is asymptotically correct at sufficiently low and high frequencies and acceptable at intermediate frequencies. Our contribution is to show that an approach based on just combining separately obtained R and C models for low and high frequency situations results in relatively small errors and can thus be highly effective. The advantage lies in a reduced computational effort for extraction and simulation (the model is frequency independent). |
Author | van der Meijs, N.P. Wang, Q. |
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Snippet | A technique for extraction of substrate impedance from low frequency to high frequency has been presented. The Complex Green’s function is also applied as a... |
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StartPage | 47 |
SubjectTerms | Analog integrated circuits Capacitance Circuit simulation Conductivity Dielectric substrates Digital integrated circuits Frequency dependence Impedance Silicon Surface treatment |
Title | An efficient method for substrate impedance extraction |
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