IRIS publication 724050
Advanced Test Structure Design For Dielectric Characterisation of Novel High-K Materials
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TY - - Other - O'Sullivan, JA, Chen, WB, McCarthy, KG, Crean, GM - 2008 - August - Advanced Test Structure Design For Dielectric Characterisation of Novel High-K Materials - Validated - 1 - () - The extremely high level of integration currently required within the wireless industry poses significant challenges at all technology steps from materials through processing to packaging. Capacitor design is a very important element of this technology integration challenge. Recently there has been strong interest in the use of PMNT (Pb(Mg, Nb)TiO3) as a thin-film layer in semiconductor processes [1]. The high dielectric constant of PMNT makes it an attractive material for the fabrication of MIM (Metal/Insulator/Metal) decoupling capacitors. Before PMNT can be used in conjunction with a modern Si process for capacitor design the PMNT layer must be accurately characterised. This paper addresses the issue of thin-film characterisation through wafer-probe measurements and electromagnetic simulation (EM) of coplanar waveguides. Based on the results obtained a design methodology for optimum test structure layout is presented.. - 180 - 184 DA - 2008/08 ER -
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@misc{V724050, = {Other}, = {O'Sullivan, JA and Chen, WB and McCarthy, KG and Crean, GM }, = {2008}, = {August}, = {Advanced Test Structure Design For Dielectric Characterisation of Novel High-K Materials}, = {Validated}, = {1}, = {()}, = {{The extremely high level of integration currently required within the wireless industry poses significant challenges at all technology steps from materials through processing to packaging. Capacitor design is a very important element of this technology integration challenge. Recently there has been strong interest in the use of PMNT (Pb(Mg, Nb)TiO3) as a thin-film layer in semiconductor processes [1]. The high dielectric constant of PMNT makes it an attractive material for the fabrication of MIM (Metal/Insulator/Metal) decoupling capacitors. Before PMNT can be used in conjunction with a modern Si process for capacitor design the PMNT layer must be accurately characterised. This paper addresses the issue of thin-film characterisation through wafer-probe measurements and electromagnetic simulation (EM) of coplanar waveguides. Based on the results obtained a design methodology for optimum test structure layout is presented..}}, pages = {180--184}, source = {IRIS} }
Data as stored in IRIS
OTHER_PUB_TYPE | Other | ||
AUTHORS | O'Sullivan, JA, Chen, WB, McCarthy, KG, Crean, GM | ||
YEAR | 2008 | ||
MONTH | August | ||
TITLE | Advanced Test Structure Design For Dielectric Characterisation of Novel High-K Materials | ||
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STATUS | Validated | ||
PEER_REVIEW | 1 | ||
TIMES_CITED | () | ||
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ABSTRACT | The extremely high level of integration currently required within the wireless industry poses significant challenges at all technology steps from materials through processing to packaging. Capacitor design is a very important element of this technology integration challenge. Recently there has been strong interest in the use of PMNT (Pb(Mg, Nb)TiO3) as a thin-film layer in semiconductor processes [1]. The high dielectric constant of PMNT makes it an attractive material for the fabrication of MIM (Metal/Insulator/Metal) decoupling capacitors. Before PMNT can be used in conjunction with a modern Si process for capacitor design the PMNT layer must be accurately characterised. This paper addresses the issue of thin-film characterisation through wafer-probe measurements and electromagnetic simulation (EM) of coplanar waveguides. Based on the results obtained a design methodology for optimum test structure layout is presented.. | ||
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START_PAGE | 180 | ||
END_PAGE | 184 | ||
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