Inkjet-printing of nonsintered alumina-resin hybrid films and their dielectric properties

Myung Sung Hwang; Jihoon Kim; Hyo Tae Kim; Youngjoon Yoon; Sangil Hyun; Jonghee Kim; Sung Nam Lee; Jooho Moon

doi:10.1063/1.3511692

Inkjet-printing of nonsintered alumina-resin hybrid films and their dielectric properties

Myung Sung Hwang, Jihoon Kim, Hyo Tae Kim, Youngjoon Yoon, Sangil Hyun, Jonghee Kim, Sung Nam Lee, Jooho Moon

Department of Materials Science and Engineering

Research output: Contribution to journal › Article › peer-review

15 Citations (Scopus)

Abstract

We used the inkjet printing method to fabricate alumina-resin hybrid films without a high temperature sintering process. The dielectric properties of the alumina-resin hybrid films were studied in order to assess if the alumina-resin hybrid films are applicable to the electronic package substrates. Various numerical models were introduced to understand the relative permittivity of the alumina-resin hybrid films. Q-values of the alumina-resin hybrid films are also measured and compared to the commercially available substrate materials. The impact of microvoids on the Q-value of the inkjet-printed alumina-resin hybrid films was also studied. The microstructures of the inkjet-printed hybrid materials were investigated in order to confirm if the microvoids in the films were filled with the resin.

Original language	English
Article number	102809
Journal	Journal of Applied Physics
Volume	108
Issue number	10
DOIs	https://doi.org/10.1063/1.3511692
Publication status	Published - 2010 Nov 15

Bibliographical note

Funding Information:
This research was supported by the core material development program, Ministry of Knowledge Economy, Korea under Grant No. M2007010011. This paper was presented at the international conference on flexible and printed electronics, Jeju, Korea 2009 (TA4-OR-03).

All Science Journal Classification (ASJC) codes

Physics and Astronomy(all)

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10.1063/1.3511692

Cite this

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title = "Inkjet-printing of nonsintered alumina-resin hybrid films and their dielectric properties",

abstract = "We used the inkjet printing method to fabricate alumina-resin hybrid films without a high temperature sintering process. The dielectric properties of the alumina-resin hybrid films were studied in order to assess if the alumina-resin hybrid films are applicable to the electronic package substrates. Various numerical models were introduced to understand the relative permittivity of the alumina-resin hybrid films. Q-values of the alumina-resin hybrid films are also measured and compared to the commercially available substrate materials. The impact of microvoids on the Q-value of the inkjet-printed alumina-resin hybrid films was also studied. The microstructures of the inkjet-printed hybrid materials were investigated in order to confirm if the microvoids in the films were filled with the resin.",

author = "Hwang, {Myung Sung} and Jihoon Kim and Kim, {Hyo Tae} and Youngjoon Yoon and Sangil Hyun and Jonghee Kim and Lee, {Sung Nam} and Jooho Moon",

note = "Funding Information: This research was supported by the core material development program, Ministry of Knowledge Economy, Korea under Grant No. M2007010011. This paper was presented at the international conference on flexible and printed electronics, Jeju, Korea 2009 (TA4-OR-03).",

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AU - Hyun, Sangil

AU - Kim, Jonghee

AU - Lee, Sung Nam

AU - Moon, Jooho

N1 - Funding Information: This research was supported by the core material development program, Ministry of Knowledge Economy, Korea under Grant No. M2007010011. This paper was presented at the international conference on flexible and printed electronics, Jeju, Korea 2009 (TA4-OR-03).

PY - 2010/11/15

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N2 - We used the inkjet printing method to fabricate alumina-resin hybrid films without a high temperature sintering process. The dielectric properties of the alumina-resin hybrid films were studied in order to assess if the alumina-resin hybrid films are applicable to the electronic package substrates. Various numerical models were introduced to understand the relative permittivity of the alumina-resin hybrid films. Q-values of the alumina-resin hybrid films are also measured and compared to the commercially available substrate materials. The impact of microvoids on the Q-value of the inkjet-printed alumina-resin hybrid films was also studied. The microstructures of the inkjet-printed hybrid materials were investigated in order to confirm if the microvoids in the films were filled with the resin.

AB - We used the inkjet printing method to fabricate alumina-resin hybrid films without a high temperature sintering process. The dielectric properties of the alumina-resin hybrid films were studied in order to assess if the alumina-resin hybrid films are applicable to the electronic package substrates. Various numerical models were introduced to understand the relative permittivity of the alumina-resin hybrid films. Q-values of the alumina-resin hybrid films are also measured and compared to the commercially available substrate materials. The impact of microvoids on the Q-value of the inkjet-printed alumina-resin hybrid films was also studied. The microstructures of the inkjet-printed hybrid materials were investigated in order to confirm if the microvoids in the films were filled with the resin.

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Inkjet-printing of nonsintered alumina-resin hybrid films and their dielectric properties

Abstract

Bibliographical note

All Science Journal Classification (ASJC) codes

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