Method of improving the fabrication of etched semiconductor devices
This invention relates to a method of improving the fabrication of etched semiconductor devices by using a patterned adhesion promoter layer over a hydrocarbon planarization material. More specifically, the present invention improves the bonding of a metal interconnect layer to a hydrocarbon planari...
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Format | Patent |
Language | English |
Published |
11.11.2003
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Abstract | This invention relates to a method of improving the fabrication of etched semiconductor devices by using a patterned adhesion promoter layer over a hydrocarbon planarization material. More specifically, the present invention improves the bonding of a metal interconnect layer to a hydrocarbon planarization material, such as polyimide, by inserting an adhesion promotion layer, such as silicon nitride, between the hydrocarbon planarization material and the metal interconnect layer.
This invention relates to a method of improving the fabrication of etched semiconductor devices by using a patterned adhesion promoter layer over a hydrocarbon planarization material. More specifically, the present invention improves the bonding of a metal interconnect layer to a hydrocarbon planarization material, such as polyimide, by inserting an adhesion promotion layer, such as silicon nitride, between the hydrocarbon planarization material and the metal interconnect layer. A process for improving the fabrication of etched semiconductor devices, comprises the steps of: (1) depositing a hydrocarbon planarization material over a substrate; (2) depositing an adhesion promoter over the hydrocarbon planarization material; (3) defining a first mask and etching back the adhesion promoter so as to form an adhesion promoter pad over a portion of the hydrocarbon planarization material; and (4) depositing a first metal over the adhesion promoter pad. |
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AbstractList | This invention relates to a method of improving the fabrication of etched semiconductor devices by using a patterned adhesion promoter layer over a hydrocarbon planarization material. More specifically, the present invention improves the bonding of a metal interconnect layer to a hydrocarbon planarization material, such as polyimide, by inserting an adhesion promotion layer, such as silicon nitride, between the hydrocarbon planarization material and the metal interconnect layer.
This invention relates to a method of improving the fabrication of etched semiconductor devices by using a patterned adhesion promoter layer over a hydrocarbon planarization material. More specifically, the present invention improves the bonding of a metal interconnect layer to a hydrocarbon planarization material, such as polyimide, by inserting an adhesion promotion layer, such as silicon nitride, between the hydrocarbon planarization material and the metal interconnect layer. A process for improving the fabrication of etched semiconductor devices, comprises the steps of: (1) depositing a hydrocarbon planarization material over a substrate; (2) depositing an adhesion promoter over the hydrocarbon planarization material; (3) defining a first mask and etching back the adhesion promoter so as to form an adhesion promoter pad over a portion of the hydrocarbon planarization material; and (4) depositing a first metal over the adhesion promoter pad. |
Author | Joseph, John R Lear, Kevin L Bryan, Robert P Luo, Wenlin |
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References | Jimbo et al. (5756402) 19980500 Kuo et al. (5869219) 19990200 Loewenstein (4857140) 19890800 Liu et al. (5989979) 19991100 Chikaki (4907039) 19900300 Aronowitz et al. (6033998) 20000300 Tu et al. (5962344) 19991000 Lee (6242400) 20010600 Nanda et al. (4978419) 19901200 Lee et al. (6008137) 19991200 Kim et al. (6037269) 20000300 Puntambekar et al. (5714037) 19980200 Armacost et al. (6051504) 20000400 Kawamoto et al. (4529476) 19850700 Rath et al. (5965465) 19991000 Moriya et al. (4377438) 19830300 Bruce et al. (4612805) 19860900 Kim et al. (5834329) 19981100 Brankner (5928964) 19990700 Chen et al. (4800420) 19890100 |
References_xml | – year: 19850700 ident: 4529476 contributor: fullname: Kawamoto et al. – year: 20000400 ident: 6051504 contributor: fullname: Armacost et al. – year: 20000300 ident: 6037269 contributor: fullname: Kim et al. – year: 19981100 ident: 5834329 contributor: fullname: Kim et al. – year: 19990200 ident: 5869219 contributor: fullname: Kuo et al. – year: 19991000 ident: 5962344 contributor: fullname: Tu et al. – year: 19980200 ident: 5714037 contributor: fullname: Puntambekar et al. – year: 19991200 ident: 6008137 contributor: fullname: Lee et al. – year: 19890800 ident: 4857140 contributor: fullname: Loewenstein – year: 20000300 ident: 6033998 contributor: fullname: Aronowitz et al. – year: 19830300 ident: 4377438 contributor: fullname: Moriya et al. – year: 20010600 ident: 6242400 contributor: fullname: Lee – year: 19990700 ident: 5928964 contributor: fullname: Brankner – year: 19860900 ident: 4612805 contributor: fullname: Bruce et al. – year: 19890100 ident: 4800420 contributor: fullname: Chen et al. – year: 19901200 ident: 4978419 contributor: fullname: Nanda et al. – year: 19980500 ident: 5756402 contributor: fullname: Jimbo et al. – year: 19991000 ident: 5965465 contributor: fullname: Rath et al. – year: 19900300 ident: 4907039 contributor: fullname: Chikaki – year: 19991100 ident: 5989979 contributor: fullname: Liu et al. |
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Snippet | This invention relates to a method of improving the fabrication of etched semiconductor devices by using a patterned adhesion promoter layer over a hydrocarbon... |
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