Metal-Glazed Thick-Film Resistors Fired at Low Temperature on Glass Substrate
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概要
- 論文の詳細を見る
Conventional metal-glazed thick-film resistors are applied to Hybrid Integrated Circuits, chip resistors and others. These resistors are usually fired at a high temperature of around 850℃ on ceramic substrates. Recently, however, attempts have been made to fire some metal-glazed thick-film resistors at lower temperatures on glass substrates for application as the control resistors for the discharge current of dc Plasma Display Panels(PDPs). We have attempted to realize such low-firing-temperature thick-film resistors using Pb_2RU_2O_7-x as conductive particles, two kinds of lead-borosilicate glasses as binders, and three kinds of metallic oxide as additives, which are fired at 580℃ on a soda lime glass substrate. the electrical properties of the specimens, 16 kinds in all, fabricated from various combinations of binder glasses, additives and electrode materials have been measured. Effective dimensions of the specimen resistor are 0.25 × 0.25 mm^2 or less in surface area, since extremely small size is required by PDPs. The effect of the combination of additive and binder glass on the conductive particles of Pb_2Ru_2O7-x has been examined in detail, together with the affinity for electrical conjunction between resistor and electrode.
- 社団法人電子情報通信学会の論文
- 2000-10-25
著者
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Kaneko Ikuo
Marine Division Climate And Marine Department Japan Meteorological Agency
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Kaneko Ikuo
The Author Is With The Department Of Electronics And Communication Engineering Musashi Institute Of
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Taguchi Sadayoshi
The Author Is With The 2nd Research And Development Section Electronic Materials Division Tanaka Kik
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Kashiwagi Toshiyuki
The Author Is With The Desktop Products Div. Mechanical Engineering Department Fujitsu Ltd.
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- Metal-Glazed Thick-Film Resistors Fired at Low Temperature on Glass Substrate