首页> 外文会议>Electronic Components and Technology Conference, 1991. Proceedings., 41st >High fire multilayer ceramic capacitor electrode technology
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High fire multilayer ceramic capacitor electrode technology

机译:高火多层陶瓷电容器电极技术

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Palladium and palladium-silver multilayer ceramic capacitor (MLC) electrodes for high fire systems have fundamentally different technology versus that for low fire system. Pd oxidation to PdO is a primary consideration. The phase diagram for the system Pd-Ag-O is used to demonstrate and quantify the effect of Ag on Pd oxidation. Choice of Pd powder is important for oxidation resistance. Additives can also control Pd oxidation. Pd sintering occurs essentially below 900 degrees C, just above the temperature at which PdO reduces back to the metal. Additives can also control Pd sintering and make the temperature range over which Pd densifies more closely match that of high fire dielectrics. Control of Pd oxidation and sintering shrinkage mismatch with dielectrics is important in connection with avoiding physical defects in finished MLC parts.
机译:用于高火系统的钯和钯银多层陶瓷电容器(MLC)电极与用于低火系统的电极具有根本不同的技术。 Pd氧化为PdO是主要考虑因素。 Pd-Ag-O系统的相图用于证明和量化Ag对Pd氧化的影响。 Pd粉末的选择对于抗氧化性很重要。添加剂还可以控制Pd的氧化。 Pd烧结基本上在900摄氏度以下进行,刚好高于PdO还原回到金属的温度。添加剂还可以控制Pd的烧结,并使Pd致密化的温度范围与高火电介质的温度范围更加接近。在避免成品MLC零件中出现物理缺陷方面,控制Pd氧化和烧结收缩与电介质的失配非常重要。

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