Ion Implanted P-Resistor Reliability

P. Chaudhari, G. Nelson, A. Nagarajan
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Abstract

One of the key aspects of large scale integration in bipolar technology depends on the use of high valued resistors. Ion implantation can lead to higher valued resistors not possible with diffused technology. Two different process technologies, pre-emitter and post-emitter, for making ion implanted resistors I2R are described. Also described are measured profiles, reliability studies carried out on p-resistors made by the two technologies, a model describing the resistor drift, and the effect of annealing.
离子注入p电阻可靠性
双极技术大规模集成的一个关键方面取决于高值电阻器的使用。离子注入可以产生更高值的电阻器,这是扩散技术无法实现的。介绍了制备离子注入电阻器I2R的两种不同的工艺技术:预发射极和后发射极。还描述了测量曲线,对两种技术制作的p电阻进行的可靠性研究,描述电阻漂移的模型以及退火的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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