A novel CBi-CMOS technology by DIIP process

K. Higashitani, H. Honda, K. Ueda, M. Hatanaka, S. Nagao
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引用次数: 10

Abstract

To realize high performance mixed analog and digital ASICs, a novel CBi-CMOS technology is proposed. This technology, called DIIP (double-implanted and isolated P-well) CBi-CMOS technology, is characterized by a structure with vertical NPN, PNP and CMOS structures on the same chip. In this structure, a vertical PNP transistor and NMOS transistor are fabricated in a P-well, which is isolated from the P-type substrate by the N+ buried layer and has a deep P+ region created by high-energy ion implantation. This deep P+ region acts as a subcollector for the vertical PNP transistor and as a punch-through barrier from the N+ source/drain of the NMOS transistor to the N+ buried layer. Since the P-well is separated from the substrate, a dual power supply can be used for linear circuits
基于DIIP工艺的新型CBi-CMOS技术
为了实现高性能的模拟和数字混合asic,提出了一种新的CBi-CMOS技术。该技术被称为DIIP(双植入隔离p阱)CBi-CMOS技术,其特点是在同一芯片上具有垂直NPN、PNP和CMOS结构。在该结构中,垂直PNP晶体管和NMOS晶体管在P阱中制造,P阱通过N+埋层与P型衬底隔离,并具有由高能离子注入产生的深P+区。这个深P+区域充当垂直PNP晶体管的子集电极,并作为从NMOS晶体管的N+源/漏极到N+埋层的穿孔屏障。由于p阱与衬底分离,双电源可用于线性电路
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