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1. 中国科学院半导体研究所
2. 中国科学院半导体研究所 北京
Published:1986
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[1]王守觉,夏永伟,孔令坤,李远镜,何乃明.一种无隔离区的DYL MOS混合集成新电路[J].电子学报,1986(01):16-20.
Wang Shou-jue, Xia Yong-wei, Kong Ling-kun, et al. DYLMOS Integrated Circuits A New Hybrid Integrated Circuit without Isolation[J]. Acta Electronica Sinica, 1986, (1): 16-20.
本文实现了一种无隔离区的DYL MOS混合集成的新电路。考虑到多元逻辑电路的主要基本单元线性“与或’门和MOS集成电路的自隔离特点
只要对它的工艺过程稍加调整
即可在同一芯片上制成了互相隔离的适合线性“与或”门需要的大
小β晶体管和P沟道MOS晶体管。用这种集成技术
在N型硅片上试作了由双极晶体管和P沟道MOS晶体管组成的反相单元。这种电路工艺简单
可与DYL线性“与或”门在工艺上兼容
具有输入阻抗高、输出阻抗小
并可和DYL电路与TTL电路相容等优点。
A new hybrid integrated circuit without isolation
DYLMOSIC
has been developed. By increasing and adjusting the technology
P channel MOS transistors and bipolar transistors with large β and small β value for the linear AND-OR gate in DYL are developed on the same wafer
based on the self-isolation characteristics among the linear AND-OR gates
the main logic unit in DYL
and MOSIC. Using the hybrid integrated technology
a inverter unit is constructured by bipolar and MOS transistors on the same N type silicon wafer. The benefits of DYLMOS hybrid integrated circuits are: simple and compatible technology with the linear AND-OR gate in DYL
high input and low output impedance and compatible level with DYL and TTL circuits.
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