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A Novel Integration Technology Of EEPROM Embedded CMOS Logic Vlsi Suitable For ASIC Applications

M. Takebuchi, Hiroshi Ogura, Makoto Kamata, K. Sakihama, H.S. Momose, K. Maeguchi

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Abstract

A novel process technology has been developed to fabricate an EEPROM embedded CMOS VLSI. The new technique utilizing a single poly-Si EEPROM cell reduces process steps by 25% as compared with the conventional double poly-Si EEPROM cell. The EEPROM-embedded CMOS LOGIC LSI can be shrunk over future technology generations by introducing three kinds of gate oxide thickness. A widely operating voltage ranging from 1.5 V to 6.0 V and a standby current below 100 nA have been achieved.

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What this paper is about

A novel process technology has been developed to fabricate an EEPROM embedded CMOS VLSI. The new technique utilizing a single poly-Si EEPROM cell reduces process steps by 25% as compared with the conventional double poly-Si EEPROM cell. The EEPROM-embedded CMOS LOGIC LSI can be shrunk over future technology generations by introducing three kinds of gate oxide thickness. A widely operating voltage ranging from 1.5 V to 6.0 V and a standby current below 100 nA have been achieved.

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Available abstract

A novel process technology has been developed to fabricate an EEPROM embedded CMOS VLSI. The new technique utilizing a single poly-Si EEPROM cell reduces process steps by 25% as compared with the conventional double poly-Si EEPROM cell. The EEPROM-embedded CMOS LOGIC LSI can be shrunk over future technology generations by introducing three kinds of gate oxide thickness. A widely operating voltage ranging from 1.5 V to 6.0 V and a standby current below 100 nA have been achieved.

Key concepts: EEPROM, CMOS, EPROM, Very-large-scale integration, Application-specific integrated circuit, Materials science, Non-volatile memory, Computer science

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