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