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Book
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Chapter and Conference Paper
Variability-Conscious Circuit Designs for Low-Voltage Memory-Rich Nano-Scale CMOS LSIs
Low-voltage scaling limitations of nanoscale CMOS LSIs are one of the major problems in the nanoscale era because they cause the evermore-serious power crises with device scaling. The problems stem from two un...
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Book
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Chapter
High-Voltage Tolerant Circuits
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Chapter
Variability Issue in the Nanometer Era
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Chapter
Ultra-Low Voltage Nano-Scale DRAM Cells
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Chapter
Leakage Reduction for Logic Circuits in RAMs
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Chapter
Reference Voltage Generators
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Chapter
Voltage Up-Converters and Negative Voltage Generators
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Chapter
An Introduction to LSI Design
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Chapter
Ultra-Low Voltage Nano-Scale SRAM Cells
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Chapter
Voltage Down-Converters
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Chapter
Memory Leakage Reduction
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Chapter and Conference Paper
Low-Voltage Embedded RAMs – Current Status and Future Trends
Low-voltage high-density embedded (e-) RAMs, focusing on RAM cells and peripheral circuits, are described. First, challenges and trends in low-voltage e-RAMs are described based on the S/N issue of RAM cells, ...
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Chapter
Ultralow-Voltage Memory Circuits
The key design issues for ultralow-voltage (0.5–2 V) memory circuits are reviewed in terms of stable memory-cell operation, subthreshold current reduction, suppression of or compensation for design-parameter v...
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Chapter
Low-Voltage Embedded-RAM Technology: Present and Future
First, key issues for low-voltage (<1V) embedded RAMs are summarized in terms of stable operation, suppression of leakage (gate-tunneling/subthreshold) currents, and speed variation of memory cells and periphe...
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Chapter and Conference Paper
Trends in Ultralow-Voltage RAM Technology
This paper describes ultralow-voltage RAM technology for standalone and embedded memories in terms of signal-to-noise-ratio designs of RAM cells and subthreshold-current reduction. First, structures and areas ...
