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A 230mV-to-500mV 375KHz-to-16MHz 32b RISC Core in 0.18 µm CMOS

A 230mV-to-500mV 375KHz-to-16MHz 32b RISC Core in 0.18 µm CMOS. D-NPSBB. Split-Style Clock Generator. Multi-Rail Standard Cells. 32b RISC Core and Sub-V T Operation. Chip Photo and Summary. Vibrations on V DD and V DDV. 230mV (Sub-V T ) Operation. ULV-CMOS Performance and Summary.

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A 230mV-to-500mV 375KHz-to-16MHz 32b RISC Core in 0.18 µm CMOS

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  1. A 230mV-to-500mV 375KHz-to-16MHz 32b RISC Core in 0.18µm CMOS D-NPSBB Split-Style Clock Generator Multi-Rail Standard Cells

  2. 32b RISC Core and Sub-VT Operation Chip Photo and Summary Vibrations on VDD and VDDV 230mV (Sub-VT) Operation

  3. ULV-CMOS Performance and Summary Achievements: - at least 3X faster than the competitors- Reach the lowest voltage (230mV) of all Applicability:- Single solar cell- Similar work: a handheld game console (GBA) at 16.78MHz Acknowledgements:- Thank the CIC for support the chip fabrication- Thank the teammates of SoC group of National Chung-Cheng University for great helps

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