I/O partitioning system and methodology to reduce band-to-band tunneling current during erase

I/O partitioning system and methodology to reduce band-to-band tunneling current during erase

A system is provided for reducing band-to-band tunneling current during Flash memory erase operations. The system includes a memory sector divided into (N) I/O subsectors, N being an integer, and a drain pump to generate power for associated erase operations within the N I/O subsectors. An erase seq...

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Hauptverfasser: LEE WENG FOOK, HAMILTON DARLENE, KURIHARA KAZUHIRO, SUNKAVALLI RAVI, BAUTISTA, JR. EDWARD V, PAN FENG
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Sprache:eng
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INFORMATION STORAGE
PHYSICS
STATIC STORES
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creator LEE WENG FOOK
HAMILTON DARLENE
KURIHARA KAZUHIRO
SUNKAVALLI RAVI
BAUTISTA, JR. EDWARD V
PAN FENG
description A system is provided for reducing band-to-band tunneling current during Flash memory erase operations. The system includes a memory sector divided into (N) I/O subsectors, N being an integer, and a drain pump to generate power for associated erase operations within the N I/O subsectors. An erase sequencing subsystem generates N pulses to enable the erase operations within each of the N I/O subsectors in order to reduce band-to-band tunneling current provided by the drain pump.
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STATIC STORES
title I/O partitioning system and methodology to reduce band-to-band tunneling current during erase
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