Slope only sense amplifier with 4.5ns sense delay for 8Mbit memory sector, employing in situ current monitoring with 66 improvement in 40nm embedded flash for automotive
Autor(en):
Jefremow, M.; Schmitt-Landsiedel, D.; Kern, T.; Stiftinger, M.; Roll, C.
Stichworte:
amplifiers; automotive electronics; delay circuits; embedded systems; flash memories; integrated circuit design; low-power electronics; ISCM; S-SA circuit; embedded flash technology; in situ current monitoring; memory sector; power reduction; read access time operation; sense delay time; sensing circuits; size 40 nm; slope only sense amplifier; time 4.5 ns; write speed improvement; Automotive engineering; Capacitance; Computer architecture; Current measurement; Delays; Microprocessors; Monitoring; embedded Flash; non-volatile memory; program throughput; sense amplifier
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amplifiers; automotive electronics; delay circuits; embedded systems; flash memories; integrated circuit design; low-power electronics; ISCM; S-SA circuit; embedded flash technology; in situ current monitoring; memory sector; power reduction; read access time operation; sense delay time; sensing circuits; size 40 nm; slope only sense amplifier; time 4.5 ns; write speed improvement; Automotive engineering; Capacitance; Computer architecture; Current measurement; Delays; Microprocessors; Monitorin...
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Kongress- / Buchtitel:
European Solid-State Circuits Conference (ESSCIRC), ESSCIRC 2015 - 41st