ferroelectric random-access memory
electronic device using the ferroelectric effect to produce low density random access memory
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ferroelectric random-access memory
Summary
ferroelectric random-access memory draws 141 Wikipedia views per month (practices category, ranking #111 of 764).[1]
Key Facts
- ferroelectric random-access memory's image is recorded as Medical Econet PalmCare - CPU module - Ramtron FM18L08-70-SG-5631.jpg[2].
- ferroelectric random-access memory's GND ID is recorded as 4830042-1[3].
- ferroelectric random-access memory's Library of Congress authority ID is recorded as sh85047879[4].
- ferroelectric random-access memory's subclass of is recorded as non-volatile random-access memory[5].
- ferroelectric random-access memory's Commons category is recorded as FeRAM[6].
- ferroelectric random-access memory's Freebase ID is recorded as /m/06khb8[7].
- ferroelectric random-access memory's Encyclopædia Britannica Online ID is recorded as topic/ferroelectric-random-access-memory[8].
- ferroelectric random-access memory's Microsoft Academic ID is recorded as 161164327[9].
- ferroelectric random-access memory's National Library of Israel J9U ID is recorded as 987007529122905171[10].
- ferroelectric random-access memory's OpenAlex ID is recorded as C161164327[11].
- ferroelectric random-access memory's Encyclopedia of China is recorded as 124159[12].
- ferroelectric random-access memory's FOLDOC ID is recorded as Ferroelectric+Random+Access+Memory[13].
- ferroelectric random-access memory's Yale LUX ID is recorded as concept/7fe88776-3d0a-41d3-ad93-83cfcdb44842[14].
Why It Matters
ferroelectric random-access memory draws 141 Wikipedia views per month (practices category, ranking #111 of 764).[1] It has Wikipedia articles in 16 language editions, a strong signal of global cultural recognition.[15] It is known by 31 alternative names across languages and contexts.[16]