Abstract
Abstract: FeRAM, or Ferroelectric Random Access Memory, is a memory technology that combines the benefits of flash memory and RAM. It uses a ferroelectric substance that remains polarized even when electricity is switched off, allowingit to store data without constant power. The goal of FeRAM study is to comprehend its fundamental concepts, identify its distinctive features, and investigate its possible uses in ferroelectric material analysis, polarization dynamics, and system integration, among other areas of electrical equipment. FeRAM's potential is constrained by density and production costs, which has led to research into developing more advancedmanufacturing techniques and materials to increase storagecapacity and affordability. With potential applications in energy-efficient storage and Internet of Things devices, ferroelectric RAM, or FeRAM, is becoming more and more popular as a means of bridging the gap between non-volatile memory and traditional RAM
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