The most straightforward approach to increasing data storage on a single-layer DRAM chip is to reduce the cell size. However, the vertical capacitor in traditional DRAM designs creates very thick ...

This time, the subject is the MK4116 — a 16 Kbit DRAM chip. Even without a calculator ... that limit because it is nothing more than a capacitor and a single transistor. This increases memory ...

DRAM cells in this 2T0C (2 transistor 0 capacitor) configuration show a retention time longer than 400s for different cell dimensions – significantly reducing the memory's refresh rate and power ...

Dynamic Random Access Memory (DRAM): A type of memory that stores each bit of data in a separate capacitor within an integrated circuit, requiring periodic refreshing to maintain data integrity.

The new 40 nm technologies also leverage innovative high-dielectric (high-k) materials— such as hafnium gate dielectrics, nickel-silicide gate electrodes, and zirconium-oxide DRAM capacitors—that have ...

The primary one is dynamic random access memory (DRAM), where information is stored as charge held in arrays of tiny dielectric capacitors, each of which represents a single bit. The speed with ...

The main attribute of the gain cell is its integration of separate read and write transistors for storing data, removing the ...

Toshiba engineers have devised a comprehensive circuit integration process that begins with deep-trench DRAM capacitor definition and then adds proce ss steps designed to include virtually any type of ...