_ electronic memory part (C_Mouse) CMOS 

(NV_RAM memory) in the internal building Electronic memory (C_Mouse) CMOSTemporary memory to The last bit of voltage 

Researcher and author: Dr. Afshin Rashid


Note: in the internal building Electronic memory (C_Mouse) CMOS IC Non-volatile random access memory refers to memory that can hold data even when the memory chips are powered off.

iC IC Electronic memory (C_Mouse) CMOS A subset of the larger category of memories Non-volatile NV_RAM , which includes NAND flash-based storage class memories. Flash memory chips are slower to read and write than RAM chips, so they are less suitable for active computing memory.Electronic circuit manufacturers mainly use NVRAM for storage. Information about cache status is used for faster startup times. This allows information about the components and devices in the computer to be saved from one user to another while the system is powered off. The standard memory of an intelligent electronic circuit uses dynamic random access memory which requires constant power to retain data.




Generally in the interior building Electronic memory (C_Mouse) CMOS Two types of NVRAM There are two types of temporary memory used to store the state of an intelligent electronic system: static random access memory (SRAM) and programmable read-only memory. With the ability to erase electrically (EEPROM ).





unlike electronic memory (C_Mouse) CMOS SRAM IC memory is faster than DRAM And reading is much faster than that. This allows data to be read at the byte level, whereas DRAM requires page-level reading, consisting of several bytes at a time. However, SRAM cannot hold data without an electrical charge, so it becomes non-volatile by using a battery to keep the trickle charge constant. SRAM ICs are much more expensive to manufacture than DRAM, so for small data storage applications such as computer boot data storage -- BIOS data on Windows PCs and parameter data PRAM is more suitable in the memory of electronic circuits.

  • Researcher and author: Dr. Afshin Rashid

  • Specialized doctorate in nano-microelectronics