IS62WV12816EBLL-45BLI

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The IS62WV12816EBLL-45BLI is a type of memory chip used to store digital information. It is often used in applications such as embedded systems, automotive systems, and various other electronics. It is an 8-bit low-power static random access memory (SRAM) system with an access time of 45 ns. It has a storage capacity of 128K× 16 bits, making it ideal for the storage of data in embedded system applications where space is limited.

The IS62WV12816EBLL-45BLI works by storing data in a set of memory cells, each of which holds a single bit of information. When a memory cell is accessed, the stored bit is read from the cell and presented to the system. The process of reading or writing data is known as addressing, and the memory cell used to hold this data is known as an address line. The memory chip also contains a series of control logic which checks the integrity of the data being read and written, as well as a selection logic which determines when and where data can be stored.

The technology used in the IS62WV12816EBLL-45BLI makes it an ideal solution for embedded system applications. Its low-power consumption not only reduces power consumption and cost, but also helps ensure reliability in applications with stringent power requirements. In addition, the use of a single supply voltage and a single chip architecture eliminates the need for multipler chips and results in shorter lead times during production. Furthermore, its non-volatile nature ensures data integrity in case of power loss or system failure.

The IS62WV12816EBLL-45BLI is a versatile and reliable memory solution for a variety of applications. Its fast access times, low power consumption, single-chip architecture, and non-volatile nature make it a preferred solution for embedded systems, automotive electronics, and other applications where space and power are critical factors.

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