IS42RM16160E-75BLI-TR

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The IS42RM16160E-75BLI-TR is a type of rewritable, extended-data-out dynamic random access memory (EDO DRAM) storage device. This memory device is designed to be used in applications that require high-speed memory access. It is also used for applications that require low power consumption and low latency.

The IS42RM16160E-75BLI-TR has a direct-access read-write architecture and a fast page-mode operation. This memory device can store up to 16 megabytes of data. It has a high-speed page mode which enables it to access multiple columns of data in each access cycle. It also has a Column Address Strobe (CAS) which makes address transposition faster.

The working principle of the IS42RM16160E-75BLI-TR is based on the EDO DRAM technology. This technology uses a synchronous interface which delivers data faster than asynchronous interfaces. Additionally, the EDO DRAM technology stores data in multiple columns. The data is read and written to the memory device in 8-bit byte chunks. The EDO DRAM technology also allows the user to access different columns of data in every memory access cycle.

The typical applications where the IS42RM16160E-75BLI-TR is used include video applications, graphic cards, hard disks and solid-state drives. As it is a very fast memory access device, it is well suited for applications that require the processing of large amounts of data in a short amount of time. This device can be used in embedded applications as well, where low power consumption and low latency are an important factor. Its low power consumption makes it an ideal choice for portable electronic devices.

In conclusion, the IS42RM16160E-75BLI-TR is a rewritable, extended-data-out dynamic random access memory (EDO DRAM) storage device. Its working principle is based on the EDO DRAM technology which delivers data faster than asynchronous technologies. It is used for many applications that require high-speed memory access, as well as low power consumption and low latency. Its typical uses include video applications, graphic cards, hard disks and solid-state drives, as well as in embedded applications for low power and low latency requirements.

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