MT48LC2M32B2P-6A AIT:J

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The MT48LC2M32B2P-6A AIT, often referred to as a "memory," is a 2 megabit, Quad-Z synchronous burst SDRAM. It is manufactured by Micron and designed for high-performance computing, memory-intensive graphic applications, and embedded systems.

The MT48LC2M32B2P-6A AIT is composed of four 1-Mbit blocks of synchronous dynamic RAM (SDRAM), each with its own independent, 32-bit data bus. The chip is synchronized to a standby frequency of 50 Mhz and includes a burst rate of up to 5.25 Mhz. The chip uses an 8 way multiplexed address bus, supporting access to an array of data points at once. This allows for faster data transfers and improved overall system performance.

The chip is normally housed on a 72-pin single inline memory module (SIMM) for easy installation in a computer. It is designed to work with Pentium and 486 processors as well as other industry-standard CPUs. The chip also supports programmable read latency, allowing users to adjust the chip\'s behavior according to the particular computing task at hand.

The basic principles of operation of the MT48LC2M32B2P-6A AIT involve the alternating between two basic modes, the active mode and the idle mode. In the active mode, an external clock provides the necessary synchronization for all four memory banks. Data is transferred over the 8 way multiplexed address bus, either reading or writing from/to the memory banks. During this active mode, the chip can sustain a burst rate of up to 5.25 Mhz. The other mode is the idle mode, in which all four memory banks are being reset and the clock is idle until the next transaction.

The MT48LC2M32B2P-6A AIT is the perfect choice for high-performance computing, memory-intensive graphics applications, and embedded systems. Its multiplexed address and data buses allow for quick data transfers and improved overall performance. Its ability to sustain a burst rate of up to 5.25 Mhz makes it an ideal choice for memory intensive tasks. Its programmable read latency also allows users to adjust the chip\'s behavior to the particular application or task at hand.

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