MT42L64M32D1TK-18 AAT:C TR

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MT42L64M32D1TK-18 AAT:C TR: Memory Application and Working Principle

The MT42L64M32D1TK-18 AAT:C TR is a type of memory that is used in a wide variety of applications. It is a 64-Mbit (8-Mbyte) Dynamic Random Access Memory (DRAM). Its main features include a high-speed (clock frequency of up to 1867MHz) and optimal storage density with small size. This memory type has many characteristics that make it desirable for various applications, such as in gaming consoles, low-power video systems, digital video and audio devices, PDAs, mobile phones, and embedded systems. For example, its high speed allows for fast data processing and retrieval, and its low power usage makes it ideal for battery-operated devices. Additionally, this memory type has a Refresh Override Command, which allows the memory to go into standby mode to reduce power consumption even further. The DRAM chip also has burst mode capability, which allows it to access data in longer continuous bursts at higher speeds than other memory types.

The working principle of the MT42L64M32D1TK-18 AAT:C TR involves the use of capacitors and transistors arranged in a matrix. The capacitors hold the stored data, while the transistors act as switches and can be turned on or off to signal the presence of data in a particular memory cell. The memory chip is specified by the frequency at which it can be clocked and is measured in megahertz (MHz). In order to write data to the memory cell, it must first be precharged to a voltage level and then actively discharged. To read the data, the charge level of the cell is measured and determines whether a bit is 0 or 1. Memory refresh occurs periodically to restore the charge levels of the DRAM cells. This memory type also contains an Error Checking and Correcting Code (ECC), which is used to detect and correct any errors that may occur during data read or write operations.

In conclusion, the MT42L64M32D1TK-18 AAT:C TR is a 64-Mbit DRAM chip with a clock speed of up to 1867MHz and a variety of features that make it suitable for many applications. It works by using a matrix of capacitors and transistors that are used to store data and signal its presence. It also has active precharge, discharge, and refresh operations, as well as ECC capability. This memory type is ideal for low-power video systems, digital video and audio devices, PDAs, gaming consoles, and embedded systems.

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