AS7C34096A-15TCNTR

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The AS7C34096A-15TCNTR belongs to a category of memory devices known as static random access memory (SRAM). It is a non-volatile memory device, which means that the data stored in the device will not be lost when power is removed. It is used in a variety of applications, from embedded systems in consumer electronics to high-speed telecommunications networks.

The AS7C34096A-15TCNTR is a high-speed, high-density device designed for applications requiring fast data transfer rates. It has a 0.13 micron process, 15ns cycle time, and low power consumption. The device has a 512K bit capacity in a small package, making it ideal for applications where space is at a premium. It supports multiple access types including fast page, random access, and burst operations.

The AS7C34096A-15TCNTR utilizes a single-transistor memory cell to store data bits. The cell consists of a transistor with two control gates and two bit lines. The source is connected to ground, while the drain is connected to the data line. The two gates are connected to the two bit lines, and the state of the cell is determined by the voltage level on the bit lines. In order for a read/write operation to take place, the bit lines must be configured to the correct voltage levels, and the address of the data must be specified.

The AS7C34096A-15TCNTR is used in a variety of applications, including embedded systems, network routers, switches, and other high-speed data transfer systems. It has a variety of features that make it well-suited for these applications, including fast read/write access times, an asynchronous interface, low power consumption, and a variety of modes of operation. It is also designed to be compatible with multiple bus protocols, making it an ideal choice for embedded system designs.

The AS7C34096A-15TCNTR is a reliable, high-performing device that is well-suited for a variety of applications. Its features make it a popular choice for designers of embedded systems and high-speed data transfer systems. Its fast data transfer rates, low power requirements, and small package size make it an ideal choice for space-constrained applications.

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