CY7C1049CV33-10VXAT

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CY7C1049CV33-10VXAT is a new kind of memory, which is commonly used in the application fields that require a fast reaction rate or a high data processing capacity such as gaming consoles, automotive navigation systems, and GPS products. The CY7C1049CV33-10VXAT memory performs the essential task of storing and accessing rapidly changing data, which needs to be transmitted quickly to ensure the product performance.

CY7C1049CV33-10VXAT is a high-speed non-volatile static RAM, featuring low current consumption, high-speed performance, and reliable data security. It offers a fast access time of 10 ns, a high-speed random access memory of 33 MHz, and a data bus width of 16 bits.

The working principle of CY7C1049CV33-10VXAT is based on the use of the different specialized cells to store individual bits of data. Each cell contains two transistors and two current sources, which act as memory elements. When power is applied, the transistors are held in a mode such that their current sources draw current evenly from each side of the cell, resulting in no charge difference across the cell. When the input of the cell is switched to a low voltage, the left current source will draw more current from the left side, creating a charge difference. This creates a high or low state, effectively storing a bit of digital information. To read the stored bit, the charge difference is read and converted into a digital value.

The memory fast access time, wide data bus width, and high-speed random access memory make it perfect for use in applications that require fast reaction speed or a large amount of data processing. It is extremely reliable, offering a high level of data security, and an ideal choice for products such as gaming consoles, automotive navigation systems, and GPS products.

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