72V2113L7-5PFGI8

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FIFO stands for "first in first out". The 72V2113L7-5PFGI8 is a type of integrated circuit that forms the basis of many FIFO memory applications. The 72V2113L7-5PFGI8 is a high-speed synchronous FIFO (first-in first-out) device designed for synchronous dynamic random access memory (SDRAM) applications. It is a single FIFO with two independent write clocks, two independent read clocks, two independent control inputs, and two independent chip selects.

The 72V2113L7-5PFGI8 FIFO\'s main application field is memory buffering and flow control. It is ideal for buffering large data streams and managing system flow control between circuits and/or systems operating at different speeds. The 72V2113L7-5PFGI8 also provides increased system efficiency and eliminates the need for expensive double-buffering FIFOs.

The 72V2113L7-5PFGI8 FIFO\'s working principle derives from its basic design. It features two independent write clocks, two independent read clocks, two independent control inputs, two independent chip selects, and two banks of 2K x 32-bit FIFO memory. Writing data is controlled by the two write clocks, while reading data is controlled by the two read clocks. The two control inputs and two chip selects are used to control FIFO read and write modes. The two banks of 2K x 32-bit FIFO memory form a 4K x 32-bit FIFO, allowing for double buffering.

When writing data to the 72V2113L7-5PFGI8 FIFO, the clocks are used to manage the write data bursts. When the write data on the write clock is a logic 1, the write pointer is incremented and the write data is stored in one of the two banks of FIFO memory. When the write data on the write clock is a logic 0, the read data is being clocked out of the FIFO memory. When the final write data bur-st is complete, the write clock returns to a logic 1 and the write data is stored in the FIFO memory.

When reading data from the 72V2113L7-5PFGI8 FIFO, the clocks are used to control the read data bursts. The two chip selects and two control inputs are used for chip selection and to control the FIFO read mode. When the two chip selects are both HIGH, the FIFO read mode is controlled by the two control inputs. When the two control inputs are both in the HIGH state, the FIFO will begin to read data. When the first control input is LOW, the FIFO will stop reading data and when the second control input is LOW, the FIFO will reset.

The 72V2113L7-5PFGI8 is also ideal for applications in variousother fields. It can be used in a variety of applications, including field-programmable gate arrays, multimedia processors, digital-signal processors and other applications that require rapid throughput and high efficiency data transfer. With its high-speed synchronous FIFO memory technology, it can provide reliable, low-latency data management for these applications.

The 72V2113L7-5PFGI8 FIFO is an advanced logic device designed for high-speed synchronous FIFO memory applications. It combines two banks of 2K x 32-bit FIFO memory, two independent write clocks, two independent read clocks, two independent control inputs, and two independent chip selects for a total of 4K x 32-bit FIFO memory. With its high-speed synchronous FIFO memory technology, it can provide reliable, low-latency data management for many applications and fields, such as field-programmable gate arrays, multimedia processors, digital-signal processors and more.

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