72281L10TF

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The 72281L10TF is a type of logic – FIFOs memory device with a small form factor that is typically used for high-performance, low-power applications. The device utilizes a unique architecture that allows for the fast and reliable operation of a FIFO with up to 128K data entries. Its low power consumption and high-speed clock makes it particularly suitable for use in mobile and embedded applications.

The 72281L10TF is a 32-bit synchronous Static RAM based FIFO that can be clocked from 0-133MHz. It operates from a single 3.3V power supply while offering two Chip Selects (CS) pins and up to four Address Lines (A0-A3) to allow the FIFO to be accessed in 8-bit or 16-bit wide configurations. The device also has two Data Valid Outputs (DVO) and two Discharge Inputs (DI) to indicate the status of data stored in the FIFO.

The 72281L10TF utilizes a simple two-port architecture with a write port and a read port. Data is written into the FIFO memory based on the CS signal, either by applying a voltage to the DI input or using the write data line, and is then read from the FIFO using the opposite port. The device\'s high-speed clock and advanced synchronous logic allow for fast multi-page or single-page access of the FIFO, which is useful for applications with large and/or random access requirements.

The 72281L10TF also features access control logic that can be used to limit data access based on the address, chip select, and data valid outputs. This feature allows the FIFO to be used in multi-chip applications and prevents data loss due to incorrect access. Furthermore, the device also has two error outputs that can be used to detect access errors and monitor the progress of the read/write operations.

The 72281L10TF is an ideal choice for applications with high-speed data transfers, including telecommunications, networking, signal processing, and automotive applications. The device\'s low power consumption and small form factor, combined with its advanced access logic and error protection, make it a reliable and highly efficient FIFO memory solution.

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