72T36115L4-4BB

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Logic - FIFOs Memory > 72T36115L4-4BB application field and working principle

The 72T36115L4-4BB logic memory device is a First-In-First-Out (FIFO) Memory device with an integrated four-word x 36bit wide FIFO (FIFO) and an integrated four-word x 83bits wide FIFO. It enables simultaneous read and write operations from and to the FIFO data memory locations, which is a key feature of the FIFO design. This device is often used to support data transactions and store data for high speed systems and for logic data exchanges between multiple components.

Functional Overview of the 72T36115L4-4BB Chip

The 72T36115L4-4BB device is a logic FIFO memory device, with an embedded four-word x 36 bits wide FIFO and an integrated four-word x 83bits wide FIFO. It enables simultaneous read and write operations from and to the FIFO data memory locations. The FIFO design allows users to access data reliably in a simultaneous and asynchronous exchange with speed and convenience.

The device is designed for applications such as data exchange between multiple logic components; it has on-board controls for managing read/write, FIFO fill/empty conditions and supports multiple data management and transaction processing techniques, including DMA and polling. The FIFO data memory provides burst read/write accesses, plus the ability to access individual data words and store the data in user-defined data formats.

The device has two user-defined control registers – the Read control register and the Write control register – which control the operation of the FIFO memory. The Read/Write register acts as the main control register for accessing the FIFO data memory and it is also used to store its current state. The read control register is responsible for determining the write order of the data elements while the write control register handles the read order of the data elements.

72T36115L4-4BB Memory Features

The 72T36115L4-4BB FIFO memory device has a number of features designed to enable fast and reliable data transfers with minimal latency. Its read/write control register enables users to configure multiple read/write access modes. This allows the device to ensure that data is available for reading in a synchronized way, or enabling access to the data memory in parallel with data writing or read operations.

The device also supports direct memory access mode in which the user can access the FIFO data memory in bursts. This feature can considerably reduce the latency incurred with data transactions and improves the throughput of operations to and from the FIFO memory. Furthermore, the device also supports various data formats, allowing users to store data as blocks, as individual words, or as strings.

The 72T36115L4-4BB device also features a data integrity mechanism which ensures data is written and retrieved without corruption. It has built-in data error handling and checking mechanisms and an error reporting feature to notify users of any data integrity violation. This allows users to quickly recognize and address any issues that may occur during data transfer.

Finally, the device features an internal clock which allows users to synchronize the read/write operations and control the frequency of data flows. This is important for applications that require a consistent data stream and fast response times.

Conclusion

The 72T36115L4-4BB logic memory device is a First-In-First-Out (FIFO) Memory device with an integrated four-word X 36bits wide FIFO, and an integrated four-word X 83bits wide FIFO. Its read/write control register enables users to configure multiple read/write access modes and supports direct memory access mode to reduce latency and improve throughput of data transfers. It also features data integrity control and error reporting features, and an internal clock which allows users to synchronize data transmissions. Therefore, the 72T36115L4-4BB logic memory device is a reliable solution for data transactions and logic data exchanges between multiple components.

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