72V3653L15PF8

The model number 72V3653L15PF8 is a device in the "Logic - FIFOs Memory" product line. This device consists of a high-performance, dual-port 36K non-volatile static random access memory, along with hybrid static RAM/cell-based logic to provide enhanced memory access time response. This device is designed for applications that require high-speed memory access with logic support, such as telecommunications and data networking, embedded instrumentation, networked systems and industrial control applications.

The main features of the 72V3653L15PF8 include the possibility of an independent port and the cell-based logic support. It uses two independent ports, each with a separate address bus, data bus and control signals, to enable asynchronous transfers on two simultaneous read and write operations. This device also includes embedded logic to support control data routing and synchronization.

The working principle of the 72V3653L15PF8 is based on its dual-port memory architecture. The microprocessor or other data sources are connected through the device’s two ports, one for reads and one for writes. During the data read operation, the device responds to the memory request in the same clock cycle by transferring the required data into the specified port. On the other hand, during the write operation, it stores the new data in memory in the same clock cycle.

The 72V3653L15PF8 is a very efficient and reliable device due to its non-volatile static random access memory architecture, which stores the data even when the power is turned off. The embedded logic elements ensure that the data requests are serviced quickly without any latency. The hybrid SRAM/cell-based logic also ensures that there is minimal power consumption even during periods of high data network utilization.

In conclusion, the 72V3653L15PF8 is a device in the Logic - FIFOs Memory product line. It is designed for applications that require fast memory access with logic support. It is based on its dual-port architecture and includes embedded logic elements to provide enhanced memory access time response without any latency. It has a non-volatile SRAM memory architecture, which ensures that the data is stored even when no power is available.