7202LA15JGI8

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 7202LA15JGI8 is a memory device that is classified in the Logic - FIFOs Memory category. It is a 16k-bit static random access memory (SRAM) that is used to store and buffer data in order to increase system speed. The device offers an asynchronous interface, with address and write enable inputs. The output of this device is a 15-bit wide unidirectional data bus.

The 7202LA15JGI8 has significant application in the computing industry, particularly in the storage of the intermediate data in the streaming media. It is also extensively used in high-density memory systems such as servers, network routers, and workstations, where speed and memory are of the utmost importance. Additionally, this device is often seen in medical, industrial and automotive applications.

The 7202LA15JGI8 device is based on a static random access memory (SRAM) core. In this context, static means that the data stored in the memory remains intact even after power is removed. Additionally, random access memory (RAM) indicates that there is no set order in which the data is stored, and that any address can be accessed quickly. This is unlike a sequential access memory, in which data can only be accessed in a predetermined order.

The 7202LA15JGI8 SRAM cores hold the data until it is transferred to its destined memory location at a later time. The data is transferred using a 15-bit wide bus for efficient throughput. The bus is connected to the address and write enable inputs, which are used to select the memory location for a data write. The7202LA15JGI8 is an asynchronous device, which means the outputs respond immediately when the inputs change. This allows the device to quickly transfer data between the memory core and the external memory without needing access to a clock signal.

The 7202LA15JGI8 is a high-speed device that works to ensure that data is available as quickly as possible. In order to accomplish this, the device employs burst mode and interrupt mode controls. In burst mode, multiple data blocks can be stored in the SRAM and then burst out one after the other in a short period of time. This is beneficial in systems that transmit a large amount of data in one go. The interrupt mode on the other hand, is used when writing data to the SRAM. Once the write is completed, the device sends an interrupt signal to the system, so that the data can then be processed.

The 7202LA15JGI8 is an essential part of many high-performance memory systems, and plays an important role in storing and buffering data for faster access. The device is characterized by its asynchronous interface, 15-bit wide unidirectional data bus, and its burst and interrupt modes. These features make it suitable for the storage of intermediate data in streaming media applications, as well as for memory systems that require a high performance. The 7202LA15JGI8 is an important part of a successful memory system, and its quality shall ensure the success of its respective application.

The specific data is subject to PDF, and the above content is for reference