72825LB15BG8

Flexible First-In-First-Out (FIFO) memory is a key component of many logic systems, allowing for buffer storage and efficient data transfer. The 72825LB15BG8 FIFO modules are designed to provide easy and reliable data storage for a range of applications including digital communication, video and high-speed data processing.

The 72825LB15BG8 FIFO is a dual-port synchronous memory device, allowing for transfers of up to 15 bits of data. It is constructed of two 8K x 15-bit RAMs which are connected to four data ports and a pair of control ports. The 8K memories are divided into two banks, each containing 8K words of 15 bits of data. It has the capability of operating in full-duplex or half-duplex modes. The device also has four Control FIFO flag status Pins that indicate the state of the FIFO.

At the heart of the 72825LB15BG8 FIFO memory is a ‘ready/empty’ (R/E) flag. This flag latches whenever the FIFO is empty and is reset when the FIFO is non-empty. The flag is accessible to both reading and writing ports. This feature ensures the FIFO can be used safely in both synchronous and asynchronous applications.

The 72825LB15BG8 supports multiple read and write ports, allowing for fast simultaneous data transfers in both directions and also supports a maximum of two Data In/Out ports. It is designed for applications that require two or more devices to be linked together, such as video signal processing. The device also supports a variety of write modes, allowing for data transfers from slow-speed sources such as SCSI and A/D converters, with controlled data transfer bandwidth.

The 72825LB15BG8 FIFO memory is a versatile device, ideal for a range of applications. Its dual-port architecture allows for efficient data flow and communication, while its multiple write modes make it suitable for a variety of data sources. It is robust and reliable, with an easy to use interface that allows for easy integration into a range of logic systems.

The 72825LB15BG8 is an ideal FIFO memory choice for applications that require efficient communication and data transfer, such as video signal processing, high-speed data processing, and digital communication. Its versatile design and easy to use interface make it suitable for a wide range of applications. Additionally, its low cost makes it an economical choice.