72V801L10PF

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The 72V801L10PF FIFO memory belongs to the logic family and is a new innovation for its kind of application. The FIFO memory has a unique functionality that offers a type of memory with both forward-thinking and backward-thinking features, which is often used for data buffering and data communication between devices.

The 72V801L10PF works based on the principle of First-in-First-out (FIFO). The FIFO memory stores data linearly, with the oldest data stored first (the head) and the newest data stored at the bottom (the tail). The FIFO memory can be full or empty depending on the “Full” and “Empty” flags, as well as the “Number of Entries” of the FIFO memory. When an overflow or underflow occurs, the 72V801L10PF will generate an interrupt signal.

The 72V801L10PF is applicable to a wide range of applications. In communication networks and industrial systems, for instance, the FIFO memory is used as a buffer for data transmission. In data storage, the FIFO memory is used to manage large amounts of data. In multimedia applications, the FIFO memory is used to store and play audio and video data.

The 72V801L10PF is designed with a low-voltage advanced CMOS technology to occupy a very small area while still maintaining a high speed of operation. This FIFO has a power supply range of 2.7V - 5.5V, a voltage supply of 3.3V nominal, and an operating frequency of 0 - 50MHz, as well as an access time of 6MHz. It also has a maximum current draw of 85mA and a retention time of 1 second.

In conclusion, the 72V801L10PF FIFO memory is a powerful and efficient memory system that is commonly used for various applications in communication networks, industrial systems, data storage, and multimedia applications. It offers a unique functionality that allows it to store data both forward and backward, as well as an “Empty/Full” status to prevent data overflow and underflow. Moreover, with its excellent design, the 72V801L10PF is able to operate at a high speed while still occupying a small area with minimal power consumption.

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