72V805L15PF

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

FIFOs (First In First Out) Memories are used in computer applications to store data, with the first data entered being the first data out. The 72V805L15PF is a FIFO memory device which is used for data transmission between an asynchronous peripheral device and a Synchronous Data Link Controller (SDLC) in communication networks. The 72V805L15PF is manufactured and designed by Hitachi Semiconductor running on 3.3V, with 15-bit words and 192-byte memory capacity, and has a fast data transfer rate of up to 6 Mbits/s.

72V805L15PF\'s primary application field is communication networks, where it is used to meet the various requirements of the Third Generation Services Network (3G-SN). 3G-SNs are used in communication networks to facilitate the delivery of multi-media content and services to mobile phones. In this type of network, 72V805L15PF provides the remote stations with high speed data transfer free from any data jitter, by acting as intermediate buffer between the asynchronous remote station and the synchronous controller.

The 72V805L15PF is designed so that data can be entered through an input port, and retrieved from an output port. This type of memory consists of two primary units: the data buffer and the control unit. The data buffer stores the data until it is read by the control unit. The data buffer also performs dynamic first-in-first-out data storage, and controls operations such as reading and writing. The control unit is responsible for controlling the operations of the data buffer and managing the flow of data within the memory. The control unit contains internal registers which store the status and configuration of the memory.

The 72V805L15PF works in a serial access mode, in which data is read from or written to a single port. The memory controller within the device allows for data to be written or read from the device by varying the timing and duration of the chip select signal, as well as the clock signal and write/read control signals. When data is written, the write pointer moves forward, pointing to the first available empty space in the buffer. When data is read, the read pointer moves forward, pointing to the next available data.

The 72V805L15PF has various operating modes, including byte-wide write, byte-wide read and random access. It also has an internal write pointer and an internal read pointer, both of which point to the same word of data. In addition, the device also has a control flags which can be used to control the data flow and various operations. The device also has a flag output which is used to indicate when a data write or read operation has been successful.

The 72V805L15PF is designed for operation with a maximum clock frequency of 6 MHz and can transfer data at a rate of up to 6 Mbits/s. It also has an integrated write-protection feature for protecting data in the device. It has low power consumption, and features a FIFO empty, FIFO full and ECC error flags.

In summary, the 72V805L15PF is a FIFO memory which is designed for use in communication networks. It is designed to enable data to be transferred asynchronously between an asynchronous peripheral device and a Synchronous Data Link Controller (SDLC). The device provides a fast transfer rate of up to 6 Mbits/s and contains several operating modes, including byte-wide write, byte-wide read and random access. It also has a write-protection feature and low power consumption. It is a useful device for applications needing a fast, dependable memory for high-speed data transfer.

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