72V3611L15PFG8

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The 72V3611L15PFG8 is a member of the Logic - FIFOs Memory series from National Semiconductor. The device is an integrated static memory logic family that provides 32Kx16bit organization, two programmable modes of memory and configurable I/O port. The device provides asynchronous and synchronous data transfer and both direct and indirect addressing.

The 72V3611L15PFG8 belongs to a family of products which is based on a 8-bit memory cell and a number of device configurations. This device has a total of 4Kx16bit organization and can be used in both synchronous and asynchronous applications. The device has two programmable mode of memory that can be configured to the application. In asynchronous mode, the device supports both direct and indirect addressing while in synchronous mode, the device only supports direct addressing. Other features included with the device are: three clock cycles during read/write, voltage range from 2.5-3.6V, wide operating temperature range of -40°C to +85°C, and low power operation.

The 72V3611L15PFG8 is mainly used in in aerospace, automotive, consumer and industrial applications. Primarily, the device is intended for use in low-power applications such as smart cards, PDA, portable computers and various advanced communications system. By providing direct but separate control to each bit line, the device can perform a variety of logic functions such as: bit-wise operations, logic comparisons, program flow control and address calculation. Due to the wide range of applications, the device can be used for many different applications with low-power requirements.

The 72V3611L15PFG8 operates in a simple fashion. The device is made up of a number of cells, each cell being eight bits wide and organized in an array. The cells are accessed using single-address/data bus. By using a single data bus, the memory array can access up to two address/data wide multiplexed data within the same single-bit cycle. The device can accept various types of data and both synchronous and asynchronous data transfers. For synchronous data transfer the device is developed to operate at very low voltage levels, while for asynchronous data transfer, the device is designed to work with asynchronous memory cycles.

The 72V3611L15PFG8 also provides multiple operating modes. When the device is operating in asynchronous mode, the data pins are used to indicate the beginning and end of data transfers. This allows the device to synchronize data between the memory array and the external device. In synchronous mode the device provides trigger mechanisms for data transfers. The device can operate in either write-only or read-only mode. The device is configured by one or more specific control lines which can be used to write data into the memory and read data from the memory.

The 72V3611L15PFG8 can be used in many different types of applications and it is a reliable and cost effective solution for many low-power applications. The device is designed to work best in applications that require data to be processed and compared with a given data set in order to produce a valid result. Its ability to support both synchronous and asynchronous operations makes it suitable for use in a variety of applications.

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