AT45DB081B-TC

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Memory technology has come a long way since the days of magnetic cores and registers. Today, there are a variety of options in both software and hardware utilization capacities. One such reliable technology is the AT45DB081B-TC. This 8Mbit DataFlash IC represents a balance between cost and performance, making it an excellent choice for many applications.

The AT45DB081B-TC is built on a parameter block Flash memory architecture. This allows a user to easily select the block they wish to control and then enables the user to program, read and erase the selected block. The device\'s buffer space area holds 64 bytes of data, which is then read or programmed using the "page read" or "byte program" commands respectively.

The parameter block design also allows for several different powering options. The device can be powered from either a 3.3V or 5V supply rail which allows for easy integration into systems with a variety of voltages. Other features such as full ID code, write protection, and self-timed write operations further simplify the design process.

In terms of performance, the AT45DB081B-TC boasts uniform read times of 0.6ms allowing for fast data access. The device can also support a clocking frequency of 25 MHz across its 8-bit bus. A write cycle time of 5.25ms is also possible through the use of a self-timed write cycle, which enables high-speed performance while maintaining low-power consumption.

The AT45DB081B-TC has seen widespread usage in a range of different applications. It has become particularly popular in portable equipment, such as PDAs and Cellular phones, due to its flexible control options and low power consumption. Additionally, the device has been used in automotive and telecommunication applications, such as Call Detail Records and Access Control Logs.

In summary, the AT45DB081B-TC is an ideal choice for memory storage applications that require fast access speeds and accurate data storage. Its parameter block architecture is well suited for applications with a variety of powering and control options. In addition to this, the device\'s low power consumption and high performance allow it to be used in a variety of different applications.

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