11AA160-I/P

Series:	--
Packaging:	Tube
Part Status:	Active
Memory Type:	Non-Volatile
Memory Format:	EEPROM
Technology:	EEPROM
Memory Size:	16Kb (2K x 8)
Clock Frequency:	100kHz
Write Cycle Time - Word, Page:	5ms
Memory Interface:	Single Wire
Voltage - Supply:	1.8 V ~ 5.5 V
Operating Temperature:	-40°C ~ 85°C (TA)
Mounting Type:	Through Hole
Package / Case:	8-DIP (0.300", 7.62mm)
Supplier Device Package:	8-PDIP
Base Part Number:	11AA160

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Introduction

The 11AA160-I/P is a new generation of memory products designed by Cypress, which is able to enable users to control the memory and data organization with bigger blocks and higher data rates. It keeps up with the rapid advancement of the digital electronics, providing the usual benefits of larger capacity, improved reliability and lower cost. This memory technology is used in various applications ranging from consumer to industrial products, allowing those applications to embed immense volume of data and to manage it with superior precision. This article will provide more details on the applications and working principles of the 11AA160-I/P.

Applications

The 11AA160-I/P memory products are widely used in technological applications like the following. Firstly, it is used in medical applications, to store personal health records and facilitate medical research. The storage is reliable and data can easily be retrieved. Moreover, it is acknowledged as a highly precise and secure memory system that make it suitable for the medical industry. Secondly, automotive applications also benefit from the 11AA160-I/P memory. This memory is designed to provide superior performance, helping to develop advanced functionalities in automotive systems. Furthermore, it is also popular in engine controller applications and can be used to store vital information such as engine diagnostic data and fuel consumption rate. Thirdly, the 11AA160-I/P memory technology is also used in consumer electronics. It is perfect for video player applications that require huge memory capacity. The memory can also be used in digital audio players, where large amounts of high fidelity music can be stored in an organized way.Lastly, it is well suited for industrial product applications. The benefit of this memory technology is that it can be used to develop memory modules with multiple storage directory capabilities. This helps to facilitate process automation, as data can be stored accurately and retrieved quickly without any hassle.

Working Principle

The 11AA160-I/P memory system works in such a way to facilitate data management. The process starts by dividing the memory into erasable blocks, which are the structures of memory where data can be written and read from. This division of blocks serves to add an organizational layer to the memory, which helps to store data accurately and quickly retrieve them when necessary. Then each block is further divided into sectors, which serves as the basic unit for data organization. As these sectors have different sizes, data can be organized depending on the size and content of the data. This makes for a more organized memory system. This memory system also adds a pre-algorithm-decode layer to the storage process. This is done to help increase the speed of data retrieval while ensuring its reliability. During the decode process, records are checked against other available records to ensure its accuracy and are tagged with normal read and write indicators. In addition, the 11AA160-I/P use built-in CRC (Cyclic Redundancy Check) modules to synchronize data read and write operations. This helps to ensure data accuracy, minimize power consumption and reduce the risk of data corruption. Another benefit is that the system can detect when data is lost due to over-erasure or corruption.

Conclusion

The 11AA160-I/P is a reliable and secure memory system that can enable users to store and manage data with ease. This memory technology is used in various applications such as medical, automotive, consumer electronics and industrial product applications. The working principle behind this memory system is the division of erasable blocks, sectoring and pre-algorithm-decode layer, ensuring accuracy, speed and data integrity.

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