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S29GL256P11TAIV10 application field and working principle

S29GL256P11TAIV10 is a product of Spansion that belongs to the memory category. The device is made to provide a high density and easy on board programming for embedded systems. It provides 256 Megabits of non-volatile memory. Some of its major applications include automotive, instrumentation and embedded systems. The device are similar to S29GL256P11TAIV10 as they are a type of non-volatile memory.

Features

The major features of the S29GL256P11TAIV10 include:

• 256 Megabits of non-volatile memory.
• Low VCC supply voltage.
• Easy on board programming.
• Resistant to shock and vibration.
• Offers burst and page mode options.
• Holds data for 10 years.

Working Principle

The working principle of S29GL256P11TAIV10 involves electrically programming the non-volatile memory devices, thus enabling the device to retain its programmed data even in power loss scenarios. Due to its non-volatile characteristics, the device also keeps its data stable over a wide range of temperatures. That makes the device useful in applications where temperature fluctuations occur frequently.

The S29GL256P11TAIV10 also uses the error checking and correction (ECC) technique for data accuracy and reliability. The technique automatically checks the data written in the memory cells and compares them with the data stored in the extra memory cells. If a discrepancy is found, a proper correction is automatically performed. This way, the device is able to provide reliable data storage that is required for many critical applications.

Applications

The S29GL256P11TAIV10 is designed for embedded system applications with high density, fast start and low Vcc supply voltage. It is used for automotive, instrumentation and embedded systems, where low power and reliability is a must. Its non-volatile memory allows the device to retain data even during power outages, which can be of great importance in some applications. In addition, the device\'s ability to withstand shock and vibration makes it an ideal choice for mobile and field applications.

The device is also used in consumer electronics and robotics, where it provides permanent storage of system parameters and settings. It is also used in medical systems, where its non-volatile memory offers high reliability and data integrity. Additionally, its ability to support various higher density devices makes it an ideal choice for large-scale projects.

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