S25FL064LABBHI033

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The S25FL064LABBHI033 is a type of memory device, specifically designed to manage non-volatile application data. It is a multi-chip package consisting of two chips: an external S25FL064L Flash Memory, and an internal S25BL032E Serial EEPROM in package. It provides users with a single source for memory solution. The S25FL064LABBHI033 is an ideal solution for automotive, IOT, industrial applications and more.

Application Field

The S25FL064LABBHI033 is used in a wide range of applications. It can provide non-volatile memory for many industrial and automotive applications. In addition to storing large amounts of data, the device is also used for storing control code in aerospace applications and it has been used in some autonomous vehicles too. It is also used in IOT sensing/monitoring equipment applications, while other uses include cobal systems, medical and telecommunication applications, and more.

Working Principle

The S25FL064LABBHI033 is designed with a high-density feature, making it especially suitable for data storage applications. It works by using one chip package to store both non-volatile S25FL064L Flash memory and an internal S25BL032E Serial EEPROM. By combining both memory components into one package, the S25FL064LABBHI033 provides high-density, non-volatile memory with a reliable and high speed interface for various applications.

The S25FL064L Flash memory employs a multi-level cell (MLC) design that offers up to 3x density compared to traditional single-level cell (SLC) designs. This allows the S25FL064LABBHI033 to store up to 256Mb data in a single chip. It is also an optimized solution for industrial systems, offering a low power consumption and a wide power supply voltage range (2.7V-3.6V).

The Serial EEPROM on the other hand, is a non-volatile memory designed to store data and code. It has a wide operating voltage range (2.3V – 5.5V), and is optimized for embedded applications. The EEPROM allows users to store common data used in industrial and automotive systems. It offers different memory sizes, up to 32 KBytes, and is capable of storing up to 64K bytes.

In addition to the features already mentioned, the S25FL064LABBHI033 also features a low operating temperature range (-40℃ to +85℃). This makes it highly suitable for use in automotive and industrial applications. The device also comes with a 4kB-sector erase, which can rewrite entire blocks of data in parallel for improved performance.

Conclusion

Overall, the S25FL064LABBHI033 is an ideal choice for industrial and automotive applications, providing reliable, high speed non-volatile memory storage. It provides users with a single source for memory solution, and offers a low-power, high-density feature. In addition to that, it comes with a wide temperature range and 4kB-sector erase, making it suitable for a variety of applications.

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