S25FL128SDSBHV200

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Memory remains one of the most vital components of a computer system. Without it, a computer would be unable to store data in any lasting form. Memory, in this sense, could be populated by any number of mediums, both volatile and non-volatile. One such product, the S25FL128SDSBHV200, offers a powerful and efficient means of storing data.

The S25FL128SDSBHV200 is a 128 megabit device originally designed as part of the parallel flash memory line. It offers a uniquely versatile memory solution thanks to its wide range of power options and its SPI (Serial Peripheral Interface) and dual-SPI bus interfaces. This product is designed for application in embedded systems, offering reliable data storage for those requiring a long lifespan.

The first element to understand about the S25FL128SDSBHV200 is its power options. This product can support power supplies as low as 1.65V (Volts) and as high as 3.6V, meaning that it is suitable for use in a variety of power environments. This device is designed to use either a SPI or dual-SPI bus. This means that it can communicate with a variety of devices with the appropriate bus, such as microcontrollers or digital signal processors.

The S25FL128SDSBHV200 utilizes a serial NOR architecture with an 8-bits-wide data bus. This architecture allows the data to be read and written at equal speed and convenience. It is also possible to read and write single bytes as well as complete blocks of data. In addition, this product is capable of error correction. This is done by using an exclusive ECC (Error Correction Code) algorithm.

The S25FL128SDSBHV200 is a particularly robust device. It has a guaranteed read/write endurance of up to 100,000 cycles, and a data retention of 20 years. The device itself is also highly resistant to shock and vibration, with a shock rating of 2,000 Gs (G-force) and vibration from 1Hz to 20kHz (1000 Hz) in each axis. As such, the S25FL128SDSBHV200 is suitable for use in a wide variety of environments, especially for embedded and industrial applications, as well as for automotive applications.

The S25FL128SDSBHV200 is also a highly reliable and secure device. To protect data it offers a password lock feature. When enabled, the data can only be read if the correct password is provided. Additionally, the S25FL128SDSBHV200 has a write-protect feature, which prevents any data from being altered or deleted. This device also offers five levels of protection, so data can be safeguarded against accidental or malicious overwrite commands.

In conclusion, the S25FL128SDSBHV200 is a powerful, efficient, and highly secure storage device. With its wide range of power options, robust data retention capabilities and error correction measures, it makes an ideal choice for a wide range of memory applications. Its low power requirements, reliable performance in harsh environments, and user control features ensure that it can be trusted to store data securely and reliably.

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