S25FL064P0XMFI001M

The S25FL064P0XMFI001M is a nonvolatile memory chip with a vast range of applications. It is a Flash Memory that uses the Floating Gate technology for data storage, which helps to improve its endurance and data retention. It is specifically designed for use in memory cards, hard disk drives, USB memory sticks, and other mass storage devices.

The S25FL064P0XMFI001M is compatible with a wide range of industry standards, and it is compliant with the SPI Serial Peripheral Interface interface protocol. It is equipped with an industry-standard four-wire bus system, which includes the three control signals CS, CLK and CRL, plus a bi-directional data signal. It supports block erase and write functions with a maximum write throughput of 512Kbytes/sec.

The device is capable of storing up to 65,536Kbits of data, or 64Mbits. It has an extended operating temperature range of -55°C to +125°C, which makes it suitable for industrial applications that require a higher temperature range than normal. It also has a power-saving mode, called "Deep Power Down", which enables it to reduce its power consumption by up to 95%.

The working principle of the S25FL064P0XMFI001M is relatively simple. It uses a floating gate structure to store data on a chip. This gate contains electrons that are insulated from the substrate, resulting in nearly zero leakage that makes it able to maintain the data for prolonged time periods. To store and retrieve data, the system applies a voltage to the Source, Drain and Floating Gates of the chip. Depending on the amount of voltage, it can either allow or block the current flow, thus controlling the on and off states of the device.

The S25FL064P0XMFI001M is an ideal solution for mass storage applications. It is small in size, low cost and reliable. Thanks to its wide operating temperature range, it is especially suitable for industrial applications, as well as consumer devices. With its large data storage capacity and high write throughput, it offers a fast and reliable way to store and manage data in any environment.