MX25R1635FZNIH0

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The MX25R1635FZNIH0 is a non-volatile memory that is used in a variety of applications, including automotive, industrial, consumer, and computing applications. This type of memory is designed to retain data even when the power source is removed and also offers fast data read and write performance. In addition, it provides higher density and lower power consumption than other non-volatile memory solutions.

The MX25R1635FZNIH0 is a 16Mbit (2MByte) non-volatile memory, featuring an industry-standard Parallel or Serial Flash interface and contained within a non-volatile memory array. It is able to operate at up to 100MHz, making it a fast and efficient way to store and access data when used in embedded applications.

This particular memory uses a 3v3 supply and features a wide range of programming voltages, making it suitable for a variety of applications. The memory also has an integral write protect feature, allowing it to be used for write-once and write-many applications. It also has an on-chip power management feature, allowing it to enter low power states to reduce power consumption.

The memory architecture of the MX25R1635FZNIH0 is based on a Dual-I/O architecture. This architecture utilizes two interfaces, a command interface and an data interface. The command interface is used for communication between the memory controller and the memory, enabling the controller to perform operations such as writing, reading and erasing. The data interface is used to transfer data to and from the memory.

The MX25R1635FZNIH0 supports a number of different types of operations, including page programming, block programming, sector protection/erase, write protection/erase, random data read, and status register read/write. It also supports a number of features, including data protection features, wear-leveling, and error correction.

The MX25R1635FZNIH0 is ideal for a variety of applications, including automotive, industrial, consumer, and computing. Its fast data read and write performance, high density, and low power consumption make it a desirable choice for applications that require non-volatile memory solutions. In addition, its wide range of programming voltages and on-chip power management feature make it a reliable and efficient choice for embedded applications.

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