BR24T64FVM-WTR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

BR24T64FVM-WTR Application Field and Working Principle

BR24T64FVM-WTR is a type of memory that belongs to the category of flash memory. It is a small, non-volatile memory that can hold data even if power is turned off. This makes it an ideal storage solution for portable and embedded systems, where data must be retained even when power is not available.

BR24T64FVM-WTR is a high performance, non-volatile memory that can be used to store and execute code as well as store data. This type of memory is also known as "embedded flash" because it is often used in embedded applications such as automotive and industrial systems. It is easy to program and can be modified with relatively low power consumption.

The BR24T64FVM-WTR has several key features that make it suitable for various applications. One of these features is its wide voltage range, which supports a range of over 6 volts for improved reliability. The chip also has built-in error correction, automatic power control, and wear leveling, which helps protect the data even under challenging conditions.

The BR24T64FVM-WTR operates in three modes: normal mode, sleep mode, and deep power-down mode. In normal mode, the memory chip operates at its optimum speed to provide fast access to data stored in it. In sleep mode, the chip lowers its power consumption while still maintaining data integrity, making it ideal for applications that require continuous memory access, such as embedded devices. In deep power-down mode, the chip is completely shut down to conserve power, but all data stored in it remains intact.

The BR24T64FVM-WTR memory chip is designed for embedded and industrial applications, providing a reliable solution for data storage and execution. Its wide voltage range and built-in error correction and wear leveling make it well suited for these demanding applications. The chip\'s three operating modes allow for a range of power consumption, making it an efficient and reliable memory solution for both embedded and industrial applications.

The specific data is subject to PDF, and the above content is for reference