BR24G128NUX-3ATTR

BR24G128NUX-3ATTR devices are 3V serial CMOS EEPROMs that are characterized for operation over the extended temperature range of -40℃ to +85℃. These devices are organized as holds 2048 bits of data which is organized into 256 8-bit words and feature a serial peripheral interface (SPI). They provide write times of 25 μs and also offer low-power consumption at 10 mA max ICC. All memory accesses are accomplished using an 8-bit instruction word, followed by a 16-bit address and then a variable word count. The BR24G128NUX-3ATTR are particularly well suited to applications such as intelligent sensors, industrial systems and automotive electronics.

Application Field of BR24G128NUX-3ATTR

The BR24G128NUX-3ATTR devices are ideal for applications that require high-speed, low-power consumption, and a wide temperature range. These devices are used in a range of applications such as intelligent sensors, industrial systems and automotive electronics. Intelligent sensors require memory devices that are low-power consumption and have a wide temperature range. The BR24G128NUX-3ATTR devices are specifically designed for these applications.

Industrial systems involve a lot of switches, mechanical devices and computers that make up the system. These systems need components that are stable and reliable, especially when it comes to memory devices. The BR24G128NUX-3ATTR devices are designed to be reliable in these types of applications and offer a write time of 25 μs and a wide temperature range.

Automotive electronics involve components that are designed to be reliable and operate in high temperatures. The BR24G128NUX-3ATTR devices offer the stability and reliability that these applications require, as they are designed to operate over an extended temperature range of -40℃ to +85℃.

Working Principle of BR24G128NUX-3ATTR

The working principle of the BR24G128NUX-3ATTR device is based on the SPI serial protocol, which allows for easy and fast data transfer. This device has an 8-bit instruction word, followed by a 16-bit address and then a variable word count. The instruction word is used to specify the operation given to the device. It can be used to write, read, erase, or perform other operations that are specific to the device. The 16-bit address is used to specify the location of the data in memory that is to be operated on. The variable word count is used to specify how many words of 8-bits each are to be operated on by the device based on the instruction given.

When the device is given an instruction to read, it will read the amount of data from the specified address in the memory. Similarly, when the device is given an instruction to write, it will write the amount of data from the specified address. The erase operation will delete the data in specified addresses according to the given instruction. This device is low-power consumption, has a maximum write time of 25 μs and operates over an extended temperature range of -40℃ to +85℃, making it an ideal solution for applications that require high-speed, low-power consumption and a wide temperature range.