AT45DB161E-SHD2B-T Integrated Circuits (ICs)

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Memory

AT45DB161E-SHD2B-T is a useful memory integrated circuit designed to store static information, and it is widely used in many applications. It is a non-volatile memory, meaning that information stored in it will not be lost even when power is turned off. It requires very little current to store a bit of data, and is highly reliable. This makes it ideal for applications such as data logging, electricity metering, and machine-to-machine communication.

AT45DB161E-SHD2B-T consists of two fundamental components, the memory core and the memory interface. The memory core stores the data, and it can be written to using the memory interface. The memory core consists of a number of non-volatile memory cells, and it is arranged in a grid that is physically divided into one or more sectors. The memory interface allows data to be written to, read from, and erased from the memory core.

The memory core of AT45DB161E-SHD2B-T is organized into sectors and pages. Each sector consists of a number of pages, which are the smallest readable blocks within the memory. To access a page, its address must be specified. It is then possible to directly read or write the data contained in the page. Data can also be written across multiple pages in a sector.

AT45DB161E-SHD2B-T is designed to operate asynchronously. It operates in a single-byte, dual-byte, or burst-mode, depending on how it is configured. The memory interface can be used to control the type of operation, as well as the size of the data that is written or read from the memory core. The memory supports a Read/Write/Erase cycle, which can be used to manage the memory cells.

AT45DB161E-SHD2B-T is suitable for various applications, such as sensor nodes, portable devices, data logging and machine-to-machine communication. The device is designed to be resistant to disturbances, meaning that it can resist the effects of external electrical or magnetic disturbances. It also has an internal error-checking system, which helps to ensure that data stored in the memory core is still valid. This makes it suitable for data logging and metering applications, where data integrity is important.

In addition, the synchronous and dual-byte mode of operation makes AT45DB161E-SHD2B-T suitable for machine-to-machine communication applications. By using the synchronous mode, it is possible to achieve very high data transfer rates, allowing the device to keep up with the demands of the application. It also has a low power consumption, making it suitable for portable devices.

AT45DB161E-SHD2B-T is a useful and reliable memory integrated circuit, and it is suitable for many applications. Its asynchronous operation, error-checking system, and high reliability make it suitable for data logging and machine-to-machine communication applications. Its low power consumption also makes it suitable for portable devices. The device is highly versatile, and its features help to ensure that the stored data is valid and secure.

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