AT45DB081B-CNI

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AT45DB081B-CNI is a non-volatile, dual-interface (Serial Peripheral Interface (SPI) and Parallel) Flash memory device made by Atmel. It is designed in accordance with ISO 7816 standard, which is widely used in memory cards, data cards, and many other embedded systems. AT45DB081B-CNI can provide up to 8 Mbits of flash storage capacity.

AT45DB081B-CNI is a dual-interface, nonvolatile, Flash memory device. It features an 8 bits command for data access, and an 8 bits data bus for parallel or serial Flash memory access. It can support serial clock frequencies up to 20 MHz. AT45DB081B-CNI is compliant with the Serial Peripheral Interface Bus (SPI) and JEDEC standard Parallel Flash devices.

AT45DB081B-CNI is designed to be used in memory cards, data cards, embedded systems, and other applications that require high storage densities. The device supports 8 Mbits of data storage capacity, and can be used in a variety of applications such as data logging, wearable devices and medical equipment. It can be used in applications where small form factor and low power consumption are critical.

The working principle of AT45DB081B-CNI is based on nonvolatile memory technology. Nonvolatile memory technology allows for contents of the memory to remain even when the memory is not powered. The AT45DB081B-CNI uses a charge-trapping technology, where a thin silicon oxide layer is used to trap charges in order to maintain persistent data.

AT45DB081B-CNI consists of 4K sectors, with each sector comprising 128 pages of 256 bytes. The device can support a maximum of 512 bytes of data per page, and can support a total of 512 full pages per sector. AT45DB081B-CNI can operate at temperatures between -55, and +125 degrees Celsius, and offers write protection and data security.

AT45DB081B-CNI is also designed with a simple and efficient write method, and can support multiple write operations while providing fast data access. It can also support up to 32K erase cycles, and data retention of up to 10 years.

AT45DB081B-CNI applications include data logging, healthcare, wearable devices, automotive, audio players, smart cards, gaming consoles and more. It is also used as a mass storage media, and can be used in aircraft and spacecraft, where it can store critical information. Its low power consumption makes it suitable for use in Internet of Things (IoT) applications.

The AT45DB081B-CNI is an example of an efficient, reliable, and robust memory device. It has a wide range of applications that make it an attractive choice for use in a variety of applications. Its reliable performance, low power consumption, and efficient write method makes it an ideal solution for embedded and mobile storage systems.

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