AT45DB641E-UUN2B-T Integrated Circuits (ICs)

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

A memory chip, often known as an integrated circuit memory chip, is an electronic device that stores data, programs, or other information. A memory chip is one of the most important types of computer components, and it is a core part in the process of computing. AT45DB641E-UUN2B-T is a type of flash-memory chip belonging to the family of AT45 devices.

AT45DB641E-UUN2B-T is a non-volatile multi-level cell (MLC) memory chip, meaning that it does not need a continuous electrical supply to retain its stored information. MLC memory chips provide both long-term data retention and a high level of reliability. This makes the AT45DB641E-UUN2B-T suitable for use in a wide variety of applications, from automotive and medical industry applications to storage in portable electronic devices like cell phones and tablets.

The AT45DB641E-UUN2B-T is a multilevel cell (MLC) device, released by Atmel Inc, capable of storing up to 64Mbits of data. It has die-size of 17.2mmx3.3mm, making it suitable for use in embedded applications where space is at a premium. The device is specified for operation between -45°C and 85°C. It offers a maximum write/erase speed of up to 160MB/s, with random read and write access times typically found within the range of 40ns to 100ns.

The AT45DB641E-UUN2B-T is a non-volatile memory chip that is capable of storing data on its internal memory array without requiring a continuous electrical supply. This makes it an ideal choice for applications that require long-term data retention and a high level of reliability. It is also manufactured using an advanced CMOS process, which helps to minimize power consumption and reduce costs. It also supports error correction so as to protect its stored data against degradation.

The AT45DB641E-UUN2B-T utilizes a standard Daisy Chain architecture and operates in Multi-I/O mode, which allows data to be read or written back and forth between the device and the host processor. Data is written or read from this device using either a dedicated SPI, EBI/NEC or SQI/ASPI interface. Furthermore, it also offers advanced security features such as dedicated security key registers, which can be used to prevent overwriting or deleting critical data stored in protected memory locations.

In conclusion, the AT45DB641E-UUN2B-T is a versatile and highly reliable non-volatile multi-level cell (MLC) memory chip that is suitable for a wide range of applications, such as those in the automotive and medical industry, as well as portable electronic devices. It is designed to be power efficient and its advanced security features also enable it to protect its stored data against malicious attacks. This makes the AT45DB641E-UUN2B-T an attractive choice for a variety of applications.

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