AS6C1008-55BINTR

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AS6C1008-55BINTR is a kind of non-volatile memory (NVM) device which belongs to the AS6C1008 low-power SRAM series. It is composed of a single CMOS chip and is suitable for applications requiring low power consumption and high speed. This kind of NVM device is mainly used in embedded electronic applications, such as smart cards and other embedded systems.

The core of the device is the memory cell array, which is composed of a single CMOS chip. The array includes two separate blocks, one for program and one for read/write operations. Each block is further divided into four quadrants, allowing up to four simultaneous operations per continuous sequence. The device has an asynchronous operation frequency of 35 MHz, with a read/write access time of 25ns.

In terms of power consumption, the device has a low standby power of 0.7uA/MHz and an operating current of 1.5mA at 2V supply. This makes it suitable for battery-powered applications. In addition, the device has a wide range of data access options, including both serial and parallel interfaces.

When it comes to reliability and security, the device has a built-in wear leveling algorithm to eliminate the effects of single-bit errors, aging, and data wear. Moreover, it also has a hardware-level password protection function to prevent unauthorized access. It also has a one-time programmable option for applications which need to ensure data security.

In terms of application fields, AS6C1008-55BINTR is mainly used in embedded electronic applications, such as smart cards and other embedded systems. It is also suitable for consumer electronics and automotive applications, as well as industrial automation, banking, retail, and healthcare applications.

In conclusion, AS6C1008-55BINTR is a perfect choice for many embedded systems applications. Its features include low power consumption, high-speed operation, and enhanced security and reliability. These features make it an ideal candidate for many applications requiring high performance and low power consumption.

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