M28W320ECB70ZB6T TR

M28W320ECB 70ZB6T TR Application Field and Working Principle

M28W320ECB 70ZB6T TR is a non-volatile Flash memory designed for high density, high-speed applications. Specifically, it is designed for applications operating in an extended temperature range from -25 degree to 85 degree Celsius. As such, it is a key component in space, aerospace, telecommunications, and automotive electronics.

The M28W320ECB 70ZB6T TR memory has an asynchronous interface, providing read and write operations. It is organized into 4,194,304 bits and has a typical access time of 75 ns for a read operation. Moreover, it has a total size of 32-megabytes, which is lower than other Flash memory solutions in the market.

The memory cell of the M28W320ECB 70ZB6T TR is a floating gate, which is composed of several transistors to provide a reliable and fast method of storing data. This means that the memory cell charges itself with a voltage threshold and no refresh operation is needed. This eliminates the refresh operation, resulting in a faster data access than SRAM or DRAM Memory.

The M28W320ECB 70ZB6T TR also provides an array of memory protection features, including sector-erase protection, program-only protection, and user-lock protection. It also provides robust data protection during erase process, thus enhancing the data security. In addition, it also takes less time for content programming since the erase speed of the M28W320ECB 70ZB6T TR is faster than other Flash memory solutions in the market.

In terms of electrical characteristics, the M28W320ECB 70ZB6T TR memory offers reliable operation over a wide range of temperatures, low power consumption and positive write cancellation. The power consumption is minimal, thus making this memory solution an ideal choice for applications requiring strict power limitations.

In summary, the M28W320ECB 70ZB6T TR is an ideal Flash memory solution for applications operating in an extended temperature range. It offers fast access times and reliable operation. It also has a low power consumption and sector-erase protection, thus providing enhanced data security. It is highly suitable for space, aerospace, telecommunications, and automotive electronics.