M93C56-MN6P

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The M93C56-MN6P is a low-power, low-voltage, serial non-volatile memory chip designed for embedded systems. It is manufactured in a TSOP-6 package with 1024 bits of memory storage and complemented by the ability to write its contents during power-down. This makes it a great choice for memory storage in low-power applications such as wearables, medical instruments, and consumer electronics.

The M93C56-MN6P includes 256 words of 8-bits each (total of 2048-bits) and is organized in a byte wide configuration with 256 bytes of address space. Furthermore, it can be operated with a 3V to 5.5V power supply and its power consumption is less than 3µA in the standby mode. It has an impressive 100 year data retention and a write cycle endurance of up to 100,000 cycles. This ensures that the M93C56-MN6P is suitable for use in long-term applications.

The M93C56-MN6P uses a non-volatile rotating register to store the data, which allows for a robust data structure. This means that the data written can be retrieved after power-loss. The M93C56-MN6P has two states: write and read. In the write state, data is written to the register that can be recalled in the read state.

The first write operation sets the write pointer to begin writing data at the beginning of the memory. Subsequent writes move the write pointer up while still allowing the user to read the content stored in the internal register. Once the register is completely written, the write pointer begins storing data at the beginning of the memory again.

In the read state, data can be read from memory starting from the current write pointer position. As data is read, the read pointer moves up the register until the last datum is read. Then, the read pointer begins reading from the beginning of the register again. This allows the user to easily access data regardless of the position in the memory.

The M93C56-MN6P also allows for random access of the internal data. It is possible to specify a starting address, followed by a number of bytes that need to be read or written. The random access allow for data manipulation in any address and does not require the user to write from the starting address every time.

The M93C56-MN6P also features a few control signals that can be used to control the operation of the device. The write protect and write enable are used to protect the register from accidental writes, while the chip select signal enables or disables the device. The write inhibit allows the user to switch between read and write states and the hold pin allows the user to pause the read or write operation.

The M93C56-MN6P is a great choice for embedded systems that require a non-volatile memory chip with low power consumption. Its non-volatile register allows for the data to be written and retrieved even during power-down and its random access allows for data manipulation regardless of address position. Its low-power operation and long data retention make it a suitable choice for long-term projects. With its low voltage operation, it also enables the design of low-voltage systems.

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