M93C76-MN6P

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M93C76-MN6P is a series of synchronous serial bus persistent memories, comprising a one-time programmable (OTP) class and a reprogrammable, read-only memory (ROM) class. The devices encompass a range of densities from 8Kb to 64Kb and are based on Micron’s proven low-power and highly reliable CMOS process technology. Both the OTP and ROM devices feature an integrated serial-input-output controller.

The M93C76-MN6P family is ideal for applications requiring highly reliable non-volatile data storage, such as digital-process control systems and automotive electronics. Its densities and fast read throughputs, combined with its low power-consumption features, make it ideal for any project requiring intelligent, reliable, space-saving data storage.

The application field of M93C76-MN6P is mainly in automotive electronics, such as automotive control systems, garage door openers, and automotive access systems. The memory is also suitable for intelligent industrial systems, such as production equipment monitoring and control.

M93C76-MN6P\'s working principle is based on a serial/parallel interface. It uses a synchronous serial port that allows it to be interface directly to microcontrollers. The device has a 3-pin control interface, and it is possible for the device to read and write information over a single control line. In addition, it supports a serial bus interface for direct connection to a microcontroller or other memory devices. The device has a buffer size of 8 bytes, which is useful for streaming data from the device.

M93C76-MN6P has two types of programming interface; one is the serial interface, which can be used for programming, testing, and debugging, and the other is the parallel interface, which can be used for data transfers, writes, and reads. The device has a single software-selectable power-down mode, which allows low power consumption when the device is inactive.

The data connection of M93C76-MN6P uses the familiar serial bus protocol. Data can be read or written using either two-wire mode or three-wire mode. In two-wire I2C mode, the signals SDA and SCLK are used for both the data and the clock, i.e. the data transmission and the clock are connected together. The data transmission rate can reach up to 400 kbit/s in full duplex mode. In three-wire SPI mode, the SCLK signal provides the clock signal, while SDA is used for data transmission. The clock rate can also be adjusted up to 400 kbit/s. Additionally, the device supports a single byte burst mode, which allows the user to read up to eight bytes of data in a single frame.

M93C76-MN6P also has a variety of features that are designed to ensure reliable operation and accurate data storage. These features include a "fail-safe" feature that prevents data corruption in the event of a power failure or write error, error correction code (ECC) for improved data accuracy, and error detection to enable reliable data transmission. The device also includes a watchdog timer to monitor the device performance.

In conclusion, M93C76-MN6P is an ideal choice for a variety of industrial and automotive applications requiring high-reliability non-volatile data storage and a low power consumption. Its small size and fast read throughputs make it suitable for applications such as micro-process control, automotive control, and intelligent industrial systems. Furthermore, its integrated serial interface and software-selectable power down mode make it a great choice for projects requiring reliable and space-saving data storage.

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