M24C08-FMC6TG

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Memory – M24C08-FMC6TG Application Field and Working Principle

M24C08-FMC6TG is a 1K-byte Serial Electrically Erasable Programmable Read-Only Memory (known as Serial EEPROM) with page memory organization. Developed by STMicroelectronics, the M24C08-FMC6TG is widely used in many applications due to its features that include low voltage operation, high level of performance, and low power consumption.

Characteristics

Typically, the M24C08-FMC6TG has an operating voltage of 1.8V to 5.5V. It also has a write active current of up to 5 mA and a typical stand-by current of 1 µA which make it an ideal choice for power critical applications. The M24C08-FMC6TG has a standard two-wire serial interface (I2C protocol) for communication and an internal programming algorithm which enables it to erase and program multiple bytes of data. Its storage temperature is -20 to +85°C.

Applications

The M24C08-FMC6TG owes its popularity to its versatility and can be used in a wide range of applications, from industrial control and communication to consumer electronics. Examples of areas where the M24C08-FMC6TG can be used include medical devices, automotive systems, automation, gaming consoles and more. The advantages of using the M24C08-FMC6TG are its low power consumption, which enables the devices to remain energy efficient, and its excellent performance that includes a guaranteed endurance of up to 1 million write/erase cycles.

Working Principle

The M24C08-FMC6TG has a page organization of 128 x 8 bits. This means that each page can store up to 128 bytes of data. The M24C08-FMC6TG has a two-wire serial interface (I2C protocol) for communications, thus enabling fast data exchange with microcontrollers, ASICs, and other devices. The device has an internal programming algorithm which enables it to erase and program multiple bytes of data. Additionally, the device has a write protect pin which can be used to protect certain pages from being rewritten.

When the M24C08-FMC6TG is connected to a device, such as a microcontroller, it can be used to read and write data. The microcontroller initiates the data transfer by sending a START condition. This is followed by the device address (either read or write) and the internal address of the data to be written or read. If the device address is a write address, the microcontroller sends the data that needs to be written to the memory device. Once the data write operation is complete, the microcontroller sends a STOP condition and the data is written.

If the device address is a read address, the microcontroller will send a START condition followed by the device address and the internal memory address of the data to be read. The microcontroller then receives the data bytes from the memory device. Once the data is received, the microcontroller sends a STOP condition and the data is read.

Conclusion

The M24C08-FMC6TG Serial EEPROM is an excellent choice for applications where high performance, low power and memory endurance are important parameters. Its ease of integration and programming make it a popular choice for many embedded systems and consumer electronics.

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