M24C04-FMC6TG

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M24C04-FMC6TG is a 4 Kbit serial I2C EEPROM memory device. This device belongs to the memory category, which is used in various embedded applications including data logging queues, system configuration, and hardware identification code storage.

M24C04-FMC6TG features a high-speed I2C interface, with data transfer rates up to 400 kHz. It has a wide supply voltage range of 1.7 V to 5.5 V and a low-power active current of 1.6 mA. The I2C address can be programmed from 0xA0 to 0xFF, allowing up to 128 M24C04-FMC6TG devices to be connected to a single I2C bus. It has two-wire bus data transmission success and support byte-level random reading, serial byte write, and 16 steps of sequential write.

The most commonly used applications of M24C04-FMC6TG are as follows:

• Data logging: M24C04-FMC6TG is widely used for data logging. It has a small footprint, making it ideal for embedded applications where space is limited. It is also very fast, allowing for quick data retrieval and storage.
• System configuration: M24C04-FMC6TG is often used to store system configuration information such as time, location, and device settings.
• Hardware identification code storage: M24C04-FMC6TG is also used to store hardware identification codes such as serial numbers, model numbers, and part numbers.

Like other EEPROMs, M24C04-FMC6TG operates on the principle of electrical charge. It utilizes the phenomenon of electron tunneling to store information in the form of an electrical charge. An electrical charge is applied to a select transistor to change its state. If the select transistor’s state is changed, an electrical pulse is provided to the memory cell, changing its state. Thus, the amount of charge, or the state of the select transistor, determines the value stored in the memory cell.

M24C04-FMC6TG has become a popular choice for industrial memory applications. It offers a wide range of features and capabilities, making it ideal for data logging, system configuration, and hardware identification applications.

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