AT24C04D-MAHM-E

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AT24C04D-MAHM-E are a type of non-volatile memory chip that utilizes reliable one-time programming in order to store data and settings in a permanent state. This type of memory chip is a very popular choice among products that require persistent data, particularly industrial and medical electronic products. Today, AT24C04D-MAHM-E memory chips are widely used in a variety of applications, mainly in automated data logging systems, industrial monitoring and control systems, and medical devices.

AT24C04D-MAHM-E application field

AT24C04D-MAHM-E memory chips are mainly used in three main application fields: data logging systems, industrial monitoring and control systems, and medical devices.

In automated data logging and archiving systems, AT24C04D-MAHM-E chips can be used in order to store and continually update large amounts of data on a permanent basis. This is especially useful in applications such as scientific research, industrial settings, and logistic operations. AT24C04D-MAHM-E chips are also used in many industrial monitoring and control systems, where they can be used to store configuration settings, calibration data, and operational instructions.

Finally, AT24C04D-MAHM-E chips are also used in various medical devices, such as electrocardiograms, oxygen and heart rate monitors, ventilators, and anaesthesia monitors. These memory chips store vital patient information such as blood pressure, temperature, and other physiological data.

AT24C04D-MAHM-E working principle

AT24C04D-MAHM-E chips are based on a CMOS non-volatile memory technology known as Electrically Erasable and Programmable Read-Only Memory (EEPROM). This type of memory is very efficient and reliable, and allows data to be stored on a permanent basis. With EEPROM, data is divided into blocks and can be written to, erased, and re-written repeatedly. The AT24C04D-MAHM-E chip is a 4k-bit version of EEPROM, which means it can store up to 4,096 bits (or 512 bytes) of data.

The chip is programmed and erased by applying an electric current to its pins. The data is written to the chip in blocks, which are known as “pages”. Each page can store 8 bytes of data. The AT24C04D-MAHM-E also has an internal address counter, which is used to keep track of the page or location in memory that the data is being written to.

AT24C04D-MAHM-E chips are also capable of automatically identifying the page that the data needs to be written to and automatically advancing the address counter. This allows for faster and more efficient programming, making AT24C04D-MAHM-E memory chips a popular choice for applications where rapid data access is required.

Conclusion

AT24C04D-MAHM-E memory chips are a reliable and efficient type of non-volatile memory chip used in a variety of applications. They are most commonly used in automated data logging systems, industrial monitoring and control systems, and medical devices. These memory chips are programmed and erased by applying an electric current to its pins, and have an internal address counter used to keep track of the page or location in memory that the data is being written to. AT24C04D-MAHM-E memories are convenient and efficient, making them a great choice for applications requiring persistent data storage.

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