FT24C04A-UMR-B

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FT24C04A-UMR-B is a type of EEPROM (electrically erasable programmable memory). It is used in a wide variety of applications, including the storage of data in consumer electronics, automotive applications, medical equipment, and industrial automation. It is a 4-bit non volatile memory that can hold up to 8-bit words.

The FT24C04A-UMR-B is a single-chip EEPROM, with an 8-bit word length. It is a standard part available from multiple manufacturers, such as Texas Instruments and Microchip Technology. It has both a serial and a parallel mode of operation, and can be connected to a variety of external memory devices, such as microprocessors, DSPs, and FPGAs.

The working principle of the FT24C04A-UMR-B is based on charge injection and charge-coupled device (CCD) technology. It utilizes a special electrode that injects electrical charges on a specialized substrate. The charges are then collected and stored in a non-volatile memory array. This type of memory is able to retain data even when external power is removed.

The FT24C04A-UMR-B is particularly suited to embedded applications, due to its small size and low power requirements. It is widely used in telecommunication and automotive electronics, as it can store data for many years, even in adverse environmental conditions. It has also found use in medical equipment, industrial automation, and consumer electronics.

The FT24C04A-UMR-B is an extremely versatile, cost effective memory solution. It is able to operate at voltages ranging from 2.5-5.5V and temperatures ranging from -40 to +125°C. It offers a high speed of 1.5-3MHz and features a 2-wire serial interface. It also supports multiple write cycles, allowing for quick and easy updates.

The FT24C04A-UMR-B is a robust and reliable memory solution for many applications, such as automotive and industrial. Its wide temperature range and low power requirements make it particularly suited for embedded applications, while its compatibility with a variety of external memory devices allows for easy integration and scalability.

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