FT24C04A-ESG-T

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The FT24C04A-ESG-T memory chip is a widely used non-volatile memory integrated circuit. It is manufactured using advanced silicon gate CMOS technology, has an insulation gate structure, and requires low power supply voltage. This chip is mainly applied to mobile devices, consumer products, industrial products and medical equipment in need of EEPROM memory.

The FT24C04A-ESG-T chip is 4Kbit non-volatile memory with 4K x 8 organization that is composed of four 1024 x 8 EEPROM cells. It has two-wire interface and supports the serial data transfer protocol I2C. With two wire serial interface, some of the operations are sleep mode, reading/writing operations, and so on. What\'s more, this chip can provide a transfer rate up to 400KHz to ensure fast data transfer.

The FT24C04A-ESG-T also has many salient features such as low power consumption, wide voltage range, and fast clock speed. Its standby current consumption is less than 100-μA, even at highest operating temperature of 85°C, workable voltage range is 2.5v–5.5v, and clock frequency can reach up to 400KHz. It also supports up to eight fixed slave addresses, making it possible to control multiple memories with same two-wire serial clock and data line.

In terms of working principle, the FT24C04A-ESG-T chip supports three major operations: writing, reading, and erase. And the erase of data which has been written or read can only be done by commands, not by electrically programming the memory cells directly. In addition, the memory cell can be written by executes the write instruction. To do the reading operation, the device first needs to be addressed before sending the start and read commands. Then the required data will be sent one byte at a time.

In conclusion, the FT24C04A-ESG-T memory chip has a wide range of applications in mobile devices, consumer products, industrial products and medical equipment. In addition, this device has advanced features such as low power consumption, wide voltage range, and fast clock speed that make it an ideal choice for applications that require fast data transfer and the ability to store and recall information. Furthermore, its three-operation writing, reading, and erase are all simple and effective.

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