AT24C02AN-10SC-1.8

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Memory:

AT24C02AN-10SC-1.8 is a high-performance dual-in-line package (DIP) with an EEPROM memory chip that is commonly used in application fields such as office automation, industrial control, and consumer electronics.

It is integrated into a 8-pin package, which combines nonvolatile memory, 8-bit control circuitry, and a two-line serial interface. It has a very small size and is composed of two separate ICs. The two pins are dedicated to the serial data line and the serial clock line, enabling device access on the two-wire bus.

The AT24C02AN-10SC-1.8 can be used for storing a wide variety of data. It is also an ideal non-volatile memory device for user data storage because it can be programmed and erased up to 128 times. It is also available with a password option that provides added security. Its operation temperature range is from -40℃ to 85℃.

The AT24C02AN-10SC-1.8 has a wide variety of features such as low power consumption, write protection, read protection, and data retention. The write voltage is 5.5V and the read voltage is 2.7V. This chip also allows holding data even in the absence of power. Its memory capacity is 256 bytes and the minimum write time is 5 ms.

The working principle of AT24C02AN-10SC-1.8 is that when the two-wire bus is activated, the device can be operated in the serial data transfer mode. When the start condition is generated, the device will transmit or receive data from the data line. The data is transferred or clocked in or out with the falling edges of the clock. Once the data has been written, it is stored permanently in the nonvolatile memory.

In conclusion, AT24C02AN-10SC-1.8 is a high-performance DIP EEPROM memory that has a wide variety of application fields such as office automation, industrial control, and consumer electronics. It has a wide variety of features such as low power consumption and protection against both write and read. The working principle of this device is that it uses a two-wire bus, a serial data transfer mode, and a falling edge clock to transmit and receive data.

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