AT93C57-10PC

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The AT93C57-10PC is a nonvolatile memory integrated circuit that stores data on a serial bus and is designed for automotive applications. The nonvolatile memory is ideal for applications that require a low-power and reliable memory solution. The AT93C57-10PC is a serial EEPROM that is accessible over an I2C bus. It is a 1024 bit (128 bytes) EEPROM device with write protection and data security features.

The AT93C57-10PC is commonly used in car infotainment systems such as navigation, audio and Bluetooth, vehicle diagnostics, and automated driving systems. These applications require reliable solutions for storing data in a safe and secure manner. The AT93C57-10PC memory device supports this need by providing a low-power and reliable memory solution that provides data security and reliability.

The AT93C57-10PC is equipped with a write protection mechanism which prevents accidental writes to the memory. The write protection is enabled by an onboard write protect pin. The memory also provides a data security feature which prevents unauthorized access to the data stored in the memory. This feature is based on an AES-128 security algorithm.

The AT93C57-10PC memory device is controlled through an I2C interface. The I2C bus consists of two communication lines, connected to all communication devices in the system. The AT93C57-10PC supports I2C commands such as read, write, and erase. The device also supports variable sector sizes for custom applications.

The AT93C57-10PC is a low-power device with a current consumption of 15 µA at 1 MHz. It has an endurance of 10,000 write-erase cycles and a data retention of 10 years. The AT93C57-10PC has an operating temperature range of -40°C to +85°C, making it suitable for automotive applications.

The AT93C57-10PC is an ideal solution for a variety of applications that require reliable data storage and security. Its low-power consumption and reliable operation make it well suited for automotive applications. Furthermore, its integrated write protect, data security, and variable sector size support further increase the versatility of the device.

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