93C86BT-E/OT

Memory is a fundamental part of any computing system and is used to store data and instructions. The 93C86BT-E/OT is a serial EEPROM device specifically designed for applications in which it is desirable to store and retrieve data in high volumes quickly and reliably. This device is a low-cost 64K bit serial EEPROM memory with a 2-wire interface and is commonly used in automotive and industrial products.

The 93C86BT-E/OT is a serial EEPROM device that operates through a two-wire bus interface and is operated by the I2C protocol. The device has a maximum clock speed of 400 KHz, for a transfer rate of up to 800 kbit/s. The device is organized as 8 bytes per page and employs a self-timed write cycle for page writes. The page size can be increased to 16 bytes in some applications.

The 93C86BT-E/OT is a versatile device and has a wide range of applications in many different industries. These applications include data logging systems, industrial controllers, automotive controllers, HVAC systems and embedded systems. The device is also suitable for automotive and industrial applications that require very reliable and secure data storage, such as eProm data. The device is designed to provide high-speed data access times and reliability.

The 93C86BT-E/OT is a low-power device that has an operating voltage range of 2.25 to 5.5V and can operate at both 5V and 3V interfaces. The maximum write and erase times are 500 ms and 200 ms, respectively, and the device can store data for an estimated 10 million cycles in an extreme high-temperature environment. The device also features an array of advanced features including write protection, sector protection, reverse write protection, and write lockout.

In summary, the 93C86BT-E/OT is a versatile and reliable serial EEPROM memory device suitable for a wide range of automotive, industrial, and embedded applications. The device offers fast access times, low power consumption, and a good level of reliability and security. The device is an ideal choice for applications requiring reliable storage and retrieval of large volumes of data.