93C86AT-I/SN

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The 93C86AT-I/SN is a serial 8K non-volatile EEPROM memory chip designed for use in a variety of electronic applications. In this article, we will look at the application field and working principle of the 93C86AT-I/SN memory chip.

Application Field

The 93C86AT-I/SN memory chip can be used in a variety of electronic devices and applications, including industrial and embedded systems, automotive systems, telecom, multimedia, and consumer products. The chip offers fast read/write operations, low power consumption, and high reliability. Furthermore, the device is EEPROM compatible and comes with an active erase/write algorithm.

The 93C86AT-I/SN memory chip is ideal for controlling and monitoring embedded applications in industrial, telecom, automotive, and consumer electronics. This chip provides the flexibility and reliability that is needed for these control / monitoring operations. Additionally, its low power consumption makes it ideal for battery operated applications.

Working Principle

The 93C86AT-I/SN memory chip is organized as 8K words by 8 bits. It is also compatible with standard I2C-bus protocols. The device consists of a master clock that provides the timing for all operations. It utilizes a serial data input and output for communications with the host system.

The 93C86AT-I/SN memory chip is capable of operating in an erase/write cycle which is performed in four steps. During the first step, an instruction is read from the host system and decoded by the chip’s internal logic. The chip then sends an acknowledgement back to the host system. The second step is the address cycle, where the chip reads the address byte. During the third step, data bytes are transferred between the host system and the memory chip. The fourth and final step is the erase/write cycle, where the data is stored in the specified address locations.

The 93C86AT-I/SN memory chip offers data protection through its array protection feature. Data is protected from accidental erasure or corruption by an internal array protection control feature. In addition, the chip offers password protection, which prevents unauthorized access and modifications to stored data. Finally, the chip provides an error correcion code that ensures data accuracy.

Conclusion

In conclusion, the 93C86AT-I/SN memory chip is a versatile memory device designed for use in a variety of electronic device applications. It offers low power consumption, fast read/write operations, and a variety of data protection features. In addition, it is EEPROM compatible and comes with an active erase/write algorithm.

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