93LC86CT-E/SN

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The 93LC86CT-E/SN memory chip is an 8-pin, serial, Electrically EErasable Programmable Read-Only Memory (EEPROM). It allows the user to store data without having to physically replace the chip, making it ideal for applications where constant data changes must be made such as in industrial control systems, automotive applications and medical equipment. The 93LC86CT-E/SN chip is a non-volatile memory chip, meaning it can store data even when there is no power source. Though it is a small memory chip, it is still capable of storing up to 256-bit of data, or 32 bytes.

The 93LC86CT-E/SN is pin compatible with the larger 16K and 32K EEPROM chips and uses the same commands in order to program and erase the internal memory. In addition to programming, the 93LC86CT-E/SN chip can also read and write data. The data can be stored in the chip for an indefinite amount of time until it can be erased using the control lines in the chip. To read data from the 93LC86CT-E/SN device, the chip must be setup with the correct command and then the read line must be pulsed to retrieve the desired data.

In terms of its application fields, the 93LC86CT-E/SN can be used in a variety of systems, such as those found in automotive, industrial, medical, and consumer applications. This chip can store up to 32 bytes of data, making it useful for storing the data used to control systems and safety features, such as in cars. In medical systems, the 93LC86CT-E/SN could be used to store patient data or medical equipment settings for quick retrieval when needed. More importantly, the chip\'s ability to store data without the need for power makes it ideal for these situations as the data will survive a power outage and will remain as permanent information.

The working principle of the 93LC86CT-E/SN is quite simple. First, programming data requires the setting of the control lines, followed by the setting of the data line and the strobing of the write pin. To write data, the chip is setup with the desired data and the write line is strobed to start the write process. The device also has two control lines, providing the chip with an erase/write cycle that has been designed to extend the life of the device by reducing the number of erase cycles.

Once the data has been erased, the 93LC86CT-E/SN chip can be read in much the same manner as writing. An instruction command must first be sent to the device, followed by a read pulse on the read line. Data will then be ready to be received from the device. In addition to reading and writing data, the chip can also be programmed and erased, though this must be done with caution as more than one erase cycle can have potentially damaging effects on the chip.

In conclusion, the 93LC86CT-E/SN memory chip is a small, 8-pin EEPROM which can store up to 256-bit of data. It is non-volatile, making it ideal for situations where data must be stored even in the event of a power outage. The chip can be programmed and erased and can be used in a variety of applications, such as those found in the automotive, industrial, medical and consumer industries. Its working principle is simple and involves setting the correct control lines and writing or reading data from the chip.

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