93C86A-E/P

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Memory has been a hot topic for computer enthusiasts for many years. As technology advances and new products are developed, new types of memory have emerged to meet the ever-evolving demands of computing. One such type of memory is the 93C86A-E/P, which is a serial, 8-bit, electrically erasable programmable read-only memory (EEPROM). This type of memory is widely used due to its high reliability and small size.

The 93C86A-E/P is an EEPROM that can be programmed with data using direct voltage waveform inputs. It comes in four package sizes: 8-pad, 10-pad, 12-pad and 16-pad. The 8-pad version has 8-pins in a straight line, while the other three versions have either 10, 12 or 16 pins in a row. All versions have an output data rate of up to 200Kbps.

The 93C86A-E/P is best suited for applications that require high reliability, such as automotive, medical and industrial systems. It can store up to 16Kbits of data in its eight pins and was designed to have a long life of up to one million cycles of such programming.

The main advantage of the 93C86A-E/P is its versatility in an array of applications, from microprocessor programming, to configuration settings, to ID codes for remote controllers. It can be used for almost any memory function and is a great choice for applications that use serial data transmission, especially ones that require the highest levels of reliability.

The working principle of the 93C86A-E/P is relatively simple. It is a circuit that transmits data across two input pins, one for the data (in) and one for the clock (out). This allows it to read and write data into the memory. The data is stored in non-volatile cells, meaning it doesn’t need to be continually powered to remain in memory.

The 93C86A-E/P also has a self-programming feature that allows it to rewrite data to its cells in the event of a power loss or other issue. This feature makes it an especially reliable choice for applications where data integrity is a major concern.

In conclusion, the 93C86A-E/P is a versatile and reliable type of memory that is ideal for applications that require the highest levels of reliability. It can store up to 16Kbits of data in its eight pins and the self-programming feature makes it suitable for applications where data integrity is a major concern. Its small size and direct voltage waveform inputs also make it a great choice for a wide range of applications.

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