93LC76B-E/MS

The 93LC76B-E/MS is a self-timed, 512-bit, three-wire bus electrically erasable programmable read-only memory (EEPROM) chip. It is a special type of non-volatile memory that has features such as higher storage density, better reading and writing capability than traditional EEPROMs along with enhanced current consumption.

The 93LC76B-E/MS is designed for applications that require low current consumption and need an external clock for their operation. It also integrates several different technologies such as several bit-cell architectures, bi-directional voltage level shifting and write cycle control.

The 93LC76B-E/MS memory chip is used in a variety of applications including system and code protection in automotive and industrial applications, inventory control and security in retail applications, and healthcare and life sciences, among others. It is also used in application areas where the need for high write endurance and low current consumption is a must, such as smartcard technology, barcode scanners and access control systems.

The 93LC76B-E/MS memory chip is divided into a two-page memory space, where each page has 256 bytes of data storage. It is a self-timed device, which means there is no external clock required for its operation. The chip is accessable with just three wires, a clock, data in/data out and chip select. In order to write to the chip, the clock and data in signals must be initiated at the correct time, and the chip-select line must be enabled.

The reads from and writes to the 93LC76B-E/MS memory chip are performed through the electrical erase mode. This mode utilizes the energy of the electric charge stored in an electron trap to change the data stored in the memory device. To erase a bit, the electron is attracted to an elevated electric field and the bit is reset. To write a bit, the electron is repelled by a reduced electric field and the bit is set. The 93LC76B-E/MS memory chip supports multiple write cycles.

The 93LC76B-E/MS memory chip is a great choice for applications which require low current consumption, high write endurance and high storage capacity. It is available in a variety of package styles and can be easily integrated into any system. Thanks to its high reliability and its strong error protection features, it is sure to provide reliable data storage for a long time to come.