24AA01SC-I/W16K

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Memory: 24AA01SC-I/W16K Application Field and Working Principle

The 24AA01SC-I/W16K is a 6-pin 16 kilobit (2 kilobyte) Electrically Erasable Programmable Read-Only Memory (EEPROM) that is ideal for applications where memory can be easily reprogrammed. This low-cost memory device is designed to provide reliable storage at temperatures ranging from -40°C to +125°C and can operate over a wide voltage range. It is compatible with commercial, industrial, and automotive temperature ranges and can be used both in long-term and frequent reprogramming applications.

The 24AA01SC-I/W16K has a large number of available functions and features. It supports read and write operation, address auto-increment, random read, random write and sequential read. It also has an internal 8-bit self-programmable locks, providing the highest flexibility and reliability for write, read and erase operations. Furthermore, it supports several ways of protection that can be used to comply with various safety standards worldwide.

Technically, the 24AA01SC-I/W16K EEPROM consists of two main components: the memory cell array and the controller. The memory cell array contains 16Kbits of memory which is divided into two sectors, each having 8 is 192 pages, 16 bytes per page (14 bytes for normal sector). The controller, in addition to controlling all the reading and writing operations to the memory cells, has a built-in logic that makes possible the programming of the EEPROM without the need of external circuitry.

The 24AA01SC-I/W16K is used in a wide range of applications where memory can be easily reprogrammed, like microcontrollers, automotive, industrial and consumer applications. For example, the EEPROM can be used in safety critical applications such as ABS, CAN, or CAN-FD systems, due to its built-in logic and internal 8-bit self-programmable locks.

The 24AA01SC-I/W16K contains several pins for the programming process. The chip select pin is used for write and read operations. When enabled, the chip select pin will select the specific sector of the EEPROM. However, the write-enable pin is used to enable write operations. Without this pin, write operations will not be allowed. The memory address pins are used to select the particular page of the EEPROM from which data should be read or written. This is done by providing the address of the page to the memory address pins.

Additionally, the 24AA01SC-I/W16K supports several ways of protection that further allows its perfect adaptation to the projects. The program counter is a feature that shows the progress of the write operations updates in EEPROM memory. The hardware write protect pin makes it possible to prevent accidental write operations. The data terminate feature allows to activate or disable the write or read operations automatically after they are executed or control them via external signals. Finally, the software write protect pin allows to use external applications or CPU specific functions to enable or disable write operations. All of this provides great flexibility and ensures reliable operation of the 24AA01SC-I/W16K.

In summary, the 24AA01SC-I/W16K is an ideal memory device for applications where memory must be reprogrammed due to its wide range of features and functions. It supports read and write operations, provides high reliability and supports software and hardware protection features. It can be used in various automotive, industrial and consumer applications where memory reprogramming is needed.

The specific data is subject to PDF, and the above content is for reference