24AA014T-I/OT

24AA014T-I/OT is a 1 Kbit Electrically Erasable Programmable Read Only Memory (EEPROM) designed with a 64 word× 16-bit organization. It integrates Logic, OTP and Flash memory in a single package, offering a wide range of integration possibilities including various port configurations and functions supported by an extensive feature set. The 24AA014T-I/OT also offers single, dual and quad I/O interface options and multiple package options, each with an extended temperature range. With its fast write/erase operation and low power consumption, the 24AA014T-I/OT is ideal for applications requiring reliability and dependability.

The 24AA014T-I/OT is a nonvolatile memory device that allows users to store and retrieve data reliably, even after power is removed from the device. The 24AA014T-I/OT is available with a variety of versions and temperatures supports. The standard version supports up to 15 MHz operation, while the extended temperature version supports up to 20 MHz operation.

Application Field

This device can be used in a variety of applications due to its low power consumption, fast write/erase operation and wide range of integration possibilities. Common applications include automotive systems, industrial equipment, telecommunications systems, data logging, medical equipment, gaming and entertainment systems, etc.

Working Principle:

When writing data to the 24AA014T-I/OT device, a low voltage (3.3/2.7V) electrical charge is applied to a specific address. This causes the data to be written to the addressed location within the device. When reading data, the device detects the voltage applied to the appropriate address and returns its corresponding data value. The 24AA014T-I/OT device can retain its data even when power is removed from the device. In order to erase data from the device, a negative voltage must be applied to the desired address.

Conclusion:

The 24AA014T-I/OT is a low power 1 Kbit EEPROM designed with a 64 word× 16-bit organization. It is ideal for a variety of applications that require reliability and dependability, due to its fast write/erase operation and wide range of integration possibilities. Data is written, read and erased by applying low/high voltage electric pulses to specific addresses. This makes the device attractive for a variety of applications, including automotive systems, industrial equipment and telecommunications systems.