CY14B104NA-BA45XIT

CY14B104NA-BA45XIT is an intrinsically safe non-volatile memory, which is integrated in several application fields. Whether the product is adopted in aerospace, computer systems and medical monitoring equipment, the product has become an ideal choice for customers due to its superior hiccup power protection and wide operating temperature.

CY14B104NA-BA45XIT products are compliant with EEPROM technology, which is also known as electrically erasable programmable read only memory and is a type of nonvolatile memory for storing lager amounts of data with less power relative to other non-volatile memory. The product is capable of storing up to 256 bits of information and storing the data without needing to power the device. The product also has a high endurance which it can support up to 1 million write cycles.

As a piece of non-volatile memory, CY14B104NA-BA45XIT is integrated to various applications. It can be used in aerospace, computer systems and even medical monitoring equipment. The product is designed to store sensitive information in secure, non-volatile memory while not requiring code in firmware or external components. This include settings, configuration and so on which can be stored even when the power supply is disconnected.

Moreover, CY14B104NA-BA45XIT also offers superior hiccup power protection and wide operating temperature range. The hiccup power protection can ensure that any write information will not be lost and be modified during a power outage, while the wide -60~+125℃ operating temperature range can allow the product to be used in a wide range of applications. In addition, the product also enriches itself with the availability of integrated security features such as electrical signature via a high speed cryptographic engine.

As the working principle of CY14B104NA-BA45XIT, when a write operatiom is require to store information, an input acknowledge signal will be generated by the processor containing the address location, the data and the write enable signal. Then, the write enable signal will tell the non-volatile memory to accept and store the data in the location address specified, as it has the ability to respond within controlled voltage. After the EEPROM is properly written, the input acknowledge signal will be sent back to the processor letting it know that the operation is completed.

In conclusion, the CY14B104NA-BA45XIT is an ideal choice for those in mission-critical industries, as its non-volatile memory and superior hiccup power protection technology enables users to store sensitive data and protect it against any potential power loss. Moreover, the wide operating temperature range also contributes to its capability of storing data securely in a wide variety of applications.