AT45DB161E-CCUF-T

Memory

The AT45DB161E-CCUF-T is a non-volatile memory that specifically designed for low-power applications. It is a highly integrated one-time programmable (OTP) chip that provides a low-power and high-speed storage solution. It is often used in embedded systems and other small form factor applications. In this article, we will discuss the application field and working principle of the AT45DB161E-CCUF-T.

Application field

As mentioned above, the AT45DB161E-CCUF-T is commonly used in embedded systems and other small form factor applications. It is designed to provide a dependable, low-power and compact memory solution. It is perfect for applications where power is limited such as wearable devices, Internet of Things (IoT) and other mobile applications.

Furthermore, the AT45DB161E-CCUF-T can provide a reliable and low cost solution for secured systems. It can store up to 160KB of data which is enough for light industrial and consumer applications. And its low power operation makes it suitable for battery operated systems.

Working Principle

The working principle of the AT45DB161E-CCUF-T is simple yet efficient. It is based on a one-time programming (OTP) architecture. OTP means that the memory can only be programmed once and all data must be written in one write cycle. All data is stored in a non-volatile memory, which can retain its contents even when the power is switched off.

The OTP architecture also allows the memory to run faster than traditional memory chips. It is capable of performing write operations at up to 20MHz and read operations at up to 10MHz. This makes it an ideal solution for embedded systems that require fast read/writes.

In addition to OTP, the AT45DB161E-CCUF-T also provides a robust protection system. It has a built-in ECC and has password protection to prevent unauthorized access.

Conclusion

The AT45DB161E-CCUF-T is a perfect solution for low-power and small form factor applications. Its OTP architecture and robust protection system makes it an ideal choice for embedded systems that require a high-speed, low-power, and compact memory solution.