STK14CA8-NF45TR

Memory

The STK14CA8-NF45TR is a memory component that can be used in a variety of application fields and has a unique working principle.

Application Field

The STK14CA8-NF45TR is especially suitable for use in automotive and industrial applications. In particular, it is applicable in applications such as Safety and Security where protection and reliable running of the system is important. In automotive applications, it is used in engine control units, gearbox systems, and brake control system. Furthermore, it is also used in industrial and agricultural machinery, pumps, compressors, solar power systems, and other automated control systems.

Working Principle

The STK14CA8-NF45TR is a Non-Volatile Memory component which means that is capable of storing data even when it loses power. It is built on a 16-bit architecture and is capable of accessing data at speeds of up to 45MHz. It implements error correction code (ECC) and matrix transformation coding (MTC) to protect data integrity and can store up to 32K words of data.

The STK14CA8-NF45TR is also capable of running low-power operations such as sleep and idle modes. In these modes, the device can run on less than 4mA current draw and does not require voltage converters. The device also implements a data watchdog timer for automatic reset in case of system failure.

The device also supports higher-speed access and two-channel buffered burst access which can improve performance in applications which require data from multiple memory locations. The device has an output latency of 1.2 clock cycles, making it ideal for applications which require fast data access.

The device is also protected against ESD, latchup, and other overvoltage conditions, making it ideal for use in harsh environments. The device also has built-in life cycle management that can detect and replace faulty cells.

Conclusion

The STK14CA8-NF45TR is a specialised memory component that is ideally suited for use in automotive, industrial and safety applications. The device’s 16-bit architecture, ECC and MTC data protection, and low-power operations make it ideal for these demanding applications. Its lightning-fast access time and protection against overvoltage and ESD make it suitable for even the harshest of environments.