Ferroelectric Memory SF25C20 is widely used for industrial high-frequency storage

The core value brought by data lies in the fact that it can truly reflect and describe the production and manufacturing process, which also provides brand new means and methods for the analysis and optimization of the manufacturing process. Therefore, data-driven can also be said to be a key step in realizing intelligent manufacturing.

As the heart of the manufacturing industry, the traditional motor control platform can no longer meet the requirements of modern manufacturers for the control and protection of motors. The current, voltage and vibration waveform data generated by the operation of multiple motors in the factory are characterized by massive, high-frequency and decentralized, so big data, which is centered on the storage and analysis of massive data, plays an increasingly important role in the motor management system.

For example, in the relay switching unit, the system needs to record the number of relay on/off times and monitor the degree of relay wear in real time in order to predict the relay failure in time before the failure occurs. In the motion control unit, the system needs to record the coordinate data information of electronic motion in real time in order to resume normal operation of the motor after power-up.

Therefore, the non-volatile, high-speed read/write, high read/write endurance ferroelectric memory SF25C20 is well suited to meet these requirements for reliability and no latency. The main advantage of this memory is that the number of data reads is close to unlimited, and the read current is extremely small, which is very suitable for some applications that require frequent data reads, and can be fully compatible with the MB85RS2MT (Fujitsu) and FM25V20A (Cypress) chips, and has a certain price advantage.