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Chip+Algorithm - Yspring Chip FOC Motor Drive Performance Measurement

2025-03-07 17:52:04

Under the unremitting exploration and innovation of ysspring, we are honored to present to you the actual test results of ysspring's 32-bit MCU applied to FOC motor drive. This test focuses on the perfect integration of "chip" and "algorithm", revealing the unique advantages of ysspring technology in the field of motor control.


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In the string wave pattern test, we found that the waveform of the original drive had significant distortion and discontinuous patterns, which undoubtedly affected the stability and performance of the motor. However, the waveforms presented by ysspring's MCU (Micro Control Unit) and the accompanying FOC (Field Oriented Control) algorithm are completely different. They exhibit a coherent and stable string wave pattern, maintaining excellent stability throughout the entire process from start-up to testing. This achievement not only demonstrates the exquisite skills of ysspring technology in waveform control, but also brings about a significant reduction in wind resistance and noise, providing users with a more peaceful and comfortable user experience.

 


In the speed and power tests, the ysspring scheme also performed well. Compared with the original version, at the same speed, ysspring's MCU and FOC algorithm achieved a 6.5% input power savings and significantly improved efficiency.

 

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In addition, in the 1-5 gear test, the ysspring solution achieved an average maximum speed 10.8% higher than the original version in each gear, which undoubtedly proves the technical strength of Huichun.

 

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Through the above comparative tests, it is not difficult to find that ysspring's MCU and supporting FOC algorithm demonstrate excellent stability, high efficiency, and low disturbance characteristics in fan applications. This is a vivid manifestation of the advantages of our "chip"+"algorithm" software hardware combination technology. Yspring will continue to deepen its expertise in the field of motor applications, continuously refine underlying algorithms, and strive to provide more advanced and reliable solutions for the industry.


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