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'Chip'+'Algorithm' - yspringFOC motor algorithm fan full operating condition test

2025-03-21 17:11:35

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Yspring Technology has made a breakthrough by deeply integrating self-developed chips with Field Oriented Control (FOC) algorithms to create a fully adaptive motor drive system for all operating conditions, completely overturning the performance boundaries of traditional fans. Actual test data shows that the algorithm exhibits disruptive advantages in four core scenarios:

 

1. Instantly start like the wind: break through the zero delay limit

Windward start-up achieves true 'zero delay response', with blades able to maintain smooth acceleration even under natural wind disturbances



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• Compared to the traditional fan's 0.5 second startup lag, the yspring motor achieves millisecond level adjustment of current phase through vector control algorithm, resulting in a 50 fold increase in response speed

 

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2. Strong against the wind: intelligent evolution of torque

The original torque compensation model can sense reverse airflow in real time and dynamically adjust the magnetic field angle

The output torque has increased by 150% compared to traditional solutions, and it can still start without lagging in adverse wind environments, demonstrating surging power


 

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3. Natural Rhythm: Algorithmic Reconstruction of Wind Perception Philosophy

Equipped with a composite algorithm of 1/f noise model and sine modulation, accurately reproducing wind speed fluctuations in nature

Realize ± 20% random variable speed within the range of 300-1200rpm, completely bidding farewell to the constant wind sensation of traditional fans


 

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4. Smart Guardian: Blocked rotation without stalling black technology

Intelligent torque compensation system monitors abnormal speed in real time, reducing stall risk by 90%

• Unique current closed-loop control+high-frequency jitter injection technology ensures continuous output of stable torque during locked rotor, instantly restores full speed upon release, and speed fluctuation<0.1%


 

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Actual test data shows that in continuous high load testing, the motor efficiency has increased by 19% compared to traditional solutions, and the electromagnetic noise has been reduced by 12dB (A), truly achieving a perfect balance between "strong power" and "high comfort". This breakthrough technology not only redefines fan performance standards, but also brings revolutionary upgrade solutions to fields such as smart homes and industrial transmissions.


Welcome to call us at 0755-86217885 for free chip samples and demo boards~


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