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EV interior electromagnetApplication: Operatingvoltage: AISI 1006steel sheet: Automotive interior electromagnet13.5V~17.5V (16V nominal). Min.130N (20°C); 58N (20°C, 0.5mm air gapbetween top surface of cup and sheet).
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EV interior electromagnetApplication: Operatingvoltage: AISI 1006steel sheet: Automotive interior electromagnet13.5V~17.5V (16V nominal). Min.130N (20°C); 58N (20°C, 0.5mm air gapbetween top surface of cup and sheet).
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EV interior electromagnetApplication: Operatingvoltage: AISI 1006steel sheet: Automotive interior electromagnet13.5V~17.5V (16V nominal). Min.130N (20°C); 58N (20°C, 0.5mm air gapbetween top surface of cup and sheet).
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EV interior electromagnetApplication: Operatingvoltage: AISI 1006steel sheet: Automotive interior electromagnet13.5V~17.5V (16V nominal). Min.130N (20°C); 58N (20°C, 0.5mm air gapbetween top surface of cup and sheet).
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EV interior electromagnetApplication: Operatingvoltage: AISI 1006steel sheet: Automotive interior electromagnet13.5V~17.5V (16V nominal). Min.130N (20°C); 58N (20°C, 0.5mm air gapbetween top surface of cup and sheet).
Read MoreIn the design of robot joints, servo motors, AGV wheel systems, and even humanoid robots, magnetic encoders (Robot Magnetic Encoder Sensors) are gradually replacing traditional optical encoders as the core components for position and velocity feedback. Their advantages—non-contact measurement, conta
READ MOREWhen an electric vehicle whizzes past you, the motor – the very “power heart” of the car – is spinning at thousands or even tens of thousands of revolutions per minute. Inside this heart lies a small but critically important component: the resolver sensor (or simply “resolver”). It constantly monito
READ MOREIntroduction: Starting with the Cost of a Single RotorWith the rapid growth of the electric vehicle and humanoid robot industries, the axial flux motor is emerging as a new favorite in drive systems thanks to its high power density, compact size, and superior torque performance. However, the journey
READ MOREIntroductionBehind every nimble turn and precise grasp of a humanoid robot lies a group of silently working "muscles"—the frameless torque motor. These motors shed the bulky housing of traditional motors, retaining only the stator and rotor as their core components. Like bare "prime movers," they ar
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