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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 MoreWhen selecting magnetic encoder disks, a common intuition is: the higher the number of pole pairs, the higher the resolution and the better the performance. At the sensor level, this judgment is broadly valid. But once the magnet material is fixed as injection-molded ferrite, the situation becomes m
READ MOREThe most common mistake in magnet selection for axial-flux motors is to start from the grade table: first look at remanence, then at the maximum operating temperature, and pick a grade that is “good enough” to put into the BOM. But in an axial-flux structure, this order is exactly reversed. The roto
READ MOREA high-speed motor or flywheel rotor sits in front of you. Outer diameter, stack length, shaft diameter—three numbers that seem like nothing more than annotations on a drawing. But in the world of high-speed rotation, these three dimensions constrain one another and form a triangle that can almost n
READ MOREWhen the electrical parameters of a resolver are selected correctly, the system may still exhibit angle fluctuation and zero-position drift. The problem is often not in the decoding circuit but in a more hidden place: the mechanical interface. A resolver essentially measures angle through electromag
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