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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 MoreThe “Sensory Nerve” of Robot Joints
In intelligent equipment such as humanoid robots and industrial manipulators, the motion accuracy of each joint directly determines the overall performance of the machine. Inside each joint works a critical but often overlooked component – the magnetic encoder code disc. Like a “sensory nerve,” it c
In intelligent equipment such as humanoid robots and industrial manipulators, the motion accuracy of each joint directly determines the overall performance of the machine. Inside each joint works a critical but often overlooked component – the magnetic encoder code disc. Like a “sensory nerve,” it c
READ MOREAutomotive-Grade Precision Sensor Resolvers: How They Improve Vehicle Dynamics and Control
What makes one vehicle feel precise and stable, while another feels rough, delayed, or less predictable under the same driving conditions? In many cases, the answer starts with sensor feedback. When a control system cannot read rotor position and speed accurately, torque delivery, steering response,
What makes one vehicle feel precise and stable, while another feels rough, delayed, or less predictable under the same driving conditions? In many cases, the answer starts with sensor feedback. When a control system cannot read rotor position and speed accurately, torque delivery, steering response,
READ MOREMagnetic Levitation Motor Rotor Selection Guide: How To Match Speed, Power, And Dynamic Balancing
In the field of high-speed rotating machinery, magnetic levitation (maglev) motors are sparking a “levitation revolution.” Conventional motors rely on mechanical bearings to support the rotor, leading to issues such as friction, wear, and lubricant degradation that have long troubled engineers. Magl
In the field of high-speed rotating machinery, magnetic levitation (maglev) motors are sparking a “levitation revolution.” Conventional motors rely on mechanical bearings to support the rotor, leading to issues such as friction, wear, and lubricant degradation that have long troubled engineers. Magl
READ MOREWhat Are Permanent Magnetic Encoder Magnets? Types, Uses, and Selection Guide
Meta DescriptionLearn what permanent magnetic encoder magnets are, their main types, uses, and how to choose the right magnetic encoder solution for accuracy, durability, and system fit.Have you ever wondered why one Magnetic Encoder system delivers stable, accurate motion feedback while another str
Meta DescriptionLearn what permanent magnetic encoder magnets are, their main types, uses, and how to choose the right magnetic encoder solution for accuracy, durability, and system fit.Have you ever wondered why one Magnetic Encoder system delivers stable, accurate motion feedback while another str
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