Best Price 23290661 For Cadillac Escalade 14-19 Shock Absorber with Sensor

Characteristic

• Energy Transformation and Exchange:Electromagnetic dampers(EMDs)have the unique ability to provide energy transformation and exchange between mechanical and electrical systems.

• Adjustable Damping:EM dampers can adjust the equivalent damping using a simple switched circuit,making them suitable for semi-active control applications.

• Self-Powered Capability:Some EM dampers are capable of harvesting vibrational energy and storing it in a rechargeable battery,which can then be used to power sensors and microcontrollers in semi-active control modes,realizing the characteristics of a self-powered EM damper.

• High Power Output:EM dampers can achieve high power output levels,making them attractive for energy harvesting applications.

• Constant Damping-Constant Power:EM dampers have the inherent characteristic of"Constant damping-Constant power,"which is important for their operation under impact loads.

• Compact and Energy Efficient:The control flux in EM dampers does not have to travel through high-reluctance permanent magnets,resulting in a more compact and energy-efficient device.

• Practical Elimination of Negative Stiffness:The use of flux feedback control in EM dampers can practically eliminate the actuator negative stiffness,which is an advantage over more conventional current control.

• Damping Smoothness:The introduction of pneumatic damping in some EM dampers makes the force–displacement curve smoother and increases the damping force significantly.

• Vibration Control and Energy Harvesting:EM dampers can serve dual purposes of vibration control and energy harvesting,providing green and regenerative energy output.

• Reduced Self-Heating:A part of energy dissipation occurs outside the EM damper,which may reduce the problems normally associated with the self-heating of viscous and friction dampers.

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