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Efficiency increased with a response time of 4ms and a thickness of 0.45mm.
Suitable for temperature and shape changes due to its unimorph structure
Mouser Electronics supplies the ultra-thin PiezoHapt, which expands TDK's portfolio of haptic devices, including actuators. With a thickness of 0.35 mm and a response time of 4 ms, it is thinner and more energy-efficient than conventional eccentric and linear resonant motors.

TDK's PiezoHapt actuator, supplied by Mouser, is designed with a unimorphic structure and consists of multilayer piezo elements attached to one side of the diaphragm. Thanks to the unimorphic structure, it can adapt to changes in temperature and shape and operates at low voltages. It is driven by voltages as low as 24V and exhibits various vibration patterns depending on the amplitude and frequency of the applied voltage. With a frequency of 200Hz and a peak voltage of 24V, the PiezoHapt typically provides a displacement of 65µm (no-load).
It is also an energy-saving haptic solution requiring a diaphragm measuring 80 × 60 mm. It is suitable for applications where haptic feedback technology is applied, such as smartphones, wearables, tablet PCs, displays, touchpads, and industrial control.
Suitable for temperature and shape changes due to its unimorph structure
Mouser Electronics supplies the ultra-thin PiezoHapt, which expands TDK's portfolio of haptic devices, including actuators. With a thickness of 0.35 mm and a response time of 4 ms, it is thinner and more energy-efficient than conventional eccentric and linear resonant motors.
TDK's PiezoHapt actuator, supplied by Mouser, is designed with a unimorphic structure and consists of multilayer piezo elements attached to one side of the diaphragm. Thanks to the unimorphic structure, it can adapt to changes in temperature and shape and operates at low voltages. It is driven by voltages as low as 24V and exhibits various vibration patterns depending on the amplitude and frequency of the applied voltage. With a frequency of 200Hz and a peak voltage of 24V, the PiezoHapt typically provides a displacement of 65µm (no-load).
It is also an energy-saving haptic solution requiring a diaphragm measuring 80 × 60 mm. It is suitable for applications where haptic feedback technology is applied, such as smartphones, wearables, tablet PCs, displays, touchpads, and industrial control.
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