Added: 3 years ago
From: MideTech
Views: 14,988
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  • .A deceptively simple design. A flexible transducer is fixed to end of a metal strip which is clamped in a fixture. AC current causes the transducer to vibrate powerfully, and because it is fixed on one end, the energy travels down the strip like a wave, causing it to oscillate. The effect is similar to that of a whip.

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  • A perfect example of a project that was intended for a different use, like energy harvesting, but it turns out that it was easier to use it as a fan ... and sell it! gotta love marketing.

  • we do not convert DC to AC, the fan operates using AC directly from a wall outlet.

  • Compare to a fan of same size, this device does not displace a lot of air, does it?

  • compared to a rotary fan the air moved by this piezofan is less. however design changes can increase/decrease the amount of airflow from the fan.

  • that looks sick but how does it work?

  • The Piezo Fan combines all the characteristics of a QuickPack (low profile, low power etc) piezoelectric transducer with the cooling capabilities of a fan. The Piezo Fan runs from line voltage straight from a regular wall outlet.

  • no i mean how can you turn a direct current into the linear arc shown here?

  • I work at the company that makes this :-) This fan is running on AC directly from a US wall outlet (120V / 60Hz ). The fan contains a piezoelectric crystal material that deflects when a voltage is applied; the 60Hz oscillation of the wall power causes the fan to oscillate.

    The piezo fan is more expensive than the sleeve-bearing fans usually found in PCs and other consumer gear; its main use is in places where extremely long life, low power and maintenance-free operation are required.

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