Murata Piezo Vibe

Design

With technology today advancing into smaller and smaller packages and wearable devices becoming more and more common, Murata has provided a solution for vibration notification that fits the bill in wonderful fashion.

The Murata Piezo Vibe is a piezo electric solution providing high functionality in a small package as illustrated above. Power consumption is minimal at 7 mW. The vibration intensity is at its maximum at 3.5 VDC and the current draw does not exceed 2 mA.

Assembly

This device is designed with a built-in driver circuit making assembly a simple process. Interface with the power circuit is made at the flat flex tab on the long side of the device (Pictured above). The recommended method for this process is to fix the Piezo Vibe to a circuit board. The flat flex tab has voltage and ground solder points fixed on either side of the tab. For testing it is easy to attach wire leads to the solder points as well. Also, the device is fixed with double sided tape making mounting even easier.

The Murata Piezo Vibe is designed for the wearable market. With its small size and low power consumption it is perfectly suited for smart watches, smart rings, activity bands and the like. It is not limited to these however. It could also be used in any device requiring vibration notification.

 

References:

1 –DigiKey Product Page - Murata Piezo Vibe

2 –DigiKey EEWiki post - EEWiki Murata Piezo Vibe

3 –Manufacturer Datasheet - Murata Piezo Vibe Datasheet

Or if you have a question feel free to ask on the DigiKey Tech Forum - DigiKey Tech Forum

About this author

Travis Weesner, Associate Applications Engineering Technician at DigiKey, has been with DigiKey since 2008, recently moving into his current position where he is responsible for providing technical assistance to customers worldwide. Previously, he was a Supplier Pricing Specialist for semiconductors, where he learned about the applications for semiconductors specifically in the memory realm as well as some in the microcontroller realm. Travis holds a degree in Electronics Technology Automated Systems. While his tendency is toward semiconductors, he feels like sensors and automation are the wave of the future.

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