MEMS Resonator

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This product utilizes MEMS technology and an original design to realize a compact size 65% smaller than a 1.6 × 1.0 mm crystal resonator. It also realizes an ultra-compact chip scale package (CSP) that incorporates the necessary load capacitance for the oscillation circuit. This enables a reduction of around 75% in the total oscillation circuit space needed, which helps to reduce the final set size.
In addition, the open space can also be used to increase the battery size or add other functions.

The device supports high reliability especially in high temperature conditions because it does NOT utilize organic adhesives inside of the package.
For this reason, this device can be used in applications where good high-temperature performance is required, such as in industrial equipment and lighting.

The low ESR characteristics can be utilized to lower the IC gain.
This enables a reduction in the current consumption of the oscillation circuit and the power consumption of the overall set.

Murata's MEMS resonators feature small size, low power consumption, and high reliability. This helps to realize functions that require these characteristics, such as BLE, RTC, LPWA, and UWB.

Murata's MEMS resonators are much lighter weight than conventional crystal resonators, which makes them ideal for wearable applications.

Murata's world smallest MEMS resonator saves space and is able to withstand temperatures up to 125°C.

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Advantages of MEMS Resonator for each applications, and product selections, related documents.

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PDF catalogs for MEMS Resonators are available at the following links: