OnScale Thin Film Bulk Accoustic Resonator Simulation Guide

Film Bulk Acoustic Resonators (FBARs)

OnScale allows designers to simulate FBARs in full 3D using high fidelity FEA. Find out how you can optimize the performance of your designs for 5G applications using our simple simulation guide.

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Follow FBAR Simulation Guide below

FBAR Simulation Guide

FBAR 2D

Get started by simulating a basic 2D FBAR Model. 3 min 0.11 Core-Hours

FBAR 2D Design Study

Run 100 simulations in parallel and see the effects of layer thickness on electrical performance. 6 min 12.42 Core-Hours

FBAR 3D

Simulate a full 3D FBAR to capture the resonator's complete performance. 3 hr 17 min 26.29 Core-Hours (8 CPU)

Why Simulate FBARs in OnScale?

Large Design Spaces

OnScale has the ability to run and evaluate 1000s of designs in parallel.

Solution to Large Problems

OnScale can simulate full FBAR dies with multiple resonators in full 3D.

Electro-Mechanical Solver

Lowers cost of mechanical solve, reducing RAM and compute time.

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Additional Resources

Webinar

Time-domain Simulation of Electro-mechanical Sensors and Systems

OnScale explores and analyzes some of the common pain-problems in the sensor space.

Watch On-Demand

Whitepaper

Design and Optimization of FBAR filters to enable 5G

This Whitepaper takes a look at the next wave of 5G NR technologies, including key ongoing efforts to 5G into its future and realize the full 5G opportunity.

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Example

FBAR CAD Model

Discover how to import and run a FBAR CAD model in Designer Mode.

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