|Researchers at Purdue University have developed a new method for single domain lithium niobate (LiNbO3) thin films integration via a seed layer approach. Currently, twin free single domain-like growth is achievable but requires conditions that are challenging to replicate. Purdue researchers introduce a single laser pulsation technique for growing LNO films with comprehensive microstructure. This process also eliminates traditional need for etching which can cause limitations in thin film materials. These films can be implemented in optics, acoustics, and electronics to reduce losses and optimize efficiency.
-Optimizes and Retains LNO Material Properties
-Surface Acoustic Wave (SAW) Devices
-Acoustic and Electro-Optic Modulators
-Second Harmonic Generators
-Q-switched Laser Devices
-Optical Parametric Oscillators
The growth conditions for the new LNO thin films developed by Purdue researchers have been optimized for ease of replication and integrated into a potential RF application showing promise for additional electro-acoustic applications.
"Technology Uses 'Single' Approach to Develop Electronics, Acoustics"
Purdue University, Research Foundation News
Feb 23, 2021
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