5-GHz Antisymmetric Mode Acoustic Delay Lines in Lithium Niobate Thin Film

Engineering & Materials Science

• Acoustic delay lines 100%
• Lithium 55%
• Thin films 47%
• Insertion losses 21%
• Phase velocity 13%
• Group delay 12%
• Signal processing 8%
• Acoustic waves 7%
• Bandwidth 6%
• Finite element method 6%

Physics & Astronomy

• acoustic delay lines 86%
• lithium niobates 53%
• thin films 25%
• insertion loss 20%
• arts 12%
• propagation 11%
• coupling coefficients 10%
• phase velocity 10%
• signal processing 9%
• platforms 8%
• broadband 7%
• bandwidth 7%
• acoustics 5%