-
LSAT Substrate
High temperature superconductors
-
TeO2 Substrate
1.Good birefringence and optical rotation performance
-
LiAlO2 Substrate
1. Low dielectric constant
2. Low Microwave loss
3. High-temperature superconducting thin film
-
BaF2 Substrate
1.IR performance, good optical transmittance
-
YVO4 Substrate
1.Good temperature stability and physical and mechanical properties
-
LaAlO3 Substrate
1. Low dielectric constant
2. Low Microwave loss
3. High-temperature superconducting thin film
-
DyScO3 Substrate
1.Good large lattice matching properties
2.Excellent ferroelectric properties
-
Sapphire Substrate
1.Heat conduction
2.High hardness
3.Infrared transmission
4.Good chemical stability -
BaTiO3 substrate
1. Excellent photorefractive properties
2. High reflectivity of self-pumped phase conjugation
-
LGS Substrate
1.High thermal stability
2.Low equivalent series resistance and electromechanical coupling coefficient 3-4 times of quartz
-
LiF Substrate
1.Excellent IR performance
-
BGO substrate
1.High stability SAW/BAW domain / time domain device
2.High sensitive read write holographic memory
