Description
LiNbO3 Piezo-Electrical Crystal has excellent electro-optic, acousto-optic, piezoelectric, and nonlinear properties. It is widely used in civil fields. The underlying material is lithium niobate.
LiNbO3 Piezo-Electrical Crystal properties
Good nonlinear properties with a relatively large nonlinear optical coefficient. Critical phase matching is achievable. As an electro-optic crystal, it is an important optical waveguide material. As a piezoelectric crystal, it makes middle- and low-frequency SAW filters plus high-power, high-temperature ultrasonic transducers. SAW filters in phones use the piezoelectric effect. Critical phase matching simplifies doubling setups. High-temperature transducers serve harsh environments. Waveguide material status drives telecom adoption.
Doped variants
LN(Mg) crystal greatly improves the anti-laser-damage threshold. LN(Mg)(Nd) crystal realizes the frequency-doubling effect. LN(Fe) crystal serves optical holographic storage. Mg doping is the standard path to higher power handling. Each dopant addresses a different application niche.
LiNbO3 Piezo-Electrical Crystal applications
Pockels cells. Q-switches. Phase modulators. Waveguide substrates. Surface acoustic wave (SAW) wafers. Modulators benefit from the strong E-O coefficients. For the dedicated Q-switch grade, see our LN MgOLN Q-Switch Crystal.
Request a quote for LiNbO3 Piezo-Electrical Crystal with your cut and doping requirements. Specify the operating frequency for SAW designs. Prototype quantities support early evaluation. Custom cuts serve resonator and modulator geometries.
LiNbO3 Piezo-Electrical Crystal has excellent electro-optic, acousto-optic, piezoelectric, and nonlinear properties. It is widely used in civil fields. The underlying material is lithium niobate.
LiNbO3 Piezo-Electrical Crystal has excellent electro-optic, acousto-optic, piezoelectric, and nonlinear properties. It is widely used in civil fields. The underlying material is lithium niobate.
LiNbO3 Piezo-Electrical Crystal properties
Good nonlinear properties with a relatively large nonlinear optical coefficient. Critical phase matching is achievable. As an electro-optic crystal, it is an important optical waveguide material. As a piezoelectric crystal, it makes middle- and low-frequency SAW filters plus high-power, high-temperature ultrasonic transducers. SAW filters in phones use the piezoelectric effect. Critical phase matching simplifies doubling setups. High-temperature transducers serve harsh environments. Waveguide material status drives telecom adoption.
Good nonlinear properties with a relatively large nonlinear optical coefficient. Critical phase matching is achievable. As an electro-optic crystal, it is an important optical waveguide material. As a piezoelectric crystal, it makes middle- and low-frequency SAW filters plus high-power, high-temperature ultrasonic transducers. SAW filters in phones use the piezoelectric effect. Critical phase matching simplifies doubling setups. High-temperature transducers serve harsh environments. Waveguide material status drives telecom adoption.
Doped variants
LN(Mg) crystal greatly improves the anti-laser-damage threshold. LN(Mg)(Nd) crystal realizes the frequency-doubling effect. LN(Fe) crystal serves optical holographic storage. Mg doping is the standard path to higher power handling. Each dopant addresses a different application niche.
LN(Mg) crystal greatly improves the anti-laser-damage threshold. LN(Mg)(Nd) crystal realizes the frequency-doubling effect. LN(Fe) crystal serves optical holographic storage. Mg doping is the standard path to higher power handling. Each dopant addresses a different application niche.
LiNbO3 Piezo-Electrical Crystal applications
Pockels cells. Q-switches. Phase modulators. Waveguide substrates. Surface acoustic wave (SAW) wafers. Modulators benefit from the strong E-O coefficients. For the dedicated Q-switch grade, see our LN MgOLN Q-Switch Crystal.
Pockels cells. Q-switches. Phase modulators. Waveguide substrates. Surface acoustic wave (SAW) wafers. Modulators benefit from the strong E-O coefficients. For the dedicated Q-switch grade, see our LN MgOLN Q-Switch Crystal.
Request a quote for LiNbO3 Piezo-Electrical Crystal with your cut and doping requirements. Specify the operating frequency for SAW designs. Prototype quantities support early evaluation. Custom cuts serve resonator and modulator geometries.
Request a quote for LiNbO3 Piezo-Electrical Crystal with your cut and doping requirements. Specify the operating frequency for SAW designs. Prototype quantities support early evaluation. Custom cuts serve resonator and modulator geometries.
