LiNbO3

Regular price $510.00

Tax included.

LiNbO3 crystal has been widely used in optical waveguide and optical communication technology because of its excellent electro-optical properties. It is an ideal substrate material for many integrated optoelectronic devices. Because of the large electro-optic coefficient of LiNbO3, the half-wave voltage is low. The electro-optic effect of LiNbO3 crystal is usually used to modulate the optical signal. Electro-optic modulation is divided into longitudinal and transverse, and LiNbO3 is mainly used in transverse modulation. It has been widely used in medium and low power solid-state lasers.

 

Number
Size(mm) Length(mm) Orientation Coating
Price
Delivery
(week)
Order
LN001
9*9
25
z-cut AR/AR @ 1064 nm, with gold electrodes 510
1-2
LN002
6*6
25
z-cut AR/AR @ 1065 nm, with gold electrodes 570
1-2
LN003
Ø80
0.6
z-cut Uncoated 140
1-2
LN004
25.6*25.6
0.5
0/0
Uncoated 90
1-2
LN005
Ø50
0.5
0/0 Uncoated 110
1-2
LN006
Ø100
0.8
z-cut Uncoated 330
1-2
LN007
3*3
10
z-cut AR/AR/AU/AU 80
1-2
LN008
9*9
20
z-cut AR/AR/AU/AU 80
1-2
LN009
Ø50
0.5
0/0 Uncoated 110
1-2
LN010
Ø50
3
0/0 Uncoated 110
1-2

 

NLO Coefficients d33 = 34.4 pm/V
d31 = d15 = 5.95 pm/V
d22 = 3.07 pm/V
Efficiency NLO Coefficients deff =5.7 pm/V or ~14.6 x d36 (KDP) for frequency doubling 1300 nm;
deff =5.3 pm/V or ~13.6 x d36 (KDP) for OPO pumped at 1064 nm;
deff =17.6 pm/V or ~45 x d36 (KDP) for quasi-phase-matched structure.
Electro-Optic Coefficients gT33 = 32 pm/V,  gS33 = 31 pm/V,
gT31 =10 pm/V,  gS31=8.6 pm/V,
gT22 = 6.8 pm/V, gS22= 3.4 pm/V,
Half-Wave Voltage, DC
Electrical field||z, light ^z:
Electrical field||x or y, light||z:
3.03 KV
4.02 KV
Damage Threshold 100 MW/cm2 (10 ns, 1064nm)

 

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