KTP Crystal

Potassium Titanyle Arsenate (KTiOAsO4), kana KTA kristaro, yakanakisa isina mutsetse wekristaro yemaziso eOptical Parametric Oscillation (OPO) application.Iine zviri nani zvisiri-mutsara optical uye electro-optical coefficients, zvakanyanya kuderedza kunyura munharaunda ye2.0-5.0 µm, yakafara angular uye tembiricha bandwidth, yakaderera dielectric constants.

Chimiro cheCrystal:Orthorhombic

Melting point:1172°C

Curie Point:936°C

Lattice parameters:a=6.404Å, b=10.615Å, c=12.814Å, Z=8

Tembiricha yekuora:~1150°C

Shanduko tembiricha:936°C

Density:2.945 g/cm3

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Product Detail

Technical parameters

Vhidhiyo

Potassium Titanyl Phosphate (KTiOPO4 kana KTP) KTP ndiyo inonyanya kushandiswa zvinhu zvefrequency kupetwa kaviri kweNd: YAG uye mamwe maNd-doped lasers, kunyanya kana simba remagetsi riri padanho rakaderera kana repakati.Parizvino, yakawedzera uye intra-cavity frequency yakapetwa kaviri Nd: lasers uchishandisa KTP yave yakasarudzika pombi sosi yeinooneka dhayi lasers uye tunable Ti: Sapphire lasers pamwe neawo amplifiers.Iwo zvakare anobatsira akasvibira masosi kune akawanda ekutsvagisa uye maindasitiri ekushandisa.
KTP iri kushandiswawo kusanganisa intracavity ye0.81µm diode uye 1.064µm Nd:YAG laser kugadzira mwenje weblue uye intracavity SHG yeNd:YAG kana Nd:YAP lasers pa1.3µm kugadzira mwenje dzvuku.
Pamusoro peakasarudzika maNLO maficha, KTP zvakare ine inovimbisa EO uye dielectric zvivakwa zvinofananidzwa neLiNbO3.Izvi zvinobatsira zvivakwa zvinoita kuti KTP ibatsire zvakanyanya kune akasiyana EO zvishandiso.
KTP inotarisirwa kutsiva LiNbO3 kristaro mune yakakura vhoriyamu yekushandiswa kweEO modulators, kana zvimwe zvakanaka zveKTP zvasanganiswa muaccount, senge yakakwira kukuvara kwechikumbaridzo, yakafara optical bandwidth (> 15GHZ), kupisa uye kugadzikana kwemuchina, uye kurasikirwa kwakaderera, nezvimwe. .
Hunhu Hukuru hweKTP Makristasi:
● Shanduko yefrequency inoshanda (1064nm SHG shanduko inoshanda ingangoita 80%).
● Mahombe e nonlinear optical coefficients(15 times that of KDP)
● Wide angular bandwidth uye duku yekufamba-off angle
● Tembiricha yakakura uye spectral bandwidth
● High thermal conductivity (2 times that of BNN crystal)
Applications:
● Frequency Doubling (SHG) yeNd-doped Lasers yeGreen/Red Output
● Frequency Mixing (SFM) yeNd Laser uye Diode Laser yeBlue Output
● Parametric Sources (OPG, OPA uye OPO) ye0.6mm-4.5mm Tunable Output
● Electrical Optical (EO) Modulators, Optical Switches, uye Directional Couplers
● Optical Waveguides for Integrated NLO uye EO Devices a=6.404Å, b=10.615Å, c=12.814Å, Z=8

Basic Properties yeKTP
Crystal chimiro	Orthorhombic
Melting point	1172°C
Curie Point	936°C
Lattice parameters	a=6.404Å, b=10.615Å, c=12.814Å, Z=8
Tembiricha yekuora	~1150°C
Shanduko tembiricha	936°C
Mohs kuoma	»5
Density	2.945 g/cm³
Color	isina ruvara
Hygroscopic Susceptibility	No
Kupisa chaiko	0.1737 cal/g.°C
Thermal conductivity	0.13 W/cm/°C
Electrical conductivity	3.5 × 10^-8s/cm (c-axis, 22°C, 1KHz)
Thermal kuwedzera coefficients	a₁= 11 x 10^-6°C^-1a₂= 9 x 10^-6°C^-1a₃= 0.6 x 10^-6°C^-1
Thermal conductivity coefficients	k₁= 2.0 x 10^-2W/cm °C k₂= 3.0 x 10^-2W/cm °C k₃= 3.3 x 10^-2W/cm °C
Transmiting range	350nm ~ 4500nm
Phase Matching Range	984nm ~ 3400nm
Absorption coefficients	a <1%/cm @1064nm uye 532nm

Nonlinear Properties
Phase matching range	497nm - 3300 nm
Nonlinear coefficients (@ 10-64nm)	d₃₁=2.54pm/V, d₃₁=4.35pm/V, d₃₁=16.9pm/V d₂₄=3.64pm/V, d₁₅=1.91pm/V pa 1.064 mm
Inoshanda nonlinear optical coefficients	d_eff(II)≈ (d₂₄– d₁₅)chivi²qsin²j - (d₁₅chivi²j + d₂₄cos²j)sinq

Type II SHG ye1064nm Laser
Phase matching angle	q=90°, f=23.2°
Inoshanda nonlinear optical coefficients	d_eff» 8.3 xd₃₆(KDP)
Angular kugamuchirwa	D_θ= 75 mradhi D_φ= 18 mradhi
Kugamuchira tembiricha	25°C.cm
Spectral kugamuchira	5.6 Åcm
Walk-off angle	1 mrad
Optical kukuvara chikumbaridzo	1.5-2.0MW/cm²