I-KTP-Ukuphindaphindwa rhoqo kwe-Nd:yag Lasers kunye nezinye iiLaser ze-Nd-doped
Ingcaciso yeMveliso
I-KTP sesona sixhobo sisetyenziswa ngokuphindaphindiweyo ukuphinda-phindwe kabini kwe-Nd:i-lasers ye-YAG kunye nezinye ii-lases ze-Nd-doped, ngakumbi kuxinano lwamandla aphantsi okanye aphakathi.
Iingenelo
● Uguqulo olusebenzayo lwefrequency (1064nm SHG uguqulelo olusebenzayo lumalunga nama-80%).
● Ii-coefficients ezinkulu ze-optical nonlinear (amaxesha ali-15 e-KDP)
● Ububanzi be-angular bandwidth kunye ne-angle encinci yokuhamba
● Ubushushu obubanzi kunye ne-spectral bandwidth
● I-thermal conductivity ephezulu (i-2 amaxesha e-crystal ye-BNN)
● Akukho manzi
● Ubuncinane bokuthambekela kokungafani
● Umphezulu ocwecwe ocwecwe kakhulu
● Akukho ukubola ngaphantsi kwama-900°C
● Uzinzile ngoomatshini
● Ixabiso eliphantsi xa lithelekiswa ne-BBO kunye ne-LBO
Usetyenziso
● Ukuphindaphindwa ngokuphindaphindiweyo (SHG) kwe-Nd-doped Lasers ye-Green / i-Red Output
● I-Frequency Mixing (SFM) ye-Nd Laser kunye ne-Diode Laser ye-Blue Output
● Imithombo yeParametric (i-OPG, i-OPA kunye ne-OPO) ye-0.6mm-4.5mm Imveliso yeThuna
● IiModyuli zoMbane ze-Electrical Optical (EO), ii-Optical Switches, kunye ne-Directional Couplers
● I-Optical Waveguides ye-Integrated NLO kunye ne-EO Devices
Uguqulo lwamaxesha amaninzi
I-KTP yaziswa okokuqala njengekristale ye-NLO yeenkqubo ze-laser ze-Nd ezinokuguqulwa okuphezulu.Ngaphantsi kweemeko ezithile, ukusebenza kakuhle kokuguqulwa kwabikwa kwi-80%, eshiya ezinye iikristale ze-NLO ezikude.
Kutshanje, ngophuhliso lwe-laser diode, i-KTP isetyenziswa ngokubanzi njengezixhobo ze-SHG kwi-diode impompo ye-Nd: YVO4 iinkqubo ze-laser eziqinileyo zokuvelisa i-laser eluhlaza, kunye nokwenza inkqubo ye-laser icwecwe kakhulu.
KTP Ye OPA, OPO Izicelo
Ukongeza kusetyenziso lwayo olubanzi njengesixhobo esiphindwe kabini kwiinkqubo ze-laser ye-Nd-doped yemveliso eluhlaza/eBomvu, i-KTP ikwayenye yezona kristale zibalulekileyo kwimithombo yeparametric yemveliso enokutyinwa ukusuka kokubonakalayo (600nm) ukuya kumbindi-IR (4500nm) ngenxa yokuthandwa kwemithombo yayo empompo, i-harmonic esisiseko kunye neyesibini ye-Nd: YAG okanye i-Nd: YLF lasers.
Esinye sezicelo eziluncedo kakhulu yi-non-critical phase-matched (NCPM) i-KTP OPO/OPA empontshwe yi-laser e-tunwable ukufumana uguqulo olusulungekileyo.I-KTP ye-OPO iphumela kwiziphumo ezizinzileyo eziqhubekayo ze-femto-yesibini i-pulse ye-108 Hz izinga lokuphindaphinda. kunye ne-milli-watt i-avareji yomgangatho wamandla kuzo zombini iisignali kunye neziphumo ezingasebenziyo.
I-Pumped by lasers Nd-doped, i-KTP i-OPO ifumene ngaphezulu kwe-66% yokuguqulwa kwempumelelo yokuguqulwa kwe-down-conversion ukusuka kwi-1060nm ukuya kwi-2120nm.
IiModyuli ze-Electro-Optical
Ikristale ye-KTP ingasetyenziswa njengeemodyuli ze-electro-optical.Ngolwazi oluthe vetshe, nceda uqhagamshelane neenjineli zethu zentengiso.
Iipropati ezisisiseko
| Ubume beCrystal | Orthorhombic |
| Indawo yokunyibilika | 1172°C |
| Inqaku leCurie | 936°C |
| Iiparamitha zeLattice | a=6.404Å, b=10.615Å, c=12.814Å, Z=8 |
| Ubushushu bokubola | ~1150°C |
| Ubushushu benguqu | 936°C |
| Mohs ubulukhuni | »5 |
| Ukuxinana | 2.945 g/cm3 |
| Umbala | engenambala |
| Ukuchaphazeleka kweHygroscopic | No |
| Ubushushu obuthile | 0.1737 cal/g.°C |
| I-Thermal conductivity | 0.13 W/cm/°C |
| Ukuhanjiswa kombane | 3.5x10-8 s/cm (c-axis, 22°C, 1KHz) |
| Ukwandiswa kwe-Thermal coefficients | a1 = 11 x 10-6 °C-1 |
| a2 = 9 x 10-6 °C-1 | |
| a3 = 0.6 x 10-6 °C-1 | |
| I-Thermal conductivity coefficients | k1 = 2.0 x 10-2 W/cm °C |
| k2 = 3.0 x 10-2 W/cm °C | |
| k3 = 3.3 x 10-2 W/cm °C | |
| Ugqithiso loluhlu | 350nm ~ 4500nm |
| Uluhlu lokuTyaniswa kweSigaba | 984nm ~ 3400nm |
| I-coefficients yokufunxa | a <1%/cm @1064nm kunye ne-532nm |
| Iinkcazelo ngeempawu ezingezizo | |
| Uluhlu oluhambelana nenqanaba | 497nm – 3300 nm |
| I-nonlinear coefficients (@ 10-64nm) | d31=2.54pm/V, d31=4.35pm/V, d31=16.9pm/V d24=3.64pm/V, d15=1.91pm/V kwi-1.064 mm |
| I-nonlinear optical coefficients esebenzayo | deff(II)≈ (d24 - d15)sin2qsin2j - (d15sin2j + d24cos2j)sinq |
Uhlobo II SHG ye-1064nm Laser
| Inqanaba lokuthelekisa i-engile | q=90°, f=23.2° |
| I-nonlinear optical coefficients esebenzayo | deff » 8.3 x d36(KDP) |
| Ukwamkelwa kwe-angular | Dθ= 75 mrad Dφ= 18 mrad |
| Ukwamkelwa kobushushu | 25°C.cm |
| Ukwamkelwa kweSpectral | 5.6 Åcm |
| I-angle yokuhamba | 1 mrad |
| Umda womonakalo wamehlo | 1.5-2.0MW/cm2 |
Iiparamitha zobuGcisa
| Ubungakanani | 1x1x0.05 - 30x30x40 mm |
| Uhlobo lokuthelekisa isigaba | Uhlobo II, θ=90°; φ=inqanaba lokuthelekisa i-engile |
| Ukwaleka okuqhelekileyo | S1 & S2: AR @ 1064nm R<0.1%; AR @ 532nm, R<0.25%. b) S1: HR @1064nm, R>99.8%; HT @808nm, T>5% S2: AR @1064nm, R<0.1%; AR @532nm, R<0.25% I-coating eyenziwe ngokwezifiso ifumaneka ngesicelo somthengi. |
| Ukunyamezela i-angle | 6' Δθ< ± 0.5°;Δφ< ±0.5° |
| Ukunyamezela komlinganiselo | ± 0.02 - 0.1 mm (W ± 0.1mm) x (H ± 0.1mm) x (L + 0.2mm/-0.1mm) kuthotho lwe-NKC |
| Ukucaba | λ/8 @ 633nm |
| Krwela/Dig ikhowudi | 10/5 Scratch / dig nganye MIL-O-13830A |
| Ukufana | <10' ngcono kune 10 imizuzwana arc for NKC series |
| Perpendicularity | 5' 5 imizuzu arc NKC series |
| Ukugqwetheka kwamaza | ngaphantsi kwe λ/8 @ 633nm |
| Umngxuma ocacileyo | 90% indawo esembindini |
| Ubushushu bokusebenza | 25°C - 80°C |
| Homogeneity | dn ~ 10-6/cm |
