KD *P Siv rau ob npaug, tripling thiab plaub npaug ntawm Nd:YAG Laser
Product Description
Cov khoom lag luam nrov tshaj plaws NLO yog cov poov tshuaj dihydrogen phosphate (KDP), uas muaj cov NLO coefficients qis tab sis muaj zog UV kis tau tus mob, muaj kev puas tsuaj loj, thiab siab birefringence. Nws feem ntau yog siv los muab Nd:YAG laser los ntawm ob, peb, lossis plaub (ntawm qhov kub thiab txias). KDP kuj feem ntau ua haujlwm hauv EO modulators, Q-switches, thiab lwm yam khoom siv vim nws qhov zoo tshaj plaws optical homogeneity thiab siab EO coefficients.
Rau cov ntawv thov uas tau hais los saum no, peb lub lag luam muab cov khoom siv ntawm cov khoom siv zoo KDP siv lead ua nyob rau hauv ntau qhov ntau thiab tsawg, nrog rau kev xaiv siv lead ua, tsim, thiab kev pabcuam.
KDP series Pockels hlwb tau ua haujlwm feem ntau hauv cov tshuab laser nrog txoj kab uas hla loj, lub zog siab, thiab cov mem tes me me dav vim lawv lub cev zoo dua thiab cov yam ntxwv kho qhov muag. Ib qho zoo tshaj plaws EO Q-switches, lawv tau siv hauv OEM laser tshuab, kho mob thiab tshuaj pleev ib ce lasers, ntau yam R & D laser platforms, thiab tub rog thiab aerospace laser tshuab.
Cov Nta Tseem Ceeb & Cov Ntawv Thov Ib Yam
● High optical kev puas tsuaj pib thiab siab birefringence
● Zoo UV kis tau tus mob
● Electro-optical modulator thiab Q keyboards
● Thib ob, thib peb, thiab thib plaub kev sib haum xeeb tiam, zaus ob npaug ntawm Nd:YAG laser
● Lub zog loj laser zaus hloov khoom siv
Cov cuab yeej yooj yim
| Cov cuab yeej yooj yim | KDP | KD* P |
| Tshuaj Formula | KH2PO 4 | KD2PO 4 |
| Transparency Range | 200-1500 nm | 200-1600 nm |
| Nonlinear Coefficients | d36 = 0.44pm/v | d36 = 0.40 pm/V |
| Refractive Index (ntawm 1064nm) | tsis = 1.4938, ne=1.4599 | tsis = 1.4948, ne=1.4554 |
| Absorptance | 0.07 / hli | 0.006/cm |
| Optical DamageThreshold | > 5 GW/cm2 | > 3 GW/cm2 |
| Extinction Ratio | 30dB ib | |
| Sellmeier Equations ntawm KDP(λ in um) | ||
| no2 = 2.259276 + 0.01008956/(λ2 - 0.012942625) +13.005522λ2/(λ2 - 400) ne2 = 2.132668 + 0.008637494/(λ2 - 0.012281043) + 3.2279924λ2/(λ2 - 400) | ||
| Sellmeier Equations ntawm K*DP(λ in um) | ||
| no2 = 1.9575544 + 0.2901391/(λ2 - 0.0281399) - 0.02824391λ2+0.004977826λ4 ne2 = 1.5005779 + 0.6276034/(λ2 - 0.0131558) - 0.01054063λ2 +0.002243821λ4 | ||
