I-HGTR (ithrekhi ephakeme ye-anti-grey) Ikristalu ye-KTP ekhiqizwa indlela ye-hydrothermal inqoba into ejwayelekile ye-electrochromism ye-KTP ekhule ngeflux, ngakho-ke inezinzuzo eziningi njengokuphakama kukagesi okuphezulu, ukulahleka kokufaka okuphansi, i-low-wave voltage, ukulimala okukhulu kwe-laser umkhawulo, nebhendi ebanzi yokudlulisa.

Amaseli we-KTP Pockels enziwe nge-HGTR-KTP crystal asetshenziswa ikakhulukazi kuma-laser e-pulse ngobubanzi obumincane be-pulse kanye nemvamisa ephezulu yokuphindaphinda. Ukunikeza izinzuzo zesilinganiso sokuqothulwa okuphezulu, i-low-wave-wave voltage, futhi akukho piezoelectric ringing umphumela ngaphansi kokuphindaphinda okuphezulu okuphindaphindekayo, amaseli we-KTP Pockels asetshenziswa kabanzi ku-laser eqala, i-laser lidar, i-lasers yezokwelapha kanye ne-lasers yezimboni, njll.

I-WISOPTIC inikezela ngokubonisana kwezobuchwepheshe, insiza yokwakha, isampula yokuhlola eyenziwe ngezifiso, nemikhiqizo ejwayelekile yokulethwa kwamaseli we-KTP Pockels.

Xhumana nathi ngesisombululo esihle kakhulu sohlelo lwakho lokusebenzisa iseli le-KTP Pockels.

Izinzuzo ze-WISOPTIC ze-KTP Pockels Cell

• Ibhendi ebanzi yokukhanya (0.5-3μm)

• Ukulahleka okuncane kokufaka

• Amandla kagesi asezingeni eliphansi

• Amandla kagesi amancane aphansi

• Isilinganiso sokuqothulwa okuphezulu

• Umkhawulo wokulimala we-laser ephezulu kakhulu

• Awukho umphumela wokukhala we-piezoelectric

• Ukushintshana okuqondile kweleveli ephindaphindayo ephezulu ye-laser enama-super-fast driver driver

• Umklamo onxephezelwe ngokwenziwe ngokusebenza kokububanzi obukhulu bokushisa

• Idizayini ebonakalayo, kulula kakhulu ukuyibeka nokuyilungisa

• Ikhwalithi ye-KTP yekhwalithi ngokumelana okuphezulu kwemvelo nokuphila kwenkonzo ende

I-WISOPTIC Idatha yezobuchwepheshe ye-KTP Pockels Cell

Izibalo zababili be-KTP (mm)	I-X-cut		Sika-Y		Ukuvuselelwa Kukagesi (Ohm · cm)
	HWV @ 1064nm (V)	Izilinganiso Zokuqothula @ 633nm (dB)	HWV @ 1064nm (V)	Izilinganiso Zokuqothula @ 633nm (dB)
3 × 3 × 10	1200	> 20	1000	> 20	> 1011
4 × 4 × 10	1600	> 20	1300	> 20	> 1011
5 × 5 × 10	2000	> 20	1600	> 20	> 1011
6 × 6 × 10	2300	> 20	1900	> 20	> 1011
7 × 7 × 10	2700	> 20	2200	> 20	> 1011
8 × 8 × 10	3100	> 20	2500	> 20	> 1011
9 × 9 × 10	3500	> 20	2800	> 20	> 1011
Umkhawulo wokulimaza: > 600 MW / cm2 ngamapulangwe ayi-10 @ 1064 nm (i-AR coating)