25mJ Laser Target Designator
IMICIMBI YOBUCHWEPHESHE
| IMICIMBI YOMSEBENZI | |
| Laser wavelength | 1.064μm |
| I-Pulse average energy | ≥25mJ |
| Ukushintshashintsha komthamo we-Pulse | ngaphakathi komjikelezo, ukushintshashintsha kwe-pulse eduze ≤8% (izibalo ngemva kwamasekhondi angu-2 okukhipha ukukhanya) |
| I-Angle yokuhlakazeka kwe-laser | ≤0.5mrad |
| Ukuzinza kwe-axis optical | ≤0.05mrad |
| Ububanzi be-Pulse | ≤20ns |
| Isikhathi sokulungiselela amandla | ≤3s |
| UKUSEBENZA KWABO | |
| Imvamisa yokulinganisa | 1Hz, 5Hz, isikhathi esisodwa |
| Isikhathi esiqhubekayo esisukela | 5min(1Hz), 1min(5Hz) |
| 5Hz isikhathi esiphezulu sokusebenza esiqhubekayo | 2 imiz |
| Ibanga elincane | ≤100m |
| Umthamo wokuhlukahluka ojwayelekile | ≥2000m |
| Ukunemba okuguquguqukayo | ±2m |
| Izinga lokulinganisa elinembile | ≥ 98% |
| I-logic eshintshashintshayo: okuhlosiwe kokuqala nokokugcina | inhloso yokuqala neyokugcina |
| UKUSEBENZA KWE-IRRADIATION | |
| Ibanga lokushiswa kwemisebe | ≥2km |
| Imvamisa ye-Irradiation | imvamisa eyisisekelo 20Hz |
| Ukubhala amakhodi | ngokuhambisana nezidingo zesistimu;Ngekhono lokwenza ngezifiso isandiso sekhodi |
| Imodi yombhalo wekhodi | ikhodi yefrikhwensi enembile |
| Ukunemba kombhalo wekhodi | ≤±2.5μs |
| Imodi ye-Irradiation | isikhathi esisodwa se-irradiation ≥20s, qala iradiation futhi, isikhawu ≤15s, ingafakwa ngokuqhubekayo imijikelezo engu-8 |
| WISISHIYAGALOMBILI KANYE NOSIZI | |
| Isisindo | ≤450g |
| Usayizi | ≤67.4mm×51mm×90mm |
| PI-VOLTAGE YOKUTHENGA KAMANDLA | |
| Amandla kagesi | 19.6V ~ 25.2V |
| UKUSEBENZISA AMANDLA | |
| Ukusetshenziswa kwamandla okulindile | ≤4W |
| Ukusetshenziswa kwamandla okumaphakathi | ≤50W |
| Ukusetshenziswa kwamandla okuphezulu | ≤90W |
| I-ENVIRONMENTDL ADAPTABILITY | |
| Izinga lokushisa lokusebenza | -40℃ ~ 55℃ |
| Izinga lokushisa lesitoreji | -55℃ ~ 70℃ |
UMSEBENZI WOKULAWULA
2.1Ngomsebenzi we-laser esukela;
2.2Nikeza ngemisebe ye-laser eqondiwe;
2.3Ukwazi ukuxhumana nekhompuyutha ephethe ngokuya ngezidingo zephrothokholi yokuxhumana.
Umthwebuli wezithombe we-laser angabona imisebenzi elandelayo ngokusebenzisa isixhumi esibonakalayo sokuxhumana:
2.3.1Response laser esukela imiyalelo, futhi ingamiswa nganoma isiphi isikhathi ngokusho stop umyalelo;
2.3.2Idatha yebanga kanye nolwazi lwesimo luwumphumela wokushaya ngakunye uma usukela;
2.3.3Ukuhamba nomsebenzi wokungena ebangeni;
2.3.4Ukuqala ibanga okuqhubekayo awutholanga umyalo wokumisa 5min(1Hz)/1min(5Hz) ngemva kokumisa ibanga okuzenzakalelayo;
2.3.5Imodi yokushiswa kwemisebe kanye nekhodi kungasethwa;
2.3.6Ngokuphendula umyalo we-laser irradiation, ngokusho kwemodi, ukufaka ikhodi, i-irradiation isethiwe, futhi ingamisa i-irradiation nganoma yisiphi isikhathi ngokusho komyalelo wokumisa;
2.3.7Uma kungekho myalelo wokumisa owamukelwe ngemva kokuqala ukushiswa kwemisebe, uzoma ngokuzenzakalelayo ngemva komjikelezo owodwa wokuthela;
2.3.8Lapho i-laser irradiation, ishayela ngamunye okukhipha value ibanga kanye nolwazi isimo;
2.3.9Ukuzihlola ngokwakho bese ujikeleza ulwazi lokuzihlola kanye nesimo sokukhipha;
2.3.10Phendula ukuze uqale ukuzihlola wena kanye nolwazi lwesimo sokuphumayo;
2.3.11Ukwazi ukubika inani eliqongelelwe lama-laser pulses;
2.3.12Umsebenzi wokwehlukanisa okuqondiwe kwekhanda nokuphela.
MECHICAL INTERFACE
Umfanekiso 1 Isixhumi esibonakalayo idayagramu
