Isivivinyo Sokudlulisa Ukukhanya Kwepayipi Lepulasitiki se-YYP-BTG-A Isithombe Esifakiwe

Isivivinyo Sokudlulisa Ukukhanya Kwepayipi Lepulasitiki le-YYP-BTG-A

Incazelo emfushane:

Isihloli sokudlulisa ukukhanya kweshubhu i-BTG-A singasetshenziswa ukunquma ukudlulisa ukukhanya kwamapayipi epulasitiki kanye nokufakwa kwamapayipi (umphumela uboniswa njengephesenti elingu-A). Ithuluzi lilawulwa yikhompyutha yethebhulethi yezimboni futhi liqhutshwa ngesikrini sokuthinta. Linemisebenzi yokuhlaziya okuzenzakalelayo, ukurekhoda, ukugcina kanye nokubonisa. Lolu chungechunge lwemikhiqizo lusetshenziswa kabanzi ezikhungweni zocwaningo lwesayensi, emakolishi nasemanyuvesi, eminyangweni yokuhlola ikhwalithi, emabhizinisini okukhiqiza.

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Izicelo

Izinga Lomhlangano

I-GB/T 21300-2007《Amapayipi epulasitiki kanye nezinto zokufakelwa - Ukunqunywa kokuqina kokukhanya》

I-ISO7686:2005,IDT《Amapayipi epulasitiki kanye nezinto zokufakelwa - Ukunqunywa kokuqina kokukhanya》

Izici Zomsebenzi

1. Kungafakwa izivivinyo ezi-5, futhi amasampula amane angahlolwa ngesikhathi esisodwa;

2. Sebenzisa imodi yokulawula ikhompyutha yethebhulethi yezimboni ethuthuke kakhulu, inqubo yokusebenza izenzakalelayo ngokuphelele;

3. Uhlelo lokuthola i-flux ekhanyayo lusebenzisa i-optical collector enembile kakhulu kanye nesekethe yokuguqula i-analog-to-digital okungenani ama-bits angu-24.

4. Inomsebenzi wokuhlonza okuzenzakalelayo, ukubeka, ukulandelela kanye nokuhlola okunyakazayo kwamasampula amane kanye namaphuzu okulinganisa ayi-12 ngesikhathi esisodwa.

5. Ngokuhlaziywa okuzenzakalelayo, ukuqopha, ukugcina, kanye nemisebenzi yokubonisa.

6. Ithuluzi linezinzuzo zesakhiwo esinengqondo, ukusebenza okuzinzile, ukusebenza kahle okuphezulu, ukonga amandla, ukusebenza okulula kanye nokugcinwa okulula.

Amapharamitha Obuchwepheshe

1. Imodi yokulawula: ukulawulwa kwekhompyutha yethebhulethi yezimboni, inqubo yokuhlola izenzakalelayo ngokuphelele, ukusebenza kwesikrini sokuthinta kanye nokubonisa.
2. Ububanzi bobubanzi bepayipi: Φ16 ~ 40mm
3. Uhlelo lokuthola i-flux ekhanyayo: ukusetshenziswa kweqoqo le-optical elinokunemba okuphezulu kanye nesekethe yokuguqula i-analog-to-digital engu-24 bit
4. ubude be-wavelength yokukhanya: 545nm±5nm, kusetshenziswa umthombo wokukhanya ojwayelekile we-LED osindisa amandla
5. ukulungiswa kokukhanya kokukhanya: ± 0.01%
6. Iphutha lokulinganisa ukugeleza okukhanyayo: ± 0.05%
7. Ukufaka i-grating: 5, imininingwane: 16, 20, 25, 32, 40
8. Ukusetshenziswa kohlelo lokufaka esikhundleni oluzenzakalelayo lwe-grating, ngokuya ngezincazelo zesampula zokunyakaza kwe-grating yokulawula okuzenzakalelayo, ukubeka okuzenzakalelayo, umsebenzi wokulandelela isampula okuzenzakalelayo.

9. Isivinini sokungena/sokuphuma ngokuzenzakalelayo: 165mm/min
10. Ibanga lokuhamba ngokuzenzakalelayo kokungena/ukuphuma kwesitoreji: 200mm + 1mm
11. Isivinini sokuhamba kwesistimu yokulandelela isampula: 90mm/min
12. Ukunemba kokubekwa kwesistimu yokulandelela isampula: + 0.1mm
13. Irekhi yesampula: 5, imininingwane ingu-16, 20, 25, 32, 40.
14. Irekhi yesampula inomsebenzi wokubeka isampula ngokuzenzakalelayo, ukuqinisekisa ukuthi ubuso besampula kanye nokukhanya kwesigameko kuqondile.
15. Inomsebenzi wokuhlonza okuzenzakalelayo, ukubeka, ukulandelela kanye nokuhlola ukuhambisa amasampula amane esampula efanayo yepayipi (amaphuzu okulinganisa ama-3 esampula ngayinye) ngesikhathi esisodwa.