Kayan aiki don Tabbatar da Tsayayyar Planck - Samfurin Inganci
Fasali
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Hanyoyi na auna hannu ko na atomatik
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Hadakar tsari da saukin aiki
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Babu hanyar wucewa tsakanin layuka na layi
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Katin sayen bayanai tare da software don amfani da PC ta tashar USB
Gabatarwa
An yi amfani dashi don kayyade yanayin Planck ana amfani dashi don nuna tasirin tasirin hoto, Tacewar tana ɗaukar babban ƙarfin haɓakar aiki da ƙirar keɓaɓɓen keɓaɓɓen abu, bututun photoelectric mai ɗauke da ƙarfi, kuma bugun kira shine tsarin tacewa tare da ƙirar sabon abu da cikakkun ayyuka.
Hankalin Photocell ≥ 1mA / LM, yanayin duhu current 10A; sifili yawo ≤ 0.2% (cikakken sikelin karatu, 10a gear, bayan minti 20 na preheating, an auna shi tsakanin minti 30 a ƙarƙashin yanayin al'ada); Nunin LED-bit-3.5, mafi ƙarancin nuni na yanzu shi ne 10a, mafi ƙarancin nuni na lantarki shi ne 1mV, don haka “hanyar yanzu ta sifili” ko “hanyar biyan diyya” ana iya amfani da su don auna ƙarfin ƙarfin da aka yanke daidai
Bayani dalla-dalla
Bayani | Bayani dalla-dalla |
Iyakar matattara | 365 nm, 405 nm, 436 nm, 546 nm, 577 nm |
Girman budewa | 2 mm, 4 mm, 8 mm, 10 mm, 12 mm |
Haske mai haske | 50 W Fitilar Mercury |
Photocell | Matsayin zango: 340 ~ 700 nm |
Senswarewar Cathode: ≥1 µA (-2 V ≤ UKA ≤ 0 V) | |
Anode duhu mai gudana: ≤5 × 10-12 A (-2 V ≤ UKA ≤ 0 V) | |
Kewayon yanzu | 10-7 ~ 10-13 A, 3-1 / 2 nunin nuni |
Yanayin awon karfin wuta | Ni: -2 ~ +2 V; II: -2 ~ +20 V, 3-1 / 2 lambar nuni, kwanciyar hankali ≤0.1% |
Zero gantali | <± 0.2% na cikakken sikelin (na sikelin 10-13 A) a tsakanin minti 30 bayan dumi-dumi |
Hanyar aunawa | Hanyar yanzu ta Zero da kuma hanyar biyan diyya |
Kuskuren aunawa | 3% |
Jerin sassan
Bayani | Qty |
Babban Na'ura | 1 |
Sashin Kula da Wutar Lantarki | 1 |
Musamman BNC Cable | 2 |
Kebul na USB | 1 |
CD na software | 1 |
Igiyar wutar lantarki | 1 |
Littafin Umarni | 1 |