Ingilazi ejwayelekile iyinto yokuvikela, engaba umqhubi ngokufaka ifilimu yokuqhuba (ifilimu ye-ITO noma ye-FTO) ebusweni bayo. Lena ingilazi yokuqhuba. Ibonakala ngokubonakalayo futhi ikhanya ngendlela ehlukile. Kuya ngokuthi hlobo luni lochungechunge lwengilazi yokuqhuba embozwe.
Ububanzi beIzibuko ezimbozwe yi-ITOingu-0.33/0.4/0.55/0.7/1.1/1.8/2.2/3mm enobukhulu obuphezulu obungu-355.6×406.4mm.
Ububanzi beIngilazi embozwe yi-FTOingu-1.1/2.2mm enobukhulu obuphezulu obungu-600x1200mm.
Kodwa buyini ubudlelwano phakathi kokumelana kwesikwele kanye nokumelana kanye nokuqhuba?
Ngokuvamile, inkomba esetshenziswa ukuphenya izakhiwo zokuqhuba zesendlalelo sefilimu yokuqhuba iwukumelana kweshidi, okumelelwa yiR (noma ama-R). Rkuhlobene nokumelana kukagesi kwesendlalelo sefilimu eqhubayo kanye nobukhulu besendlalelo sefilimu.
Esifanekisweni,dimele ukujiya.
Ukumelana kwesendlalelo sokuqhuba ishidi kungukuthiR = pL1 (dL2)
Kule fomula,pukuqina kwefilimu eqhubayo.
Ngesendlalelo sefilimu esakhiwe,pfuthidkungabhekwa njengezindinganiso ezingaguquki.
Uma i-L1=L2, iyisikwele, kungakhathaliseki ukuthi ingakanani ibhlogo, ukumelana kuyinani elingaguqukiR=p/d, okuyincazelo yokumelana kwesikwele. Okungukuthi,R=p/d, iyunithi ye Rngu: ohm/skwele.
Njengamanje, ukumelana kwesendlalelo se-ITO ngokuvamile kumayelana0.0005 Ω.cm, futhi okuhle kakhulu0.0005 Ω.cm, okusondelene nokumelana kwensimbi.
Ukusabelana kokumelana nakho kungukuqhutshwa komoya,σ= 1/p, lapho ukuhanjiswa kwamandla kagesi kukhulu, kulapho ukuhanjiswa kwamandla kagesi kuqina khona.
I-Saida Glass ayigcini nje ngokuba uchwepheshe endaweni yengilazi eyenziwe ngokwezifiso, kodwa futhi iyakwazi ukusiza amakhasimende ekuxazululeni izinkinga zobuchwepheshe endaweni yengilazi.
Isikhathi sokuthunyelwe: Ephreli-30-2021