Ifilimu Eminyene I-Flat Plate Isifudumezi Samanzi Solar
Ukusebenzisa i-metal resistance paste njengento eyinhloko eluhlaza, ukuphrinta ukwakha isifunda sesendlalelo esihlanzekile sokumelana, okungaba namandla azinzile ngemva kokunikwa amandla. Nalesi sici,isifunda esihlanganisiwe se-resistor (ebizwa ngokuthi isekethe) kwakheka. Ukushintsha okungazelelwe kwezinga lokushisa okubangelwa ukwanda kokumelana kungalungiswa kusuka ekamelweni lokushisa kuya kumakhulu amadigri. Ijika le-R-T linomugqa. Lesi sici sibizwa ngokuthi umphumela wokumelana wesekethe ye-coefficient yokushisa enhle.
Ayinazo nje izici ezijwayelekile ze-thermistor, kodwa futhi ngenxa yokuhluka kokwakheka kwayo kwezinto ezibonakalayo kanye nenqubo, iphinde ibe nokusebenza okuyingqayizivele nokuhle kakhulu i-thermistor evamile engenakho, ukuze ukunemba kokulawula kanye nokuzwela kuthuthukiswe kakhulu. Ingabona ukulungiselelwa kwegradient yezoni yokushisa eningi nokulawula okuhlakaniphile.
Izinzuzo Eziyisikhombisa:
●1. Ukusebenza kahle kuphezulu njenge 97%
●2. Uma isetshenziswa emanzini noma oketshezini , i-substrate akulula ukukala
●3. Ukuminyana kwamandla ngokuvamile kukhiqizwa njengo-60W/cm2, okuphindwe izikhathi eziningana kwezamasiko
●4. Iyunifomu futhi izinzile. Endabeni yokulawula ugesi, ukushintsha kwezinga lokushisa kuncane, futhi ukunemba kokulawula izinga lokushisa ngu-±2℃
●5. Ibanga lohlelo lokusebenza olubanzi, AC/DC jikelele, futhi ingenziwa ibe ngamajamo ahlukene ngokwezidingo ezahlukene zokuklama
●6. Uma kuqhathaniswa nezamasiko, inomthamo omncane we-tcapacity, ngakho isivinini sishesha ngokwedlulele, futhi kuncane kakhulu ukushisa okuyinsalela ngemva kokuhluleka kwamandla
●7. Ukuhlukaniswa kwamanzi nogesi kwakhiwa ngongqimba lwe-inorganic oxide insulating, enezici ze-anti-oxidation, ukuncishiswa kwamandla cishe 0, futhi impilo yesevisi ingafinyelela ku-15000h
