Ukusetshenziswa Okusemqoka kanye Nezinyathelo ze-NTC Thermistor

I-NTC imele "i-coefficient engemihle yokushisa". Ama-Thermitors aphezulu we-NTC aphikisana ne-coefflement engemihle yokushisa, okusho ukuthi ukumelana kuncipha ngokushisa okwandayo. Kwenziwe ngoManganese, uCobalt, uNickel, ithusi kanye nezinye izinsimbi zensimbi njengezinto eziphambili ngenqubo ye-ceramic. Lezi zinto ze-wetal oxide ze-wemidecting zine-semiconducting yezakhiwo ngoba ziyefana ngokuphelele nezinto zokulungisa ezinjenge-germanium ne-silicon ngendlela yokwenza ugesi. Okulandelayo ukwethulwa kwendlela yokusebenzisa kanye nenhloso ye-NTC Thermistor esifundeni.
Lapho i-NTC Thermistor isetshenziselwa ukutholwa kwezinga lokushisa, ukuqapha noma isinxephezelo, kuvame ukudingekile ukuxhumanisa i-resistor ochungechungeni. Ukukhethwa kwenani lokumelana kunganqunywa ngokuya ngendawo yokushisa edinga ukutholwa kanye nenani lokugeleza kwamanje. Ngokuvamile, i-resistor enenani elifanayo nokumelana okujwayelekile kwezinga lokushisa kwe-NTC kuzoxhunywa ochungechungeni, futhi ukugeleza okukhona njengamanje kuqinisekisiwe ukuthi kuncane ukugwema ukuzikhandla futhi kuthinte ukunemba kokutholwa kwe-NTC Therfage. Uma ufuna ukuthola ijika eliqondile eliphakathi kwamandla kagesi ngokwengxenye kanye namazinga okushisa, ungasebenzisa umjikelezo olandelayo:

Ukusetshenziswa kwe-NTC Thermistor

Ngokwesimo se-coefficient engemihle ye-NTC Thermistor, isetshenziswa kabanzi kulezi zimo ezilandelayo:
1. Ukunxeshezelwa kokushisa kwama-transtors, ama-ICS, ama-crystal oscillator emishini yokuxhumana yeselula.
2. Ukushisa okuzwakalayo kwamabhethri atholakalayo.
3. Isinxephezelo sokushisa se-LCD.
4. Isinxephezelo sokushisa nokuzwela imishini yomsindo yemoto (CD, MD, tuner).
I-5. Isinxephezelo sokushisa semibuthano ehlukahlukene.
I-6
Izindlela zokuphepha zokusebenzisa i-NTC Thermistor
1. Naka amazinga okushisa asebenzayo we-NTC Thermistor.
Ungalokothi usebenzise i-NTC Thermistor ngaphandle kwebanga lokushisa elisebenzayo. Ukushisa okusebenzayo kwe-Φ, Φ, Futhi φ91 nochungechunge φ110 ~ + 150 ℃; Ukushisa okusebenzayo kwe-Φ13, Φtha, kanye φ2 Series kungu-40 ~ + 200 ℃.
2. Uyacelwa ukuthi uqaphele ukuthi abambethi be-NTC kufanele basetshenziswe ngaphansi kwezimo zamandla alinganiselwe.
Amandla alinganiswe kakhulu wokucaciswa ngakunye ukuthi: φ5-0.7w, φ9-1.9w, φ11-2.3w, φ15-3w, φ15-3.5w, φ040w
I-3. Izinyathelo zokusebenzisa ukusetshenziswa ezindaweni eziphakeme zokushisa kanye nezindawo eziphezulu zomswakama.
Uma i-NTC Thermistor idinga ukusetshenziselwa izinga lokushisa eliphakeme kanye nemvelo ephakeme yomswakama, kufanele kusetshenziswe i-Sheath hlobo thermistor futhi ingxenye evaliwe yomugqa wokuvikela kufanele ivezwe emvelweni (amanzi, umswakama), futhi ingxenye yokuvula ye-sheath ngeke ibe ukuxhumana ngqo namanzi nomusi.
4. Ayikwazi ukusetshenziswa kugesi eyingozi, imvelo yoketshezi.
Ungawusebenzisi endaweni enenzuzo yegesi noma endaweni lapho kuzohlangana khona nama-electrolyte, amanzi anosawoti, ama-acid, i-alkali, kanye nezinhlelo ze-organic.
5. Vikela izintambo.
Musa ukweqa futhi ugobe izintambo futhi ungasebenzisi ukudlidliza ngokweqile, ukushaqeka nokucindezela.
6. Gcina kude nezingxenye ezikhiqiza ukushisa.
Gwema ukufaka izakhi ze-elekthronikhi ezithambekele ekushiseni ezungeze i-Power NTC Thermistor, kunconywa ukusebenzisa imikhiqizo enezinyawo eziphakeme ebhodini eliphakeme, futhi usebenzise i-NTC Thermistor ukuba iphakeme kunezinye izingxenye ebhodini lokujikeleza ukugwema ukusebenza okujwayelekile kwezinye izinto.