Incazelo emfushane:
Njengengxenye ebalulekile yohlelo lwamandla, amabhethri kufanele ahlolwe futhi anakekelwe minyaka yonke, ngekota noma ngisho ngenyanga futhi idatha yawo yokuhlola idinga ukuhlaziywa njalo.
Njengengxenye ebalulekile yesistimu yamandla, amabhethri kufanele ahlolwe futhi anakekelwe minyaka yonke, ngekota noma ngisho ngenyanga futhi idatha yawo yokuhlola idinga ukuhlaziywa njalo.
Ukwenza kuye kwafakazela ukuthi akukho ukuhlobana phakathi kwe-voltage namandla okugcina, ngoba i-voltage ibonisa kuphela izici ezingaphezulu zebhethri.
Emhlabeni jikelele, ukuhlolwa kwe-conductance noma ukumelana kwangaphakathi sekusetshenziswa kabanzi ekunakekelweni okujwayelekile kwamabhethri ukuze kuthathwe indawo yendlela yangaphambili yokuhlola i-voltage. Ngoba i-conductance noma ukumelana kwangaphakathi kuyipharamitha ekhombisa ingaphakathi lebhethri, i-conductance noma ukumelana kwangaphakathi kwebhethri sekwamukelwe njengepharamitha ebalulekile yokunquma ngokunemba nangokushesha impilo yebhethri.
Ithuluzi lokuhlola i-conductance yebhethri noma ukumelana kwangaphakathi iyithuluzi lokuhlola eliphathekayo elisebenza ngezinto eziningi elinesitoreji sedijithali elikala ngokushesha nangokunemba isimo sokusebenza sebhethri. Ngokuhlola okuxhunyiwe, imitha ingabonisa futhi iqophe amapharamitha abalulekile amaningi ebhethri njenge-voltage yebhethri, i-conductance noma ukumelana kwangaphakathi, kanye nokuxhumana nokumelana kwento yokuxhuma, inqume ngokunemba nangempumelelo isimo esihle sebhethri, futhi ingahlanganiswa nekhompyutha nesofthiwe yokuhlaziya idatha yebhethri ekhethekile ukuze kwakheke ukuhlola okuhlakaniphile. Idivayisi iphinde ilandelele ukwehla kwethrendi yebhethri futhi ixwayise kusenesikhathi ukuze kube lula kwabasebenzi bezobunjiniyela nabaphathi ukuthi baphathe ngokubona.
● Kala ngokushesha i-voltage, i-conductance noma ukumelana kwangaphakathi kwebhethri, ukumelana kokuxhuma kanye namanye amapharamitha.
● Ukuhola kwebhethri noma ukumelana kwangaphakathi, i-voltage eyeqile isexwayiso.
● Ithuluzi lisebenzisa ubuchwepheshe besekethe lokulwa nomsindo we-AC ripple ukwenza umphumela wokuhlola wethuluzi ube nembe kakhulu futhi ukuvumelana kwemiphumela yokuhlola kube ngcono.
● Ithuluzi linomsebenzi wokuhlola kabusha ngokushesha, iphutha lomuntu litholakala ngesikhathi sokuhlola, lingaphinda lihlolwe futhi lizishintshele ngokuzenzakalela idatha yokuqala
● Ithuluzi libeka ngaphambili amanani angaphezu kuka-200 wokuhola kwe-referensi noma wokumelana kwangaphakathi, angabuye enziwe ngendlela oyifunayo.
● Amapharamitha ebhethri wonke ahlukaniswe ngezinombolo, okwenza kube lula ukuphatha idatha.
● Sekela isofthiwe enamandla yokuhlaziya isimo sebhethri yekhompyutha ukuze kufezwe ukuhlaziywa kokulandelela "irekhodi lezempilo" lebhethri.
● Imodi yokuhlola ezenzakalelayo ilungele abasebenzisi ukukala; (1) Ukuhlaziywa nokwahlulelwa okuzenzakalelayo kwesimo "esihlile" sebhethri; (2) Ukwakha umtapo womlando wokurekhoda ukuchaza ijika lesimo sebhethri; (3) Ukuhlaziywa okuqhathanisayo kweqembu elifanayo lamabhethri; (4) Konke ukuphathwa kokuhlukaniswa kwamabhethri (umehluko omuhle).
● Ukunakekelwa kwansuku zonke nokuphathwa kwebhethri
● Ukutholwa, ukwamukelwa nokufakwa kwamabhethri amasha
● Nikeza isisekelo sokulahlwa kwebhethri
● Ukulawulwa kwekhwalithi komkhiqizi webhethri
● Ukuhlola okunemba okuphezulu ku-inthanethi, ukuguqulwa kwebanga okuzenzakalelayo, ukugcinwa kwedatha enomthamo omkhulu.
● Iguqula ngokuzenzakalelayo ububanzi esikalini sokulinganisa sika-0.000-19990S.
● Ingagcina unomphela amasethi angu-999 amapharamitha ebhethri (kufika kumabhethri angu-999 ngeqembu), ingagcina unomphela amasethi angu-500 amapharamitha okusetha iphakethe lebhethri.
● Ibanga lokuhlola umthamo webhethri: 5AH-6000AH.
● Isikrini se-LCD esinombala esithinta u-5-intshi, ukusebenza kwesiNgisi okuhlelekile
● Umbukiso weshadi nomsebenzi wokuhlaziya ishadi lekholomu.
● Umsebenzi wokuhlaziya umthamo, ongahlaziya ibhethri ngokuthi lihle kakhulu, lihle, noma libi.
● Umsebenzi we-Oscilloscope: ingabonisa i-voltage ephezulu nephansi kanye ne-voltage emaphakathi yebhethri ngesikhathi sangempela, futhi ingabala ukuguquguquka kwe-voltage.
● Ngokusebenzisa i-SD interface, idatha yokuhlola igcinwa unomphela ku-PC ukuze kufezwe ukuhlaziywa kokulandelela "irekhodi lezempilo" lebhethri.
● Imisebenzi enamandla yokuphatha idatha, ukuze ithuluzi lisetshenziswe ngokwahlukile kukhompyutha.
● Umsebenzi oqinisiwe wokuvikela i-over-voltage wenza ithuluzi lisebenze ngokuphephile nangokuthembeka.
● Umsebenzi wokuzivikela ngokweqile kokuvuselela kwangokwakho wenza ithuluzi lisetshenziswe kalula.
● Sebenzisa i-SOC chip yakamuva ukwenza lula kakhulu isekethe futhi kuthuthukise ukuthembeka kwethuluzi.
● Iseka ibhethri ye-lithium enomthamo omkhulu kanye nokunikezwa kwamandla kwangaphandle.
● Inkomba ye-voltage ephansi iqinisekisa ukunemba kokuhlola.
● Usayizi omncane nesisindo esilula.
Ibanga lokulinganisa | I-Conductance: 20 ~ 19,990S |
Isixazululo esincane sokulinganisa | I-Conductance: 1S Ukumelana kwangaphakathi: 0.001mΩ I-Voltage: 1mV |
Ukunemba kokulinganisa | I-Conductance: ±0.5% ±6dgt Ukumelana kwangaphakathi: ±0.5% ±6dgt |
Ukunikezwa kwamandla | 11.1V, 2400mAh, ibhethri ye-Lithium eshajekayo, ingasebenza amahora angu-8 ngokuqhubekayo |
Isibonisi | Isikrini sokuthinta se-LCD esinombala esingu-5 inch |
Ubukhulu | 220mm*170mm*52 mm |
Isisindo | 1.1kg |
Imemori | 64MB Flash + 4G SD khadi |
Indawo yokusebenza | 0℃ ~ 60 ℃ |
Izinga lokushisa lokugcina | -20 ℃ ~ 82 ℃ |