Yana da tsarin cikakken gwajin Kunshin da aka yi amfani da shi ga asali da gwaje-gwajen halayen kariya na samfuran ƙarshe / samfuran da aka kammala a kan wayar hannu da samfuran dijital Li-ion fakitin samar da baturi da ICs masu kariya (goyan bayan I2C, SMBus, ka'idojin sadarwa HDQ). ).
Tsarin gwajin ya ƙunshi ainihin gwajin aiki da gwajin aikin kariya.Gwajin aikin asali ya haɗa da gwajin ƙarfin lantarki na buɗewa, gwajin ƙarfin nauyi, gwajin nauyi mai ƙarfi, gwajin juriya na ciki na baturi, gwajin juriya na thermal, gwajin juriya na ID, gwajin ƙarfin caji na yau da kullun, gwajin wutar lantarki na yau da kullun, gwajin ƙarfin ƙarfi, gwajin gwaji na yanzu;Gwajin aikin kariyar ya haɗa da cajin gwajin kariya na yau da kullun: cajin aikin kariya na yau da kullun, kariyar jinkiri da gwaje-gwajen aikin dawo da;fitar da gwajin kariya na yau da kullun: fitar da aikin kariya na yau da kullun, kariyar jinkiri da gwaje-gwajen aikin dawo da;gwajin kariyar gajeriyar hanya.
Tsarin gwajin yana jin daɗin waɗannan fasalulluka: Tsarin ƙirar ƙirar tashoshi ɗaya mai zaman kansa da aikin rahoton bayanai, wanda ba wai kawai zai iya haɓaka saurin gwaji na kowane PACK ba, har ma yana da sauƙin kiyayewa;yayin gwajin jihohin kariya na PACK, mai gwadawa yana buƙatar canzawa zuwa yanayin tsarin da ya dace.Maimakon yin amfani da na'ura mai ba da hanya tsakanin hanyoyin sadarwa, mai gwadawa yana ɗaukar babban ƙarfin amfani da MOS mara lamba don haɓaka amincin mai gwadawa.Kuma ana iya loda bayanan gwajin zuwa gefen uwar garken, wanda ke da sauƙin sarrafawa, mai girma cikin tsaro kuma ba sauƙin rasa ba.Tsarin gwajin ba wai kawai yana ba da sakamakon gwajin na tsarin gwajin ajiya na "Local Database", har ma da yanayin "Ma'ajiyar nesa ta uwar garke".Ana iya fitar da duk sakamakon gwajin da ke cikin rumbun adana bayanai, wanda ke da sauƙin sarrafawa.Ana iya amfani da "aikin ƙididdiga na bayanai" na sakamakon gwaji don nazarin "ƙididdigar ƙididdiga na kowane aikin gwaji" da "gwajin babban gwaji" na kowane shari'ar PCM.
Zane na Modular: Ƙirar ƙirar tashoshi ɗaya mai zaman kanta don sauƙin kulawa | Babban daidaito: mafi girman daidaiton fitarwar ƙarfin lantarki ± (0.01RD+0.01%FS) |
Gwajin sauri: tare da saurin gwaji mafi sauri na 1.5s, ana haɓaka hawan haɓakar samarwa sosai | Babban abin dogaro: babban ƙarfin amfani da MOS mara lamba don haɓaka amincin mai gwadawa |
Karamin girman: ƙarami isa kuma mai sauƙin ɗauka | -- |
Samfura | BAT-NEPDQ-01B-V016 | |
Siga | Rage | Daidaito |
Fitar wutar lantarki | 0.1 ~ 5V | ± (0.01% RD +0.01% FS) |
5 ~ 10V | ± (0.01% RD+0.02%FS) | |
Ma'aunin wutar lantarki | 0.1 ~ 5V | ± (0.01% 6R.D. + 0.01% FS) |
5 ~ 10V | ± (0.01% RD +0.01% FS) | |
Cajin fitarwa na yanzu | 0.1~2A | ± (0.01% RD+0.5mA) |
2-20A | ± (0.01% RD+0.02% FS) | |
Cajin awo na yanzu | 0.1~2A | ± (0.01% RD + 0.5mA) |
2-20A | ± (0.02% RD + 0.5mA) | |
PACK ma'aunin wutar lantarki | 0.1 ~ 10V | ± (0.02% RD +0.5mV) |
Fitar wutar lantarki | 0.1 ~ 5V | ± (0.01% RD +0.01% FS) |
0.1 ~ 10V | ± (0.01% RD+0.02%FS) | |
Aunawar wutar lantarki | 0.1 ~ 5V | ± (0.01% RD +0.01% FS) |
0.1-10V | ± (0.01% RD +0.01% FS) | |
Fitar da fitarwa na yanzu | 0.1~2A | ± (0.01% RD + 0.5mA) |
2-30A | ± (0.02% RD + 0.02% FS) | |
Fitar da awo na yanzu | 0.1-2A | ± (0.01% RD + 0.5mA) |
2-30A | ± (0.02% RD + 0.5mA) | |
Ma'aunin zubewar yanzu | 0.1-20uA | ± (0.01% RD+0.1uA) |
20-1000uA | ± (0.01% RD +0.05% FS) |