1. Kuskure: 1% daga 0 ~ 8 5 ℃
2. Cikakken zafin jiki (-40 ~ 125 ℃), kuskure: 2%
3. Ma'auni masu jituwa tare da na'urori masu auna firikwensin yumbu
4. Matsin nauyi: 200% FS, fashewar matsa lamba: 300% FS
5. Yanayin aiki: Ma'aunin ma'auni
6. Yanayin fitarwa: ƙarfin lantarki da fitarwa na yanzu
7. Tashin hankali na dogon lokaci: 0.5%
1. Firikwensin iska na abin hawa na kasuwanci
2. Sensor Matsalolin Mai
3. Ruwan famfo matsa lamba na firikwensin
4. Air compressor matsa lamba firikwensin
5. Firikwensin matsin lamba na kwandishan
6. Sauran na'urori masu auna matsa lamba a cikin filayen sarrafa motoci da masana'antu
1. A cikin wannan kewayon ƙarfin wutar lantarki mai aiki, fitarwar ƙirar tana kiyaye alaƙar daidaituwa da madaidaiciya.
2. Matsakaicin Matsakaicin Matsala: Yana nufin ƙarfin fitarwa na module a mafi ƙarancin matsi a cikin kewayon matsa lamba.
3. Cikakkun Fitar da Sikeli: Yana nuna ƙarfin fitarwa na module a madaidaicin matsi a cikin kewayon matsa lamba.
4. Cikakken Sikeli: An bayyana shi azaman bambance-bambancen algebra tsakanin ƙimar fitarwa a matsakaicin matsakaici da mafi ƙarancin matsa lamba a cikin kewayon matsa lamba.
5. Daidaitawa ya ƙunshi abubuwa daban-daban, ciki har da kuskuren layi, kuskuren yanayin zafi, kuskuren matsa lamba, kuskuren zafin jiki cikakke, kuskuren zafin jiki na sifili, da sauran kurakurai masu dangantaka.
6. Lokacin Amsa: Yana nuna lokacin da ake ɗauka don fitarwa daga 10% zuwa 90% na ƙimar ka'idarsa.Ƙarfafa Ƙarfafawa: Wannan yana wakiltar ƙaddamar da fitarwa na ƙirar bayan an jure sa'o'i 1000 na bugun bugun jini da hawan zafin jiki.
1. Yin ƙetare ƙayyadaddun ƙimar ƙididdiga na iya haifar da lalacewar aiki ko lalacewar na'urar.
2. Matsakaicin madaidaicin shigarwa da fitarwa ana ƙaddara ta hanyar haɓakawa tsakanin fitarwa da duka ƙasa da wutar lantarki a cikin ainihin kewaye.
Samfurin ya bi ka'idodin gwajin EMC masu zuwa:
1) Tsangwama bugun jini na wucin gadi a cikin layukan wutar lantarki
Tushen ƙa'ida:TS EN ISO 7637-2 Sashe na 2: Gudanar da wutar lantarki na wucin gadi tare da layin wadata kawai
Puls No | Wutar lantarki | Aiki Class |
3a | -150V | A |
3b | +150V | A |
2) Rashin tsangwama na wucin gadi na layin sigina
Tushen ƙa'ida:TS EN ISO 7637-3 Sashe na 3: watsawar wutar lantarki ta hanyar capacitive dainductive coupling ta hanyar layukan ban da layukan kawowa
Hanyoyin gwaji: Yanayin CCC: a = -150V, b = +150V
Yanayin ICC: ± 5V
Yanayin DCC: ± 23V
Aiki Class: Class A
3) Radiated rigakafi RF immunity-AL SE
Tushen ƙa'ida:TS EN ISO 11452-2 Motocin hanya - Hanyoyin gwaji na ɓangaren lantarki Hatsari daga kunkuntar igiyar da ke haskaka makamashin lantarki - Kashi na 2: Yakin da aka yi garkuwa da shi”
Yanayin Gwaji: Ƙagon Ƙagon Ƙaho: 400 ~ 1000MHz
Babban riba: 1000 ~ 2000 MHz
Matsayin gwaji: 100V/m
Aiki Class: Class A
4) Babban allura na yanzu RF rigakafi-BCI (CBCI)
Tushen ƙa'ida:TS EN ISO 11452-4: 2005 Motocin hanya - Hanyoyin gwajin sashi donlantarki hargitsi daga kunkuntar igiyar da ke haskaka makamashin lantarki-Sashe na 4:Yawan alluran yanzu( BCI)
Kewayon mitar: 1 ~ 400 MHz
Matsayin binciken allura: 150mm, 450mm, 750mm
Matsayin gwaji: 100mA
Aiki Class: Class A
1 ) Aikin Canja wurin
VFITA= Vs× ( 0.00066667 × PIN+0.1) ± (kuskuren matsa lamba × kuskuren yanayin zafi × 0.00066667 × Vs) ku Vsshi ne modul samar da wutar lantarki darajar, naúrar Volts.
Bayanin PINshine ƙimar matsa lamba mai shiga, rukunin shine KPa.
2) Jadawalin halayen shigarwa da fitarwa(VS= 5 Vdc, T = 0 zuwa 85 ℃)
3) Matsalolin kuskuren yanayin zafi
Lura: Matsakaicin kuskuren zafin jiki shine madaidaiciya tsakanin -40 ~ 0 ℃ da 85 ~ 125 ℃.
4) Iyakar kuskuren matsa lamba
1) Fuskar firikwensin matsin lamba
2) Kariya don Amfani da Chip:
Saboda keɓantaccen tsari na masana'anta na CMOS da marufi na firikwensin da aka yi amfani da su a cikin keɓaɓɓen kewayawar guntu, yana da mahimmanci don hana yuwuwar lalacewa daga tsayayyen wutar lantarki yayin taron samfuran ku.Ka kiyaye abubuwan da ke gaba:
A) Ƙirƙiri yanayin aminci na anti-a tsaye, cikakke tare da benches na aiki, tabarma na tebur, tabarma na ƙasa, da ƙullun hannu na ma'aikata.
B) Tabbatar da ƙasa na kayan aiki da kayan aiki;Yi la'akari da yin amfani da ƙarfe na anti-static don siyarwar hannu.
C) Yi amfani da akwatunan canja wuri na anti-static (lura cewa daidaitattun filastik da kwantena na ƙarfe ba su da kaddarorin anti-static).
D) Saboda halayen marufi na firikwensin guntu, guji yin amfani da hanyoyin walda na ultrasonic a cikin masana'antar samfuran ku.
E) Yi taka tsantsan yayin sarrafawa don gujewa toshe mashigin iskar guntu.