TCAN1042VDRQ1 SOIC-8 Abubuwan Wutar Lantarki mai haɗawa da kewayawa
TCAN1042VDRQ1 SOIC-8 Abubuwan Wutar Lantarki mai haɗawa da kewayawa
Abubuwan da suka dace don TCAN1042V-Q1
●AEC-Q100 (jin 1): Cancanta don aikace-aikacen mota
●Haɗu da ISO 11898-2: 2016 da ISO 11898-5: 2007 ka'idojin Layer na zahiri
●Aikin Tsaro-Mai ƙarfi
○ Takaddun bayanai suna samuwa don taimakawa ƙirar tsarin aminci na aiki
●'Turbo' CAN:
○ Duk na'urori suna tallafawa classic CAN da 2 Mbps CAN FD (mai sassaucin ra'ayi) da zaɓuɓɓukan "G" suna tallafawa 5 Mbps
○ Gajeren lokaci da daidaitattun lokutan jinkirin yaduwa da lokutan madauki da sauri don ingantaccen gefen lokaci
○Mafi girman ƙimar bayanai a cikin hanyoyin sadarwar CAN masu lodi
Ayyukan EMC: yana goyan bayan SAE J2962-2 da IEC 62228-3 (har zuwa 500 kbps) ba tare da shaƙewar yanayin gama gari ba.
●I/O Ƙarfin wutar lantarki yana goyan bayan 3.3 V da 5 V MCUs
●Mafi kyawun hali idan ba a da iko
○Bas da tashoshi masu hankali suna da ƙarfi (babu lodi)
○ Powerarfafa sama / ƙasa tare da glitch kyauta aiki akan bas da fitarwa na RXD
● Siffofin kariya
○IEC ESD kariya har zuwa ± 15 kV
○ Kariyar Laifin Bus: ± 58 V (bambance-bambancen da ba H ba) da ± 70 V (bambance-bambancen H)
○Kariyar ƙarancin wutar lantarki akan VCCkuma VIO(V bambance-bambancen karatu kawai) hanyoyin samar da kayayyaki
○ Direba mafi rinjaye lokacin fita (TXD DTO) - Adadin bayanai zuwa 10 kbps
○ Kariyar rufewar thermal (TSD)
● Mai karɓa na gama gari yanayin shigar da ƙarfin lantarki: ± 30 V
●Tsarin madauki na yau da kullun: 110 ns
● Yanayin haɗin gwiwa daga -55°C zuwa 150°C
● Akwai a cikin kunshin SOIC (8) da kunshin VSON (8) mara guba (3.0 mm x 3.0 mm) tare da ingantaccen dubawar gani ta atomatik (AOI)
Takardar bayanan TCAN1042V-Q1
Wannan iyali transceiver CAN hadu da ISO11898-2 (2016) High Speed CAN (Controller Area Network) daidaitaccen Layer na jiki.An tsara duk na'urori don amfani a cikin cibiyoyin sadarwar CAN FD har zuwa 2 Mbps (megabits a sakan daya).Na'urori masu lambobi waɗanda suka haɗa da suffix "G" an tsara su don ƙimar bayanai har zuwa 5 Mbps, kuma nau'ikan da ke da "V" suna da shigarwar samar da wutar lantarki ta biyu don matakin I/O da ke canza mashigin shigar fil da matakin fitarwa na RXD.Wannan iyali yana da ƙaramin yanayin jiran aiki tare da fasalin buƙatar farkawa.Bugu da ƙari, duk na'urori sun haɗa da fasalulluka masu yawa na kariya don haɓaka ƙarfin na'ura da ƙarfin hanyar sadarwa.
1. Su wanene ma'aikata a sashen ku na R & D?Menene cancantarku?
-R & D Darakta: tsara tsarin R & D na kamfanin na dogon lokaci da fahimtar alkiblar bincike da ci gaba;Jagora da kula da sashen r&d don aiwatar da dabarun r&d na kamfani da shirin R&D na shekara-shekara;Sarrafa ci gaban ci gaban samfur kuma daidaita shirin;Ƙirƙiri kyakkyawan bincike na samfur da ƙungiyar haɓakawa, dubawa da horar da ma'aikatan fasaha masu alaƙa.
R & D Manager: yi sabon samfurin R & D shirin da kuma nuna yiwuwar shirin;Kulawa da sarrafa ci gaba da ingancin aikin r&d;Bincika sabon haɓaka samfuri kuma ba da shawarar ingantattun hanyoyin magance buƙatun abokin ciniki a fannoni daban-daban
Ma'aikatan R&d: tattarawa da tsara mahimman bayanai;Shirye-shiryen kwamfuta;Gudanar da gwaje-gwaje, gwaje-gwaje da nazari;Shirya kayan aiki da kayan aiki don gwaje-gwaje, gwaje-gwaje da nazari;Yi rikodin bayanan ma'auni, yin lissafi kuma shirya sigogi;Gudanar da binciken ƙididdiga
2. Menene bincike da ra'ayin haɓaka samfuran ku?
- Tunanin samfur da zaɓin ra'ayin samfur da ma'anar samfur na kimantawa da ƙirar tsarin aiki da gwajin samfur na haɓakawa da ƙaddamarwa ga kasuwa.
