samfurori

Tsarin mai sarrafawa ya haɗa da mai sarrafawa da raƙuman ramuka huɗu na CPCI tare da kayan wuta ɗaya ko biyu, aƙalla. Ramin hagu na hagu dole ne ya ƙunshi babban mai sarrafawa (ramuka 1). Rake guda ɗaya na iya ɗaukar mai sarrafawa na biyu, na uku, da na huɗu. Don ƙara tsawon rayuwar baturin yayin da ake adanawa, ana cire baturin CMOS ta hanyar tsalle allo. Ana buƙatar sake shigar da jumper baturi kafin saka allon. Don matsayin masu tsalle, tuntuɓi ƙirar don ƙirar UCCx mai dacewa. Kwanan wata na ciki da agogo na ainihi, da kuma saitunan RAM na CMOS, duk ana yin su ta hanyar baturi. Tunda saitin CMOS an saita su zuwa dabi'un da suka dace ta BIOS, babu buƙatar canza su. Agogon ainihin lokacin kawai yana buƙatar sake saitawa. Amfani da shirin ToolboxST ko tsarin sabar NTP, ana iya saita lokacin farko da kwanan wata.

Idan allon shine tsarin tsarin (Slot 1 board) kuma akwai wasu allunan a cikin rack, sauran allon zasu daina aiki idan an fitar da tsarin tsarin. Lokacin maye gurbin kowane allo a cikin tara, ana ba da shawarar cewa a kashe wuta. Kuna iya kawar da wutar lantarki ta amfani da ɗayan fasahohin masu zuwa.

• Akwai maɓalli da za a iya amfani da shi don kashe abubuwan samar da wutar lantarki a cikin naúrar samar da wutar lantarki guda ɗaya.

• Don kashe wutar lantarki a cikin na'urar samar da wutar lantarki biyu, ana iya cire kayan wutan biyu ba tare da haɗari ba.

• Cire masu haɗin Mate-N-Lok a ƙasan shingen CPCI wanda ake amfani da shi don shigar da wutar lantarki mai yawa.

Tsarin UCCC ya ƙunshi injectors/jectors a ƙasa da sama, ba kamar allunan Mark VI VME waɗanda kawai ke ba da fitarwa ba. Ya kamata a karkatar da babban mai fitar da wutar lantarki zuwa sama, sannan a karkatar da mai fitar da ƙasa zuwa ƙasa, kafin a zura allo a cikin taragar. Ya kamata a yi amfani da alluran don shigar da allon gabaɗaya da zarar mai haɗawa da ke bayan allon ya yi hulɗa da mai haɗin jirgin baya. Don cim ma wannan, ja sama a kan ejector na ƙasa yayin danna ƙasa a kan injector na sama. Kar a manta da ku matsa saman da kasa injector/jector screws don kammala shigarwa. Wannan yana ba da haɗin ƙasa na chassis da tsaro na inji.

AIKI:

Mai sarrafa yana da software da aka keɓance don amfani da ita, kamar samfuran ma'auni na shuka (BOP), abubuwan haɓakar iska na ƙasa-marine (LM), tururi, da gas, da sauransu. Yana iya motsa tubalan ko rungs. An daidaita fakitin I/O da agogon masu sarrafawa zuwa tsakanin 100 microsecond ta amfani da ma'aunin IEEE 1588 ta R, S, da T IONets. Sama da R, S, da T IONets, ana aika bayanan waje zuwa kuma ana karɓa daga bayanan tsarin sarrafa mai sarrafawa.

TSARIN DUAL:

1. Karɓar abubuwan shigarwa da abubuwan da aka fitar don fakitin I/O.

2. Ma'auni don matsayi na ciki da bayanan farawa daga mai sarrafawa da aka zaɓa

3. Bayani akan aiki tare da matsayi na duka masu sarrafawa.

TSARI MAI KYAU UKU NA MALALA:

1. Karɓar abubuwan shigarwa da abubuwan da aka fitar don fakitin I/O.

2. Canjin yanayin jefa ƙuri'a na cikin gida, da kuma bayanan daidaitawa daga kowane mai sarrafa guda uku.

3. Bayanai daga mai sarrafawa da aka zaɓa game da farawa.

BAYANIN AIKI:

IS415UCCCH4A Kwamitin Kula da Ramin Ramin Guda Guda ne wanda General Electric ya ƙera kuma ya tsara shi azaman ɓangaren Mark VIe Series da aka yi amfani da shi a Tsarin Sarrafa Rarraba. Ana gudanar da lambar aikace-aikacen ta hanyar dangi na allo guda, 6U high, CompactPCI (CPCI) kwamfutoci da ake kira UCCC controllers. Ta hanyar mu'amalar hanyar sadarwa ta kan jirgin I/O, mai sarrafawa yana haɗawa zuwa fakitin I/O kuma yana hawa cikin shingen CPCI. QNX Neutrino, ainihin lokaci, OS mai yawan aiki da aka ƙirƙira don aikace-aikacen masana'antu da ke buƙatar babban sauri da babban aminci, yana aiki azaman tsarin aiki mai sarrafawa (OS). Cibiyoyin I/O masu zaman kansu ne, tsarin Ethernet da aka keɓe waɗanda ke tallafawa kawai masu sarrafawa da fakitin I/O. Hanyoyi masu zuwa zuwa ga mai aiki, injiniyanci, da musaya na I/O ana samar da su ta tashoshin sadarwa guda biyar:

• Don sadarwa tare da HMIs da sauran na'urorin sarrafawa, Babban Hanya na Unit Data (UDH) yana buƙatar haɗin Ethernet.
• R, S, da TI/O hanyar sadarwar Ethernet
• Saita tare da haɗin RS-232C ta tashar COM1