alaabta

Qaybta kontoroolka waxaa ku jira kontaroole iyo rack CPCI afar-jid ah oo leh hal ama laba sahay koronto ah, ugu yaraan. Booska bidix ee ugu dambeeya waa inuu ka kooban yahay kantaroolaha maamulaha (dalabka 1). Hal rakki ayaa hayn kara kantaroolaha labaad, saddexaad, iyo afraad. Si loo kordhiyo cimriga batteriga inta lagu jiro kaydinta, batteriga CMOS waa laga furayaa iyada oo loo marayo boodhka boodhka processor-ka. Bateriga boodboodka wuxuu u baahan yahay in dib loo rakibo ka hor inta aan la gelin looxa. Booska boodayaasha, la tasho naqshadaynta cutubka UCCx ee khuseeya. Taariikhda gudaha iyo saacada-waqtiga-dhabta ah, iyo sidoo kale goobaha CMOS RAM, dhamaantood waxa ku shaqeeya baytarigu. Maadaama goobaha CMOS lagu dejiyay qiimahooda caadiga ah ee BIOS, looma baahna in la beddelo. Saacadda-waqtiga dhabta ah kaligeed waxay u baahan tahay in dib loo dajiyo. Isticmaalka barnaamijka ToolboxST ama nidaamka NTP server, wakhtiga iyo taariikhda bilowga ah ayaa la dejin karaa.

Haddii guddiga uu yahay guddiga nidaamka (slot 1 board) oo ay jiraan loox kale oo ku jira rack, looxyada kale waxay joojinayaan shaqeynta haddii guddiga nidaamka la saaro. Marka la bedelayo loox kasta oo ku jira raafka, waxaa lagula talinayaa in korontada la damiyo. Waxaad ka takhalusi kartaa awoodda rack adigoo isticmaalaya mid ka mid ah farsamooyinka soo socda.

• Waxaa jira furaha loo isticmaali karo in lagu damiyo wax soo saarka korontada ee hal unug oo koronto ah.

• Si aad u damiso korontada ku jirta qalab koronto oo laba geesood ah, labadaba sahayda korontada waa laga saari karaa khatar la'aan.

• Ka saar xidhidhka Mate-N-Lok ee ku yaal xagga hoose ee xayndaabka CPCI ee loo isticmaalo gelinta awoodda badan.

Cutubka UCCC waxa uu ka kooban yahay duriyaal/jeclayaal xagga hoose iyo sare ah, si ka duwan looxyada Mark VI VME oo bixiya kaliya kuwa soo saara. Jeexiyaha sare waa in kor loo fooraraa, ka-saare-bixiyeha hoosena waa in hoos loo janjeeraa, ka hor inta aan la saarin looxa dhexda. Cirbadaha waa in loo isticmaalo in si buuxda loo geliyo looxa marka xidhiidhiyaha dambe ee looxa uu la sameeyo xidhiidhiyaha diyaaradda danbe. Si taas loo gaaro, kor u soo jiid jeexiyaha hoose adigoo hoos u riixaya mudiyeha sare. Ha iloobin inaad xoojiso muraayadaha durida/jector ee sare iyo hoose si aad u dhammaystirto rakibidda. Tani waxay bixisaa isku xirka dhulka chassis iyo amniga makaanikada.

SHAQADA:

Koontarooluhu waxa uu leeyahay software ku habboon isticmaalkiisa, sida wax soo saarka isu dheellitirka dhirta (BOP), dhul-badeed aero derivatives (LM), uumi, iyo gaas, iyo kuwo kale. Waxay dhaqaajin kartaa baloogyada ama jaranjarooyinka. Xirmooyinka I/O iyo saacadaha kontaroolayaasha waxaa la isla meel dhigay 100 microse seconds iyadoo la isticmaalayo heerka IEEE 1588 iyadoo loo marayo R, S, iyo T IONets. Inta ka badan R, S, iyo T IONets, xogta dibadda ayaa loo diraa lagana helaa xogta nidaamka xakamaynta maamulaha.

NIDAAMKA LABADA AH:

1. Qabo agabka iyo wax soo saarka xidhmooyinka I/O.

2. Qiimaha heerka gudaha iyo xogta bilowga ee kantaroolaha la doortay

3. Macluumaad ku saabsan wada-shaqaynta iyo xaaladda labada maamule.

NIDAAMKA CASRI AH EE MUDUL SEDEXAAD:

1. Qabo agabka iyo wax soo saarka xidhmooyinka I/O.

2. Doorsoomayaasha gobolka ee codaynta gudaha, iyo sidoo kale xogta isku xidhka ee mid kasta oo ka mid ah saddexda maamule.

3. Xogta laga helay kantaroolaha la doortay ee ku saabsan bilowga.

SHARAXA SHAQEEYA:

IS415UCCCH4A waa Hal-Kontorool Afyare Hal ah oo ay samaysay oo ay naqshadaysay General Electric iyada oo qayb ka ah Mark VIe Taxanaha loo isticmaalo Nidaamyada Xakamaynta Qaybsan. Koodhka codsiga waxa maamula qoys ka kooban hal-board, 6U sare, CompactPCI (CPCI) kombiyuutarada oo loo yaqaan UCCC controllers. Iyada oo loo marayo isku xidhka shabakada I/O dusheeda, kontarooluhu waxa uu ku xidhaa xidhmooyinka I/O oo waxa uu ku xidhaa gudaha xayndaabka CPCI. QNX Neutrino, waqti-dhab ah, OS hawlo badan oo loo abuuray codsiyada warshadaha ee u baahan xawaare sare iyo isku halaynta sare, wuxuu u adeegaa nidaamka hawlgalka xakamaynta (OS). Shabakadaha I/O waa kuwo gaar ah, nidaamyo Ethernet ka go'an oo kaliya taageera kontaroolayaasha iyo xidhmooyinka I/O. Xidhiidhyada soo socda ee hawl-wadeenka, injineernimada, iyo is-dhexgalka I/O waxa bixiya shan dekedood oo isgaarsiineed:

• Xiriirinta HMI-yada iyo aaladaha kale ee kantaroolka, Waddada Xogta Cutubka (UDH) waxay u baahan tahay isku xirka Ethernet.
• R, S, iyo TI/O isku xirka Ethernet
• Dejinta isku xirka RS-232C iyada oo loo marayo dekedda COM1