RDAG12-8(H) Imveliso yeAnalog ekude yeDijithali
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Iinkcukacha
- Umzekelo: RDAG12-8(H)
- Umenzi: ACCES I/O Products Inc
- Idilesi: 10623 Roselle Street, San Diego, CA 92121
- Umnxeba: (858)550-9559
- Ifeksi: (858)550-7322
Ulwazi lweMveliso
I-RDAG12-8 (H) yimveliso eyenziwa yi-ACCES I / O Products
I-Inc. Yenzelwe ukuthembeka kunye nokusebenza engqondweni
izicelo ezahlukeneyo.
Imiyalelo yokusetyenziswa kwemveliso
Isahluko 1: Intshayelelo
Inkcazo:
I-RDAG12-8 (H) sisixhobo esisebenza ngeendlela ezininzi esinika igalelo elininzi
kunye nemisebenzi yemveliso yezicelo zakho.
Iinkcukacha:
Isixhobo sinoyilo olomeleleyo kwaye sixhasa ezahlukeneyo
ujongano olukumgangatho weshishini lokudityaniswa ngaphandle komthungo.
Isihlomelo A: Iingqwalasela zeSicelo
Intshayelelo:
Eli candelo libonelela ngemibono kwimiba yesicelo
apho i-RDAG12-8(H) ingasetyenziswa ngokufanelekileyo.
Imiqondiso eyahluka-hlukeneyo elungeleleneyo:
Isixhobo sixhasa iisignali ezilungelelanisiweyo zokwahluka ukuze kuphuculwe
isignali imfezeko kunye nokugonywa kwengxolo.
Ugqithiso lweenkcukacha zeRS485:
Ikwabandakanya inkxaso yokuhanjiswa kwedatha ye-RS485, eyenza
unxibelelwano lwedatha oluthembekileyo kwiindawo zoshishino.
IsiHlomelo B: Iingqwalasela zeThermal
Eli candelo lixoxa ngengqwalasela ye-thermal ukuqinisekisa ngokufanelekileyo
ukusebenza kunye nokuphila ixesha elide kwe-RDAG12-8 (H) phantsi kweentlobo ezahlukeneyo
iimeko zobushushu.
FAQ
Q: Yintoni iwaranti yokhuseleko lwe RDAG12-8(H)?
A: Isixhobo siza newaranti ebanzi apho ibuyiswe khona
Iiyunithi ziya kulungiswa okanye zitshintshwe ngokwengqiqo ye-ACCES, ukuqinisekisa
ukwaneliseka kwabathengi.
Umbuzo: Ndingayicela njani inkonzo okanye inkxaso ye
RDAG12-8(H)?
A: Ngenkonzo okanye imibuzo yenkxaso, ungafikelela kwi-ACCES
I/O Products Inc ngokusebenzisa iinkcukacha zabo zoqhagamshelwano ezinikwe kwi
incwadi yesandla.
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I-ACCES I/O RDAG12-8(H) Fumana iQuote
I-ACCES I/O PRODUCTS INC 10623 Roselle Street, San Diego, CA 92121 TEL (858)550-9559 FAX (858)550-7322
UMZEKELO RDAG12-8(H) IINCWADI YOMSEBENZISI
www.assured-systems.com | sales@assured-systems.com
FILE: MRDAG12-8H.Bc
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Qaphela
Ulwazi olukolu xwebhu lunikezelwe ngereferensi kuphela. I-ACCES ayithathi naluphi na uxanduva oluvela kwisicelo okanye ukusetyenziswa kolwazi okanye iimveliso ezichazwe apha. Olu xwebhu lunokuthi luqulathe okanye lubhekiselele kwingcaciso kunye neemveliso ezikhuselweyo ngamalungelo okushicilela okanye amalungelo awodwa omenzi wechiza kwaye aligqithisi naliphi na ilayisenisi phantsi kwamalungelo elungelo elilodwa lomenzi wechiza le-ACCES, okanye amalungelo abanye.
I-IBM PC, i-PC/XT, kunye ne-PC/AT ziimpawu zorhwebo ezibhalisiweyo ze-International Business Machines Corporation.
Ishicilelwe e-USA. Ilungelo lokushicilela lika-2000 yi-ACCES I/O Products Inc, 10623 Roselle Street, San Diego, CA 92121. Onke amalungelo agciniwe.
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Iwaranti
Ngaphambi kokuthunyelwa, izixhobo ze-ACCES zihlolwe ngokucokisekileyo kwaye zivavanywe kwiinkcukacha ezifanelekileyo. Nangona kunjalo, ukuba ukusilela kwesixhobo kwenzeka, i-ACCES iqinisekisa abathengi bayo ukuba inkonzo ekhawulezileyo kunye nenkxaso iya kufumaneka. Zonke izixhobo ezaveliswa yi-ACCES ezifunyaniswe zineziphene ziya kulungiswa okanye zitshintshwe ngokuxhomekeke kwezi ngqwalasela zilandelayo.
Imimmiselo nemiqathango
Ukuba iyunithi ikrokrelwa ngokusilela, qhagamshelana nesebe leNkonzo yabaThengi le-ACCES. Zilungiselele ukunika inombolo yemodeli yeyunithi, inombolo yesiriyali, kunye nenkcazo yokusilela (iimpawu). Singacebisa ezinye iimvavanyo ezilula zokuqinisekisa ukusilela. Siya kunika iReturn Material Authorization (RMA) inombolo ekufuneka ivele kwileyibhile yangaphandle yephakheji yokubuyisela. Zonke iiyunithi/amacandelo kufuneka apakishwe ngokufanelekileyo ukuze aphathwe kwaye abuyiselwe kunye nomthwalo owuhlawulelweyo kwiZiko leNkonzo elichongiweyo le-ACCES, kwaye ziya kubuyiselwa kwindawo yomthengi/yendawo yomsebenzisi ehlawulelwa kwangaphambili kunye ne-invoyisi.
Ukhuseleko
Iminyaka Emithathu Yokuqala: Iyunithi/inxalenye ebuyiselweyo iya kulungiswa kunye/okanye ithatyathelwe indawo kwi-ACCES ukhetho ngaphandle kwentlawulo yomsebenzi okanye iinxalenye ezingabandakanywanga yiwaranti. Iwaranti iqala ngokuthunyelwa kwezixhobo.
Iminyaka Elandelayo: Kubo bonke ubomi besixhobo sakho, i-ACCES ime ilungele ukubonelela ngenkonzo kwindawo okanye kwiplanti ngamaxabiso afanelekileyo afana nalawo abanye abavelisi kushishino.
Izixhobo ezingaveliswanga yi-ACCES
Izixhobo ezibonelelweyo kodwa ezingaveliswanga yi-ACCES ziqinisekisiwe kwaye ziya kulungiswa ngokwemigaqo nemiqathango yewaranti yomenzi wezixhobo ezifanelekileyo.
Ngokubanzi
Ngaphantsi kwesi siqinisekiso, uxanduva lwe-ACCES luthintelwe ekutshintsheni, ekulungiseni okanye ekukhupheni intengo yetyala (ngokwengqiqo ye-ACCES) kuzo naziphi na iimveliso ezithe zabonakala zineziphene ngexesha lewaranti. Akukho meko i-ACCES inoxanduva lomonakalo obangelwayo okanye okhethekileyo ovela kusetyenziso okanye ukusetyenziswa kakubi kwemveliso yethu. Umthengi unoxanduva lwazo zonke iindleko ezibangelwa ukuguqulwa okanye ukongezwa kwezixhobo ze-ACCES ezingavunywanga ngokubhaliweyo yi-ACCES okanye, ukuba ngokombono we-ACCES isixhobo sisetyenziswe ngokungaqhelekanga. “Ukusetyenziswa ngokungaqhelekanga” ngeenjongo zesi siqinisekiso kuchazwa njengalo naluphi na usebenziso isixhobo esivezwe kulo ngaphandle kokusetyenziswa okuchaziweyo okanye okucetyiweyo njengoko kungqinwa ngokuthengwa okanye ngokuthengisa. Ngaphandle koku kungasentla, akukho siqiniseko sisesinye, esichaziweyo okanye esichaziweyo, esiya kusebenza kuso nasiphi na nazo zonke izixhobo ezinikezelweyo okanye ezithengiswa yi-ACCES.
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Isiqulatho
Isahluko 1: Intshayelelo . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1 Inkcazo . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1 Iinkcukacha . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-3
Isahluko 2: Ukufakela . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1 Ukufakwa kweCD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1 Izalathisi Ezenziwe kwiHard Disk . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1 Ukuqalisa . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-3 Ulungelelwaniso . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-6 Ufakelo . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-6 Igalelo/I-Output Pin Connections. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-6
Isahluko 3: Isoftware. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1 Ngokubanzi . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1 Ulwakhiwo Lomyalelo . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1 Imisebenzi yomyalelo . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-3 Iikhowudi zeemposiso. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-10
ISihlomelo A: Iingqwalasela zeSicelo . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A-1 Intshayelelo . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . I-A-1 Imiqondiso Eyahlukileyo Elungeleleneyo . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . I-A-1 RS485 Ukuhanjiswa kwedatha . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A-3
IsiHlomelo B: Ukuqwalaselwa kweThermal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . B-1
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Uluhlu lwamanani
Umzobo 1-1: RDAG12-8 Block Diagram. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Iphepha 1-6 Umzobo 1-2: RDAG12-8 Umzobo weSithuba soMngxuma. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Iphepha 1-7 Umfanekiso 2-1: ISikimu esenziwe Lula seVoltage kunye neZiphumo zeSinki zangoku. . . . . . . . . . . Iphepha 2-9 Umzobo A-1: I-RS485 i-Two-Wire Multidrop Network. . . . . . . . . . . . . . . . . . . . . . Iphepha A-3
Uluhlu lweeThebhile
Itheyibhile 2-1: Izabelo ze-50 ze-Pin Connector. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Iphepha 2-7 Itheyibhile 3-1: RDAG12-8 Uluhlu lomyalelo. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Iphepha 3-2 Itheyibhile A-1: Udibaniso phakathi kweZixhobo ezimbini zeRS422. . . . . . . . . . . . . . . . . . . . . . . . Iphepha A-1 Itheyibhile A-2: RS422 Isishwankathelo seNgcaciso . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Iphepha A-2
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Isahluko 1: Intshayelelo
Iimpawu · Imveliso yeAnalog enoBukrelekrele eKude kunye neeYunithi zeDijithali ze-I/O ezinothotho lwe-Opto-Isolated RS485
Ujongano kwiKhompyutha yoMamkeli · IiSinki eziSibhozo ze-12-Bit ze-Analog zangoku (4-20mA) kunye neVoltage Iziphumo · Isoftware eKhethekileyo Voltage Uluhlu lwe-0-5V, 0-10V, ± 5V · Iimodeli zeZiphumo ze-Analog zaMandla aPhantsi kunye naMandla aPhezulu · Iibhithi ezisiXhenxe zeDijithali I/O ziqwalaselwe kwiSiseko seBit-by-Bit njengeZingeniso okanye eziPhezulu-
Iziphumo zangoku · uQhagamshelwano lweNdawo lufezekisiwe nge-50-pin Removable Screw Terminals · I-Onboard 16-bit 8031 i-Microcontroller ehambelanayo · Yonke iNkqubo kunye nokuQinisekisa kwiSofthiwe, Akukho ziTshintsho zokuSeta. IiJumpers ziyafumaneka kwi
I-Opto-Isolators yokuNqamula ukuba iyanqwenelwa · Indawo evalekileyo ye-NEMA4 yoKhuseleko lweNdalo eBungqwabalala ye-Atmospheric kunye neeNdawo zaseLwandle eziPhantsi-
Imodeli yoMgangatho waMandla · I-T-Box yeMetal eKhuselekileyo yeModeli yoMbane oPhezulu
Inkcazo
I-RDAG12-8 yiyunithi ehlakaniphile, i-8-channel, i-digital-to-analog converter unit enxibelelana nekhompyutheni yomninimzi nge-EIA RS-485, i-Half-Duplex, umgangatho wonxibelelwano lwe-serial. Umyalelo osekelwe kwi-ASCII/iprotocol yempendulo ivumela unxibelelwano nayo nayiphi na inkqubo yekhompyutha. I-RDAG12-8 yenye yoluhlu lweePods ezikude ezihlakaniphile ezibizwa ngokuba yi "REMOTE ACCES Series". Kangange-32 REMOTE ACCES Series Pods (okanye ezinye izixhobo ze-RS485) zinokudityaniswa kuthungelwano olulodwa ezimbini okanye ezine ze-multidrop RS485. Abaphindayo be-RS485 banokusetyenziselwa ukwandisa inani leePods kuthungelwano. Iyunithi nganye inedilesi eyodwa. Unxibelelwano lusebenzisa i-master/protocol yekhoboka apho iPod ithetha kuphela xa ibuzwa yikhompyuter.
I-80C310 Dallas microcontroller (ene-32k x 8 bits RAM, i-32K bits engaguqukiyo ye-EEPROM, kunye ne-watchdog timer circuit) inika i-RDAG12-8 amandla kunye nokuguquguquka okulindelekileyo kwinkqubo yokulawula esasazwayo yanamhlanje. I-RDAG12-8 iqulethe i-CMOS-low-power circuitry, i-optically-isolated receiver / transmitter, kunye nezilungisi zamandla zamandla asekhaya kunye nangaphandle. Ingasebenza kumazinga e-baud ukuya kuthi ga kwi-57.6 Kbaud kwaye imigama ukuya kuthi ga kwi-4000 yeenyawo kunye ne-low-attenuation twisted-pair cabling, njenge-Belden #9841 okanye ilingana. Idatha eqokelelwe yiPod inokugcinwa kwi-RAM yendawo kwaye ifikelelwe kamva nge-serial port yekhompyuter. Oku kuququzelela indlela yokusebenza yePod ezimeleyo.
Incwadi ye-MRDAG12-8H.Bc
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RDAG12-8 Manual
Yonke inkqubo ye-RDAG12-8 ikwi-software esekwe kwi-ASCII. Inkqubo esekelwe kwi-ASCII ikuvumela ukuba ubhale izicelo kulo naluphi na ulwimi oluphezulu oluxhasa imisebenzi yomtya we-ASCII.
Imodyuli, okanye iPod, idilesi icwangciswe ukusuka kwi-00 ukuya kwi-FF hex kwaye nayiphi na idilesi eyabelwe igcinwe kwi-EEPROM kwaye isetyenziswe njengedilesi engagqibekanga kwi-Power-ON elandelayo. Ngokufanayo, izinga le-baud licwangciselwe i-1200, i-2400, i-4800, i-9600, i-14400, i-19200, i-28800, kunye ne-57600.
Iziphumo zeAnalog Ezi yunithi ziquka ezisibhozo ezizimeleyo ze-12-bit digital-to-analog converters (DACs), kunye amplifiers for voltage iziphumo kunye voltaguguqulo lwe-e-to-yangoku. IiDACs zinokuhlaziywa ngendlela yesitishi okanye ngaxeshanye. Kukho iitshaneli ezisibhozo zevoltagImveliso ye-e kunye neetshaneli ezisibhozo ezixhasayo ze-4-20mA i-sinks yemveliso yangoku. Isiphumo voltagUluhlu lwe-e lukhetho lwesoftware. Ulungelelwaniso lwenziwa ngesoftware. I-Factory calibration constants igcinwe kwimemori ye-EEPROM kwaye inokuhlaziywa ngokukhupha i-I / O i-wiring kunye nokungena kwimowudi yokulinganisa isofthiwe. Imodeli ye-RDAG12-8 inokubonelela ngeziphumo ze-analog ukuya kuthi ga kwi-5 mA kwi-voltage uluhlu lwe-0-5V, ± 5V, kunye ne-0-10V. Ngokubhala amaxabiso adityanisiweyo ohlobo olufunwayo lwamaza kwiibuffers kunye nokulayisha izithinteli kwi-DAC ngesantya esilungelelanisiweyo (31-6,000Hz) iiyunithi zinokuvelisa iifom zamaza ezingafanelekanga okanye imiqondiso yokulawula.
Imodeli ye-RDAG12-8H iyafana ngaphandle kokuba imveliso nganye yeDAC inokuqhuba imithwalo ukuya kuthi ga kwi-250mA isebenzisa i-± 12V @ 2.5A umbane wendawo. I-RDAG12-8H ifakwe kwi-enclosure yensimbi engatywinwanga "T-Box".
I-Digital I/O Zombini iimodeli zikwanazo ezisixhenxe zedijithali zengeniso/izibuko zemveliso. Izibuko ngalinye linokucwangciswa ngokwalo njengegalelo okanye imveliso. Amazibuko engeniso yedijithali angamkela i-logic ephezulu yegalelotages ukuya kuthi ga kwi-50V kwaye zigqithisetage ikhuselwe kwi-200 VDC. Abaqhubi bemveliso ngabaqokeleli abavulekileyo kwaye banokuthobela ukuya kuthi ga kwi-50 VDC yevolthi enikezelwe ngumsebenzisi.tage. Izibuko lemveliso nganye linokutshona ukuya kuthi ga kwi-350 mA kodwa i-sink yangoku iyonke ilinganiselwe kwitotali eyongezelekayo eyi-650 mA kuzo zosixhenxe iibits.
Isibali-xesha se-Watchdog Isibali-xesha esakhelwe-ngaphakathi siseta kwakhona iPod ukuba i-microcontroller "ixhonywe phezulu" okanye umbane wombane.tage yehla ngaphantsi kwe-7.5 VDC. I-microcontroller inokuthi iphinde isetyenziswe nge-pushbutton ye-manual yangaphandle eqhagamshelwe kwi-/PBRST (i-pin 41 yesidibanisi sojongano).
Iphepha 1-2
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Incwadi ye-MRDAG12-8H.Bc
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Iinkcukacha
Ujongano loNxibelelwano loNxibelelwano · Izibuko lothotho: Uhlobo lweMatlabs oluzimeleyo lwe-Opto-olulodwa lwe-LTC491 Isidluliseli/umamkeli. Iyahambelana
eneenkcukacha RS485. Ukuya kuthi ga kwi-32 abaqhubi kunye nabamkeli abavunyelweyo emgceni. I/O ibhasi ecwangcisiweyo ukusuka ku-00 ukuya kwi-FF hex (0 ukuya ku-255 decimal). Nayiphi na idilesi eyabelweyo igcinwe kwi-EEPROM kwaye isetyenziswa njengendawo ehlala ihleli kuMbane wokuVula ngokulandelayo. · IFomathi yeDatha eAsynchronous: I-7 bits data, even parity, enye stop bit. · Igalelo leNdlela eqhelekileyo Voltage: 300V ubuncinane (opto-yedwa). Ukuba opto-isolator
ngokudlula: -7V ukuya +12V. · Uvakalelo lweNgeniso yoMmkeli: ±200 mV, igalelo lokwahluka. · I-Impedance yeNgeniso yoMmkeli: 12K ubuncinane. · I-Transmitter Output Drive: 60 mA, 100 mA isakhono esifutshane sesekethe yangoku. · Amaxabiso eDatha yothotho: Ilungiselelwe i1200, 2400, 4800, 9600, 14400, 19200,
28800, kunye 57600 baud. I-Crystal oscillator inikezelwe.
Iziphumo ze-Analog · Imijelo: · Uhlobo: · Non-Linearity: · Monotonicity: · Output Range: · Output Drive: · Output Output: · Now Output: · Output Resisance: · Setting Time:
Ezisibhozo ezizimeleyo. I-12-bit, i-buffered kabini. ±0.9 LSB ubuninzi. ± ½ bit. 0-5V, ± 5V, 0-10V. Inketho yamandla aphantsi: 5 mA, i-High Power Option: 250 mA. I-4-20 mA SINK (Umsebenzisi unike i-excitation ye-5.5V-30V). 0.5. 15 :umzuzwana ukuya ±½ LSB.
Digital I/O · Amasuntswana asixhenxe aqwalaselwe njengegalelo okanye imveliso.
· Amagalelo eDijithali eLogic Phezulu: +2.0V ukuya +5.0V ku-20µA max. (5mA max kwi-50V ngaphakathi)
Ikhuselwe kwi-200 VDC
I-Logic Low: -0.5V ukuya +0.8V kwi-0.4 mA max. Ikhuselwe kwi -140 VDC. · Iziphumo zeDijithali I-Logic-Low Sink yangoku: 350 mA ubuninzi. (Jonga inqaku elingezantsi.)
I-inductive kick suppression diode ibandakanyiwe kwisekethe nganye. Phawula
Ubuninzi obuvumelekileyo ngoku ngesuntswana lemveliso yi-350 mA. Xa zonke iibhithi ezisixhenxe zisetyenziswa, kukho ubuninzi bangoku bubonke be-650 mA.
· Imveliso ekwiNqanaba eliPhezulu Voltage: Vula uMqokeleli, ukuthotyelwa ukuya kuthi ga kwi-50VDC
Umthamo onikezelwe ngumsebenzisitage. Ukuba akukho msebenzisi unikezelweyo voltage ikhona, iziphumo zitsalwe ukuya kuthi ga kwi +5VDC nge-10 kS resistors.
Phazamisa igalelo (Ukusetyenziswa nekhithi yophuhliso)
Incwadi ye-MRDAG12-8H.Bc
Iphepha 1-3
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I-ACCES I/O RDAG12-8(H) Fumana iQuote
RDAG12-8 Manual
· Igalelo eliphantsi: -0.3V ukuya +0.8V. · Igalelo langoku eliPhantsi kwi-0.45V: -55µA. · Igalelo Eliphezulu: 2.0V ukuya ku-5.0V.
Okusingqongileyo
Iimpawu zokusingqongileyo zixhomekeke kuqwalaselo lwe-RDAG12-8. Ulungelelwaniso lwemveliso yamandla aphantsi naPhezulu:
· Uluhlu lobushushu obusebenzayo: 0 °C. ukuya kuma-65 °C. (Ngokuzikhethela -40 °C. ukuya +80 °C.).
· Ukwehla kweqondo lobushushu:
Ngokusekelwe kumandla asetyenzisiweyo, ukusebenza okuphezulu
iqondo lobushushu kunokufuneka lincitshiswe ngenxa yangaphakathi
abalawuli bamandla bachitha ubushushu obuthile. Umzekeloample,
xa i-7.5VDC isetyenzisiwe, ukunyuka kobushushu ngaphakathi kwe
Indawo ebiyelweyo yi-7.3°C ngaphezu kobushushu be-ambient.
Phawula
Obona bushushu bokusebenza bunokumiselwa ngokwenxaki ilandelayo:
VI (TJ = 120) < 22.5 - 0.2TA
Apho i-TA bubushushu be-ambient ku °C. kwaye VI(TJ = 120) ngumqulutage apho umqulu odibeneyotagiqondo lobushushu lesiphambuka somlawuli liya kunyuka liye kumaqondo obushushu angama-120 °C. (Qaphela: Ubushushu besiphambuka buthelekelelwa kwi-150 °C. ubuninzi.)
Umzekeloample, kwiqondo lobushushu le-ambiente le-25 °C., i-voltage VI ingaba ukuya kuthi ga kwi-17.5V. Kubushushu be-ambient obuyi-100 °F. (37.8 °C.), umqulutage VI ingaba ukuya kuthi ga kwi-14.9V.
· Ukufuma: · Ubungakanani:
I-5% ukuya kwi-95% ye-RH ayi-condensing. NEMA-4 Enclosure 4.53″ ubude nge 3.54″ ububanzi ngo 2.17″ ukuphakama.
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Amandla afunekayo Amandla anokusetyenziswa ukusuka kwikhompyuter +12VDC unikezelo lwamandla ombane kwicandelo le-opto-isolated
ngentambo yonxibelelwano olulandelelanayo kunye nonikezelo lwamandla lwasekhaya kuyo yonke iyunithi. Ukuba awunqweneli ukusebenzisa amandla avela kwikhompyuter, unikezelo lwamandla olwahlukileyo olubekwe yedwa kunikezelo lwamandla lwasekhaya lungasetyenziselwa icandelo le-opto-isolated. Amandla asetyenziswa leli candelo lincinci (ngaphantsi kwe-0.5W).
Uguqulelo lwamandla aphantsi: · Amandla walapha:
+12 ukuba 18 VDC @ 200 mA. (Bona ibhokisi elandelayo.)
· Icandelo le-Opto-Isolated: 7.5 ukuya kwi-25 VDC @ 40 mA. (Qaphela: Ngenxa yobuncinci be
yangoku efunekayo, voltagUkuwa kweentambo ezinde akubalulekanga.)
Uguqulelo lwamandla aphezulu: · Amandla eNdawo:
+12 ukuya ku-18 VDC ukuya kuthi ga kwi-2 ½ A, kunye -12 ukuya ku-18V ku-2A ngokuxhomekeke
kumthwalo wemveliso ozotyiweyo.
· Icandelo le-Opto-Isolated: 7.5 ukuya kwi-25 VDC @ 50 mA. (Qaphela: Ngenxa yobuncinci be
yangoku efunekayo, voltagUkuwa kweentambo ezinde akubalulekanga.)
Phawula
Ukuba unikezelo lwamandla lwasekhaya lunomthamo wemvelisotage enkulu kune 18VDC, ungafaka i-Zener diode kuthotho kunye nonikezelo voltage. IVoltagUkulinganisa kwe-Zener diode (VZ) kufuneka kulingane ne-VI-18 apho i-VI ingumbane wonikezelo lwamandlatage. Ukulinganiswa kwamandla e-diode ye-Zener kufuneka ibe yi-$ VZx0.12 (watts). Ngoko ke, umzekeloample, unikezelo lwamandla lwe-26VDC luya kufuna ukusebenzisa i-8.2V Zener diode kunye nomlinganiselo wamandla we-8.2 x 0.12. 1 watt.
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Umzobo 1-1: RDAG12-8 Block Diagram
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Isahluko 2: Ukufakela
Isoftware enikwe eli khadi ikwiCD kwaye kufuneka ifakwe kwihard disk yakho phambi kokuba isetyenziswe. Ukwenza oku, yenza la manyathelo alandelayo asebenzayo kwinkqubo yakho yokusebenza. Faka esikhundleni unobumba ofanelekileyo wokuqhuba kwi-CD-ROM yakho apho ubona u-d: kwi-exampngaphantsi ngezantsi.
Ukufakwa kweCD
WIN95/98/NT/2000 a. Beka i-CD kwi-CD-ROM drive yakho. b. Inkqubo yokuhlohla kufuneka isebenze ngokuzenzekelayo emva kwemizuzwana engama-30. Ukuba inkqubo yokuhlohla yenza
musa ukuqhuba, cofa QALA | BALEKA kwaye uchwetheze d:fake, cofa u-Kulungile okanye ucinezele -. c. Landela imiyalelo ekwisikrini ukufaka isoftwe yeli khadi.
Izalathisi Zenziwe kwiHard Disk
Inkqubo yokuhlohla iyakwenza abalawuli abaninzi kwihard diski yakho. Ukuba uyakwamkela ukungagqibeki kofakelo, olu lwakhiwo lulandelayo luya kubakho.
[IKHADINAME] Ingcambu okanye ulawulo lwesiseko oluqulathe inkqubo yokuseta SETUP.EXE esetyenziswa ukukunceda uqwalasele abatsiba kunye nokulinganisa ikhadi.DOSPSAMPLES: DOSCSAMPLES: Win32language:
Uvimba weefayili we [CARDNAME] oqulathe uPascal samples. Uvimba weefayili we [CARDNAME] oqulathe u-“C” samples. Oovimba beefayili abaqulathe i-samples for Win95/98 kunye NT.
WinRISC.exe Inkqubo yonxibelelwano yohlobo lweWindows dumb-terminal eyenzelwe ukusebenza kweRS422/485. Isetyenziswa ngokuyintloko ngeRemote Data Acquisition Pods kunye neRS422/485 serial yonxibelelwano lomgca wemveliso. Ingasetyenziswa ukuthi molo kwimodem efakiweyo.
ACCES32 Olu luhlu luqulathe umqhubi weWindows 95/98/NT osetyenziselwa ukunika ufikelelo kwiirejista zehardware xa ubhala i-32-bit Windows software. Eziliqela sampLes zibonelelwa ngeelwimi ezahlukeneyo ukubonisa indlela yokusebenzisa lo mqhubi. I-DLL ibonelela ngemisebenzi emine (InPortB, OutPortB, InPort, kunye ne-OutPort) ukufikelela kwi-hardware.
Olu luhlu lukwanalo nomqhubi wesixhobo seWindows NT, ACCESNT.SYS. Lo mqhubi wesixhobo ubonelela ngerejista-kwinqanaba lehardware ufikelelo kwiWindows NT. Iindlela ezimbini zokusebenzisa umqhubi ziyafumaneka, nge-ACCES32.DLL (ecetyiswayo) kunye ne-DeviceIOControl izibambo ezibonelelwa ngu-ACCESNT.SYS (kancinane ngokukhawuleza).
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RDAG12-8 Manual
SAMPNGAPHANTSIampiiles zokusebenzisa i-ACCES32.DLL zinikwe kolu vimba weefayili. Ukusebenzisa le DLL akwenzeli nje ukuba inkqubo yehardware ibe lula (KUNINGI kulula), kodwa kunye nomthombo omnye file ingasetyenziselwa zombini iiWindows 95/98 kunye neWindowsNT. Omnye ophunyeziweyo unokuqhuba phantsi kweesistim zombini kwaye usenofikelelo olupheleleyo kwiirejista zehardware. I-DLL isetyenziswa kanye njengayo nayiphi na enye i-DLL, ngoko ke iyahambelana nalo naluphi na ulwimi olukwaziyo ukusebenzisa ii-32-bit DLLs. Qhagamshelana neencwadana ezinikezelwe ngumqulunqi wolwimi lwakho ngolwazi malunga nokusebenzisa ii-DLL kwindawo yakho ethile.
I-VBACCES Le ncwadana iqulethe abaqhubi be-DLL abalishumi elinesithandathu ukuze basetyenziswe kunye ne-VisualBASIC 3.0 kunye ne-Windows 3.1 kuphela. Aba baqhubi banikezela ngemisebenzi emine, efana ne-ACCES32.DLL. Nangona kunjalo, le DLL ihambelana kuphela ne-16-bit ephunyeziweyo. Ukufuduka ukusuka kwi-16-bit ukuya kwi-32-bit kwenziwa lula ngenxa yokufana phakathi kwe-VBACCES kunye ne-ACCES32.
PCI Olu lawulo luqulathe iinkqubo ezithile zePCI-bhasi kunye nolwazi. Ukuba awusebenzisi ikhadi lePCI, olu luhlu aluyi kufakwa.
I-SOURCE Inkqubo eluncedo ibonelelwe ngekhowudi yomthombo onokuyisebenzisa ukumisela izibonelelo ezabiweyo ngexesha lokuqhuba ukusuka kwiinkqubo zakho kwi-DOS.
I-PCIFind.exe Isixhobo se-DOS kunye ne-Windows ukumisela ukuba zeziphi iidilesi ezisisiseko kunye nee-IRQs ezabelwe amakhadi e-PCI afakiweyo. Le nkqubo iqhuba iinguqulelo ezimbini, ngokuxhomekeke kwinkqubo yokusebenza. IWindows 95/98/NT ibonisa ujongano lwe-GUI, kwaye ilungisa ubhaliso. Xa uqhutywa kwi-DOS okanye kwi-Windows3.x, ujongano lokubhaliweyo luyasetyenziswa. Ngolwazi malunga nefomathi yeqhosha lokubhalisa, jongana nekhadi-lithe ngqoampincinci ibonelelwe ngehardware. Kwi-Windows NT, i-NTioPCI.SYS isebenza rhoqo xa ikhompyutha iqalwa, ngaloo ndlela ihlaziya ubhaliso njengoko izixhobo zePCI zongezwa okanye zisusiwe. Kwi-Windows 95/98/NT PCIFind.EXE izibeka kulandelelwano lwe-boot lwe-OS ukuhlaziya ubhaliso kumandla-up nganye.
Le nkqubo ikwabonelela ngoqwalaselo oluthile lweCOM xa lusetyenziswa namazibuko ePCI COM. Ngokukodwa, iya kucwangcisa amakhadi e-COM ahambelanayo okwabelana nge-IRQ kunye nemiba yezibuko ezininzi.
WIN32IRQ Olu luhlu lubonelela ngojongano oluqhelekileyo lwe-IRQ yokuphatha kwiWindows 95/98/NT. Ikhowudi yomthombo inikezelwa kumqhubi, ilula kakhulu ukudalwa kwabaqhubi besiko kwiimfuno ezithile. Sampiiles zinikezelwe ukubonisa ukusetyenziswa komqhubi wegeneric. Qaphela ukuba ukusetyenziswa kwee-IRQs kwiinkqubo zokufumana idatha yexesha elisondeleyo kufuna iindlela zokucwangcisa izicelo ezinemisonto emininzi kwaye kufuneka zithathwe njengesihloko esiphakathi ukuya kwiprogram ephambili. Delphi, C++ Builder, kunye neVisual C++ sampiiles zinikezelwe.
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Findbase.exe into eluncedo yeDOS ukumisela idilesi ekhoyo ekhoyo yebhasi ye-ISA , amakhadi angeyoPlug-n-Play. Qhuba le nkqubo kube kanye, phambi kokuba i-hardware ifakwe kwikhompyuter, ukujonga idilesi ekhoyo ukunika ikhadi. Nje ukuba idilesi imiselwe, sebenzisa inkqubo yokuseta ebonelelwe nge-hardware ukubona imiyalelo yokuseta idilesi yokutshintsha kunye nokukhethwa kweenketho ezahlukeneyo.
I-Poly.exe Isixhobo esisetyenziswa ngokubanzi ukuguqula itheyibhile yedatha ibe yipolynomial ye-nth. Iluncedo ekubaleni i-linearization polynomial coefficients kwi-thermocouples kunye nezinye izinzwa ezingezo-linear.
Risc.bat Ibhetshi file ebonisa iparamitha zomgca womyalelo we-RISCTerm.exe.
I-RISCTerm.exe Inkqubo yonxibelelwano yohlobo lwe-dumb-terminal eyenzelwe ukusebenza kwe-RS422/485. Isetyenziswa ngokuyintloko ngeRemote Data Acquisition Pods kunye neRS422/485 serial yonxibelelwano lomgca wemveliso. Ingasetyenziswa ukuthi molo kwimodem efakiweyo. I-RISCTerm imele uNxibelelwano oluLula ngenene ngokuKholelekiyo TERMinal.
Ndiyaqalisa
Ukuqala ukusebenza ngepod, kufuneka kuqala ube nezibuko lonxibelelwano olukhoyo olusebenzayo kwiPC yakho. Oku kunokuba ngomnye wethu RS422/485 amakhadi Uthotho loNxibelelwano okanye izibuko RS232 ekhoyo kunye 232/485 umguquleli ngocingo ezimbini iqhotyoshelwe. Okulandelayo, faka isoftwe kwi-3½” diskette (RDAG12-8 Software Package). Kufuneka usebenzise inkqubo yokuseta i-RDAG12-8 (ekwi-3½” diskette) ukukunceda ngokukhetha ukhetho.
1. Qinisekisa ukuba uyakwazi ukunxibelelana nge-COM port (jonga iinkcukacha kwi-COM card manual efanelekileyo). View Iphaneli yokulawula | Iizibuko (NT 4) okanye iPhaneli yoLawulo | Inkqubo | Umphathi weSixhobo | Amazibuko | Iipropati | Izibonelelo (9x/NT 2000) ngolwazi malunga namazibuko e-COM afakiweyo. Ukuqinisekiswa konxibelelwano kunokwenziwa ngokusebenzisa i-loop-back connector enekhadi kwimodi ye-RS-422 epheleleyo.
Ulwazi olusebenzayo lwamazibuko e-serial kwiWindows luya kuba negalelo elikhulu kwimpumelelo yakho. Usenokuba ne-COM izibuko ezakhelwe ngaphakathi 1 & 2 kwi-Motherboard yakho, kodwa isoftwe eyimfuneko ukuyixhasa ayinakufakwa kwinkqubo yakho. Ukusuka kwiPhaneli yoLawulo unokufuna "ukongeza i-hardware entsha" kwaye ukhethe izibuko zonxibelelwano oluqhelekileyo ukongeza izibuko le-COM kwinkqubo yakho. Ungafuna kwakhona ukujonga kwi-BIOS ukuze uqinisekise ukuba amazibuko amabini asemgangathweni avuliwe.
Sibonelela ngeenkqubo ezimbini zetheminali ukunceda kulo msebenzi. I-RISCTerm yi-terminal esekwe kwi-DOS
inkqubo, enokusetyenziswa kwakhona kwi Windows 3.x kunye 9x. Kuba Windows 9x/NT 4/NT 2000, ungakwazi
sebenzisa inkqubo yethu yeWinRISC. Unokukhetha inombolo ye-COM port (COM5, COM8, njl.), i-baud, idatha
amasuntswana, ukulingana, kunye nokuyeka amasuntswana. I-ACCES Pods inqanawa kwi-9600, 7, E, 1, ngokulandelanayo. Olona vavanyo lulula ukubonwa
ukuba une COM port elungileyo ngaphandle kokudibanisa nantoni na kwi COM isidibanisi sePort ngasemva
yekhompyuter yakho kukukhetha nokuba yiCOM 1 okanye COM 2 (nayiphina eboniswayo kwisixhobo sakho
umphathi) ukusuka kwiWinRISC (Jonga "Ukuqhuba iWinRISC") emva koko ucofe ku "Qhagamshela". Ukuba awufumani
impazamo, luphawu oluhle kakhulu lokuba ukushishini. Cofa ibhokisi yokukhangela ebizwa ngokuba yi "echo yendawo", emva koko
nqakraza kwiwindow yokubhaliweyo, apho kufuneka ubone ikhesa edanyazayo, kwaye uqalise ukuchwetheza. Ukuba uye
uphumelele ukuya kwinyathelo lokugqibela, ukulungele ukuqhagamshela ihardware kwaye uzame
nxibelelana nayo.
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2. Emva kokuba uqinisekisile ukuba uyakwazi ukunxibelelana nge-COM port yakho, misela ikhadi lakho le-COM kwi-half-duplex, RS-485, kwaye uyifake ngocingo usebenzisa iingcingo ezimbini kwiPod. (Kunokufuneka uhambise ezinye i-jumpers kwibhodi ye-COM ukuze ufeze oku. Okanye ukuba usebenzisa i-RS-232/485 Converter yethu, nceda udibanise ngeli xesha. Unxibelelwano kunye nePod kufuneka lube neentambo ezimbini ze-RS-485, i-Half-Duplex kunye nokuTyelwa kunye ne-Bias esetyenzisiweyo. Kwakhona khetha Akukho Echo (apho i-Echo ikhona) kwikhadi le-COM. Khangela kwakhona kwi-ikhadi le-COM ukuze ufumane ulwazi oluthe kratya kwikhadi lakho le-COM. Iitheminali zePod. Bona i Screw Terminal Pin izabelo ukuze ufumane uncedo ngale nto. Ukuze ufumane iziphumo ezingcono, uya kudinga +12V kunye nokubuyela kumandla epod ngendlela engeyodwa. Kuvavanyo lwebhentshi kunye nokuseta ngobonelelo lwamandla omnye, kuya kufuneka ufakele izitsibi zocingo phakathi kwezi ndawo zilandelayo kwibhloko ye-terminal: ISOV+ ukuya kwi-PWR+, kunye ne-ISOGND ukuya kwi-GND. Oku koyisa i-optical isolation feature yePod, kodwa ilula ukuseta uphuhliso kwaye ifuna kuphela unikezelo lwamandla olunye. Kuya kufuneka kwakhona ujonge ibhodi yomqhubekekisi njengoko ichaziwe kuKhetho loKhetho ukuqinisekisa ukuba abaxhuma JP2, JP3 kunye neJP4 bakwimo ye-ISO.
3. Qinisekisa iingcingo zakho, emva koko uvule amandla kwiPod. Ukuba uyajonga, umzobo wangoku kufuneka ube malunga ne-250mA.
4. Ngoku ungaphinda uqhube ucwangciso nolungelelwaniso lwenkqubo(DOS, Win3.x/9x). Ngeli xesha inkqubo yokuseta kufuneka ibone ngokuzenzekelayo iPod ukusuka kwinto yemenyu ye-auto, kwaye ikuvumela ukuba usebenzise inkqubo yokulinganisa. Ukuba usebenzisa iWindows NT, ungaqhuba inkqubo yokuseta ukuseta abatsibayo malunga nonxibelelwano olulodwa okanye olungabodwa. Ukusebenzisa inkqubo yokulinganisa, sebenzisa nje idiski yokuqalisa i-DOS, emva koko uqhube inkqubo. Singakunika oku ukuba kuyimfuneko.
Ukuqhuba iWinRISC
1. KwiWindows 9x/NT 4/NT 2000, qalisa inkqubo yeWinRISC, ekufuneka ifikeleleke kwimenyu yokuqalisa (Qala | Iinkqubo | RDAG12-8 | WinRISC). Ukuba awukwazi ukuyifumana, yiya ku Qala | Fumana | Files okanye Iifolda kwaye ukhangele iWinRISC. Ungaphinda ujonge iCD kwaye ujonge diskstools.winWin32WinRISC.exe.
2. Nje ukuba ukwiWinRISC, khetha ireyithi ye-baud ye-9600 (i-factory default default for the Pod). Khetha i-Local Echo kunye nolunye useto olulandelayo: I-Parity-Even, i-Data Bits-7, i-Stop Bits-1. Shiya ezinye iisetingi ngokungagqibekanga. Khetha i-port ye-COM eqinisekisiweyo (phezulu ngasekhohlo) kwaye nqakraza ku-"Connect".
3. Cofa kwibhokisi engundoqo. Kuya kufuneka ubone ikhesa edanyazayo.
4. Chwetheza amagama ambalwa. Kuya kufuneka uzibone ziprinta kwiscreen.
5. Qhubeleka uye kwicandelo "UKUTHETHA NEPOD".
Ukuqhuba i-RISCterm
1. Kuba Win 95/98, sebenzisa inkqubo RISCTerm.exe efumaneka kwi Qala | Iinkqubo | RDAG12-8. KwiDOS okanye Win 3.x, jonga kwi C:RDAG12-8.
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2. Faka idilesi esisiseko yekhadi le-COM, uze ufake i-IRQ. Kwi-Windows, olu lwazi lufumaneka nge viewnge ControlPanel | Inkqubo | Umphathi wesixhobo | Amazibuko | Iipropati | Izibonelelo.
3. Nje ukuba uku-RISCTerm, qinisekisa ukhetho lwe-9600 baud (ukungagqibeki komzi-mveliso wePod). Ibar esezantsi kwesikrini kufuneka ithi 7E1.
4. Chwetheza oonobumba abambalwa. Kuya kufuneka uzibone ziprinta kwiscreen.
5. Qhubekela kwicandelo, “UKUTHETHA NEPOD”.
Ukuthetha nePod
1. (Ukuthabatha kwinyathelo lesi-5 le-"RUNNING WINRISC" okanye "RUNNING RISCTERM") Cofa iqhosha elithi Faka amaxesha ambalwa. Kufuneka ufumane, “Impazamo, sebenzisa ?kuluhlu lomyalelo, umyalelo ongaqondwayo:” Olu luphawu lwakho lokuqala lokuba uthetha nePod. Ukucofa ngokuphindaphindiweyo iqhosha elithi Faka kufuneka libuyisele lo myalezo rhoqo. Olu luphawu oluchanekileyo.
2. Chwetheza "?" kwaye ucinezele u-enter. Kuya kufuneka ufumane umva "Isikrini soNcedo oluphambili" kunye nezinye iimenyu ezintathu onokufikelela kuzo. Ungachwetheza "?3" emva koko ucinezele u-Enter, kwaye ufumane imenyu evela kwiPod malunga neMiyalelo yeZiphumo zeAnalog. Ukuba ufumana le miyalezo, uyazi kwakhona ukuba unxibelelana ngokufanelekileyo nePod.
3. Qhagamshela iDMM, iseti yoluhlu lwe-20VDC, ngapha kwezikhonkwane ezi-1 (+) kunye nezi-2 (-) zebhloko ye-Screw terminal yePod. Chwetheza “AC0=0000,00,00,01,0000” kunye no [Faka]. Kufuneka ufumane iCR (ikhareji yokubuya) evela kwiPod. Lo myalelo umisela i-Channel 0 yoluhlu lwe-0-10V.
4. Ngoku chwetheza “A0=FFF0” kunye no [Faka]. Kuya kufuneka ufumane imbuyekezo yenqwelo evela kwiPod. Lo myalelo ubangela ukuba iChannel 0 ikhuphe ixabiso eliyalelweyo (FFF kwihex = 4096 counts, okanye 12-bit, Full Scale). Kuya kufuneka ubone iDMM ifundeka 10VDC. Ulungelelwaniso kuxoxwa ngalo kwicandelo elilandelayo.
5. Thayipha "A0 = 8000" kunye no [Faka] (800 kwi-hex = 2048 counts, okanye i-12-bit, i-Half Scale). Kuya kufuneka ufumane imbuyekezo yenqwelo evela kwiPod. Kuya kufuneka ubone iDMM ifundeka 5VDC.
6. Ngoku ukulungele ukuqalisa uphuhliso lwakho kwaye ubhale inkqubo yakho yesicelo.
Qaphela: Ukuba ekugqibeleni uza kusebenzisa “iNdlela eYodwa”, qiniseka ukuba ubeka iijumpi kwibhodi yomqhubekekisi ubuyela kwindawo “ye-ISO”. Kwakhona qinisekisa ukuba udibanisa amandla ngokuchanekileyo ukuxhasa loo modi. Ifuna i-12V yamandla asekhaya, kunye ne-12V yamandla azimeleyo. Amandla aKwawo anokunikezelwa kunikezelo lwamandla lwekhompyuter, okanye olunye unikezelo olusembindini. Umzobo wangoku kulo mthombo awunanto, ngoko voltagUkuwa kwentambo akunasiphumo. Qaphela ukuba i-High Power Pod version (RDAG12-8H) idinga +12V, Gnd, kunye -12V "yeLocal Power".
Ulungelelwaniso
Isoftware yokumisela ebonelelwe nge-RDAG12-8 kunye ne-RDAG12-8H ixhasa ukukwazi ukujonga ukulungelelaniswa kunye nokubhala amaxabiso okulungisa kwi-EEPROM ukuze zifumaneke ngokuzenzekelayo kumbane. Iitshekhi zokulinganisa kufuneka zenziwe kuphela ngamaxesha athile, hayi lonke ixesha amandla ebhayisekile.
Incwadi ye-MRDAG12-8H.Bc
Iphepha 2-5
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I-ACCES I/O RDAG12-8(H) Fumana iQuote
RDAG12-8 Manual
I-SETUP.EXE inkqubo yolungelelwaniso lwesoftware inokusetyenziselwa ukulungelelanisa zonke iindidi zontathu kunye nokugcina amaxabiso kwi-EEPROM. KwiWindows NT, kuya kufuneka uqalise kwi-DOS ukuqhuba le nkqubo. Unokwenza idiski ye-DOS yokuqalisa kuyo nayiphi na inkqubo yeWindows engasebenziyo i-NT. Singabonelela ngediski yokuqalisa ye-DOS ukuba kuyimfuneko.
I-SAMPInkqubo ye-LE1 ibonisa inkqubo yokukhumbula la maxabiso kunye nokulungelelanisa ufundo. Inkcazo ye-CALn? Umyalelo ubonisa indlela ulwazi olugcinwe ngayo kwi-EEPROM.
Ukuhlohla
I-RDAG12-8 enclosure itywinwe, i-die-cast, i-aluminium-alloy, i-NEMA-4 enclosure efakwe lula. Imilinganiselo yangaphandle yendawo ebiyelweyo zezi: 8.75″ ubude nge 5.75″ ububanzi nge 2.25″ ukuphakama. Isigqubuthelo sibandakanya i-gasket ye-neoprene ene-recessed neoprene kunye nesigqubuthelo sikhuselekile emzimbeni nge-M-4 e-recessed e-3.5, insimbi engenasici, izikrufu ezibanjwayo. Izikrufu ezimbini ezinde ze-M-0.236 X 1 zibonelelwa ukuba zifakwe emzimbeni. Imingxuma yokunyuka kunye ne-cover-attaching screws ingaphandle kwendawo evaliweyo ukukhusela ukungena kokufuma kunye nothuli. Abaphathi abane abanentambo ngaphakathi kwendawo ebiyelweyo babonelela ngokuxhonywa kweendibano zekhadi lesekethe eliprintiweyo. Ukufakela ikhadi ngaphandle kwebhokisi kwindawo yakho ebiyelweyo, jonga uMzobo 2-XNUMX wesithuba somngxuma.
I-RDAG12-8H i-enclosure yintsimbi engavaliweyo efakwe ipeyinti "IBM Industrial Grey". Indawo ebiyelweyo ilinganisa i-8.5″ ubude nge-5.25″ ububanzi ngo-2″ phezulu.
Kukho iindawo ezintathu ze-jumper kwiyunithi kwaye imisebenzi yazo ilandelayo:
I-JP2, i-JP3, kunye ne-JP4: Ngokuqhelekileyo aba baxhuma kufuneka babe kwindawo "ye-ISL". Ukuba unqwenela ukudlula i-opto-isolators, ngoko unako ukuhambisa ezi jumpers kwindawo "/ ISL".
iInput/Output Pin Connections
Ukudityaniswa kombane kwi-RDAG12-8 kudlula indlala engangeni manzi evala iingcingo kwaye ipheliswe ngaphakathi kwisitayile se-Euro, ibhloko ye-screw-terminal eplaga kwikhonkco le-50-pin. Ukuxhunywa kombane kwi-RDAG12-8H kukuvuleka ekupheleni kwe-T-Box, epheliswe ngendlela efanayo ye-Euro, i-screw-terminal block. Izabelo zesiqhagamshelo sesiqhagamshelo sezikhonkwane ezingama-50 zilandela:
Iphepha 2-6
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Incwadi ye-MRDAG12-8H.Bc
Iphepha 18/39
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Iphini
1 IMVUME0
3 IMVUME1
5 IMVUME2
7 GND
9 DIO5 11 DIO3 13 DIO1 15 GND 17 VOUT3 19 IOUT1 21 IOUT3 23 IOUT4 25 IOUT6 27 AOGND 29 VOUT4 31 GND 33 /PINT0 35 PWR+ 37 GND 39 VOUT+5 ISO 41 /RS43 VOUT45 48547 VOUT6
Umqondiso
Iphini
Umqondiso
(I-Analog Volt. Imveliso 0) 2 APG0
(I-Analog Power Ground 0)
(I-Analog Volt. Imveliso 1) 4 APG1
(I-Analog Power Ground 1)
(I-Analog Volt. Imveliso 2) 6 APG2
(I-Analog Power Ground 2)
(Local Power Ground) 8 DIO6
(Igalelo leDijithali/Imveliso 6)
(Igalelo leDijithali/Isiphumo sesi-5) 10 DIO4
(Igalelo leDijithali/Imveliso 4)
(Igalelo leDijithali/Isiphumo sesi-3) 12 DIO2
(Igalelo leDijithali/Imveliso 2)
(Igalelo leDijithali/Isiphumo sesi-1) 14 DIO0
(Igalelo leDijithali/Imveliso 0)
(Local Power Ground) 16 APG3
(I-Analog Power Ground 3)
(I-Analog Volt. Isiphumo 3) 18 IOUT0
(Isiphumo sangoku se-Analog 0)
(Imveliso ye-Analog yangoku 1) 20 IOUT2
(Isiphumo sangoku se-Analog 2)
(Imveliso ye-Analog yangoku 3) 22 AOGND
(Umgangatho wemveliso ye-Analog)
(Imveliso ye-Analog yangoku 4) 24 IOUT5
(Isiphumo sangoku se-Analog 5)
(Imveliso ye-Analog yangoku 6) 26 IOUT7
(Isiphumo sangoku se-Analog 7)
(I-Analog Output Ground) 28 APG4
(I-Analog Power Ground 4)
(I-Analog Volt. Imveliso ye-4) 30 AOGND
(Umgangatho wemveliso ye-Analog)
(Local Power Ground) 32 /PINT1
(Interr ekhuselweyo. Igalelo 1)
(I-Interr ekhuselweyo. Igalelo 0) 34 /PT0
(Ekhuselweyo Tmr./CTr. Igalelo)
(Ubonelelo lwaMandla eNgingqi +) 36 PWR+
(Ubonelelo lwaMandla eNgingqi +)
(Local Power Ground) 38 APG5
(I-Analog Power Ground 5)
(I-Analog Volt. Imveliso 5) 40 PWR-
(Ubonelelo lwaMandla eNgingqi -)
(Ukuseta kwakhona iqhosha lokutyhala) 42 ISOGND
(Isol. Ubonelelo lwaMandla)
(Isol. Unikezelo lwamandla +) 44 RS485 +
(Izibuko loNxibelelwano +)
(Izibuko loNxibelelwano -) 46 APG6
(I-Analog Power Ground 6)
(I-Analog Volt. Output 6) 48 APPLV+ (I-Application Power Ground 7)
(I-Analog Volt. Imveliso 7) 50 APG7
(I-Analog Power Ground 7)
Itheyibhile 2-1: Izabelo ze-50 ze-Pin Connector
Iimpawu zetheminali kunye nemisebenzi yazo yile ilandelayo:
PWR+ kunye ne-GND:
(Izikhonkwane 7, 15, 31, 35, kunye ne-37) Ezi zikhululo zisetyenziselwa ukusebenzisa amandla asekuhlaleni kwiPod ukusuka kumbane wendawo. (Izikhonkwane ze-35 kunye ne-36 ziboshwe kunye.) I-voltage inokuba naphi na kuluhlu lwe-12 VDC ukuya kwi-16 VDC. Umthamo ophezulutage ingasetyenziswa, 24 VDC for example, ukuba yangaphandle Zener diode isetyenziselwa ukunciphisa voltage isicelo kwi RDAG12-8. (Jonga icandelo leNgcaciso yale ncwadana yokumisela umlinganiselo ofunekayo we-Zener diode.)
PWR-
(Pin 40) Le terminal yamkela umthengi onikezelweyo -12V ukuya kwi-18 VDC @ 2A max. Isetyenziswe kuphela kwi-High Power option RDAG12-8H.
Incwadi ye-MRDAG12-8H.Bc
Iphepha 2-7
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RDAG12-8 Manual
I-ISOV+ kunye ne-ISOGND: Olu ludibaniso lwamandla lwecandelo lokwahlukanisa elinokunikezelwa ukusuka kubonelelo lwekhompyuter +12VDC kusetyenziswa iperi yeengcingo kuthungelwano lweRS-485 okanye kunikezelo lwamandla oluphakathi. La mandla azimele "kumandla asekuhlaleni". Umqulutaginqanaba e linokuba ukusuka 7.5 VDC ukuya 35 VDC. (Umqulu osebhodinitagUmlawuli we-e ulawula amandla kwi-5 VDC.) I-RDAG12-8 iya kufuna kuphela malunga ne-5 mA yangoku xa i-idling kunye ne-~33mA yangoku xa idatha ihanjiswa ngoko nayiphi na imiphumo yokulayisha kumandla ekhompyutheni (ukuba isetyenzisiwe) iya kuba phantsi.
Phawula
Ukuba amandla ahlukeneyo akafumaneki, i-ISOV + kunye ne-ISOGND kufuneka zitsibe kwiitheminali "zamandla asekhaya", ezoyisa i-optical isolation.
RS485 + kunye RS485-: Ezi iiterminal for RS485 zonxibelelwano (TRx + kunye TRx-).
APPLV+:
Le terminal yeya "amandla esicelo" okanye umsebenzisi onikiweyo voltage umthombo apho iziphumo zedijithali ziqhagamshelwe ngemithwalo. Vula-umqokeleli Darlington ampiilifi zisetyenziswa kwiziphumo. I-inductive suppression diodes ifakiwe kwisekethe ye-APPLV +. Umgangatho wamandla wesicelo (APPLV +) unokuba phezulu njenge-50 VDC.
APG0-7:
Ezi terminals zezokusetyenziswa kunye noguqulelo lwaMandla aPhezulu wePod (RDAG12-8H). Qhagamshela zonke iimbuyekezo zomthwalo kwezi terminals.
AOGND:
Ezi theminali zezokusetyenziswa noguqulelo lwaMandla aPhantsi wePod. Sebenzisa ezi kwimbuyekezo voltagIziphumo kunye neziphumo zangoku.
I-GND:
Le yimiba yenjongo ngokubanzi enokusetyenziswa kwimbuyekezo yeBit yeDijithali, uqhagamshelo lokubuyisela amandla, njalo njalo.
Ukuqinisekisa ukuba kukho ubuncinci bokuchaphazeleka kwi-EMI kunye nobuncinci bemitha yemitha, kubalulekile ukuba kubekho umhlaba we-chassis oqinisekileyo. Kwakhona, iindlela ezifanelekileyo ze-EMI cabling (ikheyibhile eqhagamshelwe kumhlaba we-chassis, i-wiring ephothiweyo iingcingo, kwaye, kwiimeko ezigqithisileyo, inqanaba le-ferrite lokhuseleko lwe-EMI) linokufuneka kwi-input/output wiring.
I-VOUT0-7:
I-Analog Output Voltage umqondiso, sebenzisa ngokubambisana ne-AOGND
IOUT0-7:
I-4-20mA Isignali ye-Sink yangoku ye-Sink Output, sebenzisa ngokubambisana nombane wangaphandle (5.5V ukuya kwi-30V).
Iphepha 2-8
Incwadi ye-MRDAG12-8H.Bc
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Iphepha 20/39
I-ACCES I/O RDAG12-8(H) Fumana iQuote
Umzobo 2-1: I-Simplified Schematic for Voltage kunye neZiphumo zeSinki zangoku
Incwadi ye-MRDAG12-8H.Bc
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Iphepha 2-9
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Isahluko 3: Isoftware
Ngokubanzi
I-RDAG12-8 iza ne-software esekelwe kwi-ASCII enikwe kwi-CD. Udweliso lwenkqubo lwe-ASCII lukuvumela ukuba ubhale izicelo nakuluphi na ulwimi olukwinqanaba eliphezulu elixhasa imisebenzi yomtya wokubhaliweyo we-ASCII, evumela iimodyuli ze-"REMOTE ACCES" ukuba zisetyenziswe phantse nayiphi na ikhompyutha enezibuko le-RS485.
Iprothokholi yonxibelelwano ineendlela ezimbini: ezilungiselelweyo nezingafakwanga dilesi. Iprothokholi engafakwanga dilesi iyasetyenziswa xa kufuneka kusetyenziswe i-REMOTE ACCES Pod enye kuphela. Iprothokholi eyongeziweyo kufuneka isetyenziswe xa ngaphezulu kwe-REMOTE ACCES Pod kufuneka isetyenziswe. Umahluko kukuba umyalelo wedilesi uthunyelwa ukuze uvule iPod ethile. Umyalelo wedilesi uthunyelwa kube kanye kuphela ngexesha lonxibelelwano phakathi kwePod ethile kunye nekhompyuter yenginginya. Ivumela unxibelelwano kunye naloo Pod ethile kwaye ikhubaze zonke ezinye izixhobo ze-REMOTE ACCES kwinethiwekhi.
Ulwakhiwo lomyalelo
Lonke unxibelelwano kufuneka lube yi-7 bits data, even parity, 1 stop bit. Onke amanani athunyelweyo nafunyenweyo kwiPod akwimo yehexadecimal. Umyinge webhawudi yokusilela kwifektri yi-9600 Baud. I-Pod ithathwa ngokuba ikwimo yedilesi nangaliphi na ixesha idilesi yayo yePod ayikho 00. Idilesi yePod engagqibekanga yefektri ngu-00 (imowudi engeyiyo idilesi).
Imo Yeedilesi Umyalelo wokukhetha idilesi kufuneka ukhutshwe phambi kwawo nawuphi na omnye umyalelo kwiPod enedilesi. Umyalelo wedilesi ngolu hlobo lulandelayo:
“!xx[CR]” apho i-xx iyidilesi yePod ukusuka ku-01 ukuya ku-FF hex, kwaye [CR] yi-Carriage Return, i-ASCII inobumba 13.
I-Pod iphendula ngokuthi "[CR]". Nje ukuba idilesi ekhethiweyo yomyalelo ikhutshiwe, yonke imiyalelo eyongezelelweyo (ngaphandle kwedilesi entsha ekhethiweyo) iya kuphunyezwa yiPod ekhethiweyo. Imo yedilesi iyafuneka xa usebenzisa ngaphezu kwePod enye. Xa kukho iPod enye kuphela eqhagamshelweyo, akukho myalelo wokukhetha idilesi efunekayo.
Ungakhupha nje imiyalelo edweliswe kwitheyibhile elandelayo. Isigama esisetyenziswe ngolu hlobo lulandelayo:
a. Unobumba omnye osezantsi 'x' umisela nayiphi na idijithi ye-hex esebenzayo (0-F). b. Unobumba omnye osezantsi 'b' uchaza nokuba ngu '1' okanye '0'. c. Isimboli '±' ichaza nokuba ngu-'+' okanye u-'-'. d. Yonke imiyalelo iphelisiwe nge [CR], unobumba we-ASCII 13. e. Yonke imiyalelo ayibalulekanga ngokwemeko, oko kukuthi, unobumba ophezulu okanye omncinci unokusetyenziswa. f. Isimboli '*' sithetha u-zero okanye abasebenzi abangaphezulu abasebenzayo (ubude be-msg bebonke<255 decimal).
Inqaku ngokubanzi:
WONKE amanani agqithisiweyo ukuya nokusuka kwiPod akwihexadecimal.
Incwadi ye-MRDAG12-8H.Bc
Iphepha 3-1
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I-ACCES I/O RDAG12-8(H) Fumana iQuote
RDAG12-8 Manual
Umyalelo An=xxx0
A,iii=xxx0
Inkcazo
Bhala xxx0 kwiDAC n Ukuba unobumba A uthunyelwe endaweni ka-n, zonke iiDAC ziyachaphazeleka
Bhala xxx0 kwiDAC n buffer ukungena [iiii]
An=GOGOGO
Bhala isithinteli kwiDAC n ngokwereyithi yeTimebase
An=YIMA
Yeka ukubhala DAC n buffer ukuya DAC
S=xxxx okanye S?
Seta okanye ufunde ireyithi yokufumana (00A3 <= xxxx <= FFFF)
ACn=xxx0,dd,tt,mm, Qwalasela Iziphumo zeAnalog. Jonga isicatshulwa somzimba. iii
BACKUP=BUFFER Bhala isithinteli kwi-EEPROM
BUFFER=UBEKISO Funda i-EEPROM kwi-buffer
CALn?
Funda idatha yolungelelwaniso lwe-n
CAL=UMGQESHO Caln=xxxx,yyyy? I-HVN POD=xx I-BAUD=nnn
Buyisela ulungelelwaniso lomzi-mveliso Bhala amaxabiso olungelelaniso lwetshaneli n Ireferensi yomyalelo ye-RDAG12-8(H) Umyalezo wombuliso Funda inombolo yohlaziyo lwefirmware Thumela kwakhona uthumelo lokugqibela lwePod Yabela ipod kwinombolo xx Seta unxibelelwano lwe-baud rate (1 <= n <= 7)
Mxx Mx+ okanye MxI okanye In
Cwangcisa imaski yedijithali ku xx, 1 yimveliso, 0 ligalelo Cwangcisa bit x yemaski yedijithali kwimveliso (+) okanye igalelo (-) Funda i-7 igalelo ledijithali amasuntswana, okanye bit n
I-Oxx ivuliwe+ okanye ivuliwe-
Bhala i-byte xx kwiziphumo zedijithali (ii-bits ezi-7 zibalulekile) Vula okanye ucime bit yedijithali n (0 <= n <= 6)
Itheyibhile 3-1: RDAG12-8 Uluhlu lomyalelo
Ibuyisela [CR] [CR] [CR] [CR] (xxxx)[CR] [CR] [CR] [CR] bbbb,mmmm[ CR] [CR] [CR] Jonga kwi-Desc. Jonga uDesc. n.nn[CR] Bona i-Desc. -:Pod#xx[CR] =:Baud:0n[CR ] [CR] [CR] xx[CR] okanye b[CR] [CR] [CR]
Iphepha 3-2
Incwadi ye-MRDAG12-8H.Bc
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I-ACCES I/O RDAG12-8(H) Fumana iQuote
Qaphela Ukusetwa ngokutsha kwePod kwenzeka ekuphumeni kombane, inkqubo yenkqubo, okanye ixesha lokuphuma komlindi.
Umyalelo weMisebenzi
Le mihlathi ilandelayo inika iinkcukacha zemisebenzi yomyalelo, ichaza ukuba ibangelwa yintoni imiyalelo, kwaye inike isixampLes. Nceda uqaphele ukuba yonke imiyalelo inempendulo yokuvuma. Kufuneka ulinde impendulo evela kumyalelo ngaphambi kokuba uthumele omnye umyalelo.
Bhalela kwi-DAC Channel An=xxx0
Ubhala xxx kuDAC n. Seta i-polarity kunye nokuzuza usebenzisa umyalelo we-AC.
Example:
Cwangcisa inani lemveliso yeAnalog 4 ukuya kwisiqingatha somlinganiselo (zero volts bipolar okanye isiqingatha sesikali unipolar)
THUMELA:
A4=8000[CR]
FUMANA: [CR]
Layisha Isithinteli seDAC n An,iiii=xxx0
Ubhala xxx kuDAC n buffer [iiii].
Example:
Inkqubo yesithinteli seDAC 1 ukuya kwinqanaba elilula lesitephusi
THUMELA:
A1,0000=0000[CR]
FUMANA: [CR]
THUMELA:
A1,0001=8000[CR]
FUMANA: [CR]
THUMELA:
A1,0002=FFF0[CR]
FUMANA: [CR]
THUMELA:
A1,0003=8000[CR]
FUMANA: [CR]
Funda isithinteli kwiDAC n
An,iii=?
Ufunda kwi-buffer (0 <= n <= 7, 0 <= iiii <= 800h).
Example:
Funda inombolo yesithinteli 2 yeDAC 1
THUMELA:
A1,0002=?[CR]
FUMANA: FFF0[CR]
Qala iSiphumo seDAC esiBaselweyo kwiDAC n
An=GOGOGO
Ubhala i-buffer kwi-DAC n ngesantya se-timebase.
Example:
Qalisa uBhafa kwi-DAC 5
THUMELA:
A5=GOGOGO[CR]
Incwadi ye-MRDAG12-8H.Bc
Iphepha 3-3
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I-ACCES I/O RDAG12-8(H) Fumana iQuote
RDAG12-8 Manual
FUMANA: [CR]
Misa Iziphumo zeDAC eziFakelwe kwiDAC n
An=YIMA
Iyayeka ukubhala DAC n buffer to DAC.
Example:
Yeka ngoko nangoko imveliso yepateni kwiDAC 5
THUMELA:
A5=YIMA[CR]
FUMANA: [CR]
Seta iNqanaba lokuFumana S=xxxx okanye s=?
Seta okanye ufunde ireyithi yokufumana (00A3 <= xxxx <= FFFF).
Lo msebenzi ubeka umyinge wohlaziyo lweDAC. Amaxabiso asebenzayo aqala kwi-00A2 ukuya kwiFFFF. Ixabiso eligqithisiweyo sisahluli esifunwayo sewotshi yesantya (11.0592 MHz). Inxaki emayisetyenziswe ekubaleni isahluli yile:
I-Divisor = [(1/Ireyithi) - 22:Sec] * [Ikloko/12]
Example:
Inkqubo ye RDAG12-8 ye-1K sampngaphantsi ngesekhondi
THUMELA:
S0385[CR]
FUMANA: [CR]
Qaphela: I-sampireyithi eqwalaselweyo igcinwe kwi EEPROM kwiPod, kwaye iya kusetyenziswa njengokungagqibekanga (amandla-on) sample ireyithi. Ukusilela kwefektri sample rate (100Hz) inokubuyiselwa ngokuthumela "S0000" kwiPod.
Qwalasela ii-Buffers kunye nee-DACs ACn=xxx0,dd,tt,mm,iiii xxx0 yimeko efunwayo yamandla-on (eyokuqala) ye-DAC n dd ngumahluli wezinga lemveliso (00 <= dd <= FF) tt linani lamaxesha okuqhuba mm yipolarity kunye nokuzuza ukukhetha kwi-DAC n00 = ± 5 mm = ± 01 mm = V = V = V = 0 = 10-02V iiii luluhlu lwe-buffer yokungena (0 <= iiii <= 5h)
Example: Ukumisela iDAC 3 ukuya:
Sebenzisa lo myalelo: Iphepha 3-4
Amandla kumanani angama-8000; Sebenzisa isiqingatha sexesha le-Sxxxx njengereyithi yemveliso ekhuselweyo; Imveliso Isithinteli iyonke amaxesha ali-15, uze uyeke; Sebenzisa uluhlu lwe-±5V; Imveliso isithinteli iyonke 800 hex amangenelo ubude
Incwadi ye-MRDAG12-8H.Bc
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I-ACCES I/O RDAG12-8(H) Fumana iQuote
AC3=8000,02,0F,00,0800[CR]
Cwangcisa iiParamitha zoLungiso
CALn=bbbb,mmmm
Bhala i-span kunye ne-offset calibration values kwi-hex-complement hex
njengamanani amabini anemivo emine.
Example:
Bhala isithuba se-42h kunye ne-offset ye-36h ukuya kwi-DAC 1
THUMELA:
I-CAL1=0036,0042[CR]
FUMANA: [CR]
Funda iiParameters zokuCalibration
CALn?
Ukhumbula isikali kunye ne-offset calibration constants.
Example:
Funda iiparamitha zolungelelwaniso emva kokubhala ngasentla
THUMELA:
I-CAL1?[CR]
FUMANA: 0036,0042[CR]
Gcina iiParameters zokuCalibration
INKCAZELO=IKALI
Gcina ulungelelwaniso lokugqibela
Lo msebenzi ugcina amaxabiso afunekayo ukunyenyisa ufundo lomlinganiselo ukuze uvumelane nolungelelwaniso lokugqibela. Iprogram yokuseta iya kulinganisa kwaye ibhale ezi parameters zokulungelelanisa. I-SAMPInkqubo ye-LE1 ibonisa ukusebenzisa i-CALn? Umyalelo oneziphumo zalo msebenzi.
Qwalasela amasuntswana njengeNgeniso okanye iPhumo
Mxx
Qwalasela amasuntswana edijithali njengamagalelo okanye iziphumo.
Mx+
Iqwalasela isuntswana ledijithali 'x' njengemveliso.
Mx-
Iqwalasela isuntswana ledijithali 'x' njengegalelo.
Le miyalelo icwangcisa amasuntswana edijithali, kancinci-kancinci, njengegalelo okanye imveliso. U-“zero” kuyo nayiphi na indawo encinci ye-xx yolawulo lwebhayithi ichaza isuntswana elihambelanayo eliza kuqwalaselwa njengegalelo. Ngokuchaseneyo, "enye" ichaza isuntswana ekufuneka iqwalaselwe njengemveliso. (Qaphela: Nayiphi na isuntswana eqwalaselwe njengemveliso isenokufundwa njengegalelo ukuba ixabiso langoku liphuma "nye".)
Exampngaphantsi:
Inkqubo namasuntswana njengeziphumo, kunye namasuntswana angaqhelekanga njengamagalelo.
THUMELA:
MAA[CR]
FUMANA: [CR]
Inkqubo bits 0-3 njengegalelo, kwaye bits 4-7 njengemveliso.
THUMELA:
MF0[CR]
FUMANA: [CR]
Funda iiNgeniso zeDijithali I
Incwadi ye-MRDAG12-8H.Bc
Funda amasuntswana angama-7
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In
Funda bit number n
Le miyalelo ifunda amasuntswana ongeniso lwedijithali kwiPod. Zonke iimpendulo ze-byte zithunyelwa eyona nto ibalulekileyo kuqala.
ExampLes: Funda ZONKE 7 bits. THUMELA: FUMANA:
I[CR] FF[CR]
Funda nje kancinane 2. THUMELA: FUMANA:
I2[CR] 1[CR]
Bhala Iziphumo zeDijithali Oxx Ox±
Bhala kuwo onke amasuntswana aphumayo edijithali. (Port 7) Cwangcisa bit x hi okanye phantsi
Le miyalelo ibhala iziphumo kumasuntswana edijithali. Nawuphi na umzamo wokubhalela kwisuntswana elicwangcisiweyo njengegalelo liya kusilela. Ukubhala kwi-byte okanye igama apho amanye amasuntswana afaka igalelo kwaye amanye aphumayo kuya kubangela ukuba iiletshi zemveliso zitshintshele kwixabiso elitsha, kodwa amasuntswana angamagalelo awayi kukhupha ixabiso de/ngaphandle kokuba abekwe kwindlela yemveliso. Imiyalelo yesuntswana enye iya kubuyisela imposiso (4) ukuba kuzanywa ukuba kubhalwe kwi-bit eqwalaselweyo njengegalelo.
Ukubhala “enye” (+) kancinci kuthetha ukutsalela phantsi kwaloo bit. Ukubhala u-“zero” (-) de-asserts ukutsalela phantsi. Ngoko ke, ukuba i-factory default +5V yokutsala-up ifakiwe, ukubhala enye kuya kubangela ukuba ii-volts zero zibe kwisidibanisi, kwaye ukubhala i-zero kuya kubangela ukuba kuqinisekiswe i- +5 volts.
Exampngaphantsi:
Bhala enye ukuya kwi bit 6 (seta imveliso ibe zero volts, qinisekisa ukutsalela phantsi).
THUMELA:
O6+[CR]
FUMANA: [CR]
Bhala zero ukuya kwibit 2 (seta imveliso ukuya +5V okanye utsalo lomsebenzisi).
THUMELA:
O2-[CR]
or
THUMELA:
O02-[CR]
FUMANA: [CR]
Bhala ooziro kumasuntswana ka-0-7.
THUMELA:
O00[CR]
FUMANA: [CR]
Bhala amaqanda kuwo onke amasuntswana angaqhelekanga.
THUMELA:
OAA[CR]
FUMANA: [CR]
Iphepha 3-6
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Funda Inombolo yoHlaziyo lweFirmware
V:
Funda inombolo yohlaziyo lwe-firmware
Lo myalelo usetyenziselwa ukufunda uguqulelo lwefirmware efakwe kwiPod. Ibuyisela "X.XX[CR]".
Example:
Funda inombolo yenguqulo ye-RDAG12-8.
THUMELA:
V[CR]
FUMANA: 1.00[CR]
Phawula
Umyalelo othi “H” ubuyisela inombolo yoguqulelo kunye nolunye ulwazi. Jonga "Umyalezo Molo" ulandelayo.
Thumela kwakhona iMpendulo yokugqibela
n
Thumela kwakhona impendulo yokugqibela
Lo myalelo uya kubangela ukuba iPod ibuyisele into enye esanda kuyithumela. Lo myalelo usebenza kuzo zonke iimpendulo ezingaphantsi koonobumba abangama-255 ubude. Ngokuqhelekileyo lo myalelo usetyenziswa ukuba umamkeli uchonge umlinganiso okanye enye impazamo yomgca ngelixa ufumana idatha, kwaye ufuna ukuba idatha ithunyelwe okwesibini.
Umyalelo othi “n” unokuphinda-phindwa.
Example:
Ukucinga ukuba umyalelo wokugqibela ngu "Mna", cela iPod ukuba ithumele kwakhona impendulo yokugqibela.
THUMELA:
n
FUMANA: FF[CR]
;okanye nokuba yayiyintoni na idatha
Molo Umyalezo H*
Molo umyalezo
Nawuphi na umtya woonobumba oqala ngo “H” uzakutolikwa njengalo myalelo. (“H[CR]” iyodwa nayo yamkelekile.) Imbuyekezo evela kulo myalelo ithatha uhlobo (ngaphandle kwezicatshulwa):
“=Pod aa, RDAG12-8 Rev rr Firmware Ver:x.xx ACCES I/O Products, Inc.”
iaa yidilesi yePod rr luhlaziyo lwehardware, efana ne "B1" x.xx luhlaziyo lwesoftware, efana ne "1.00"
Example:
Funda umyalezo wokubulisa.
THUMELA:
Molo?[CR]
FUMANA: Pod 00, RDAG12-8 Rev B1 Firmware Ver:1.00 ACCES I/O Iimveliso,
Inc.[CR]
Incwadi ye-MRDAG12-8H.Bc
Iphepha 3-7
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Qwalasela i-Baud Rate (Xa iThunyelwe nge-Acces, i-Baud Rate imiselwe kwi-9600.)
I-BAUD=nnn
Cwangcisa iPod ngesantya esitsha se-baud
Lo myalelo ucwangcisa iPod ukunxibelelana ngesantya esitsha sebhaud. Iparameter egqithisiweyo, nnn, ayiqhelekanga kancinane. N nganye inamanani afanayo kwitheyibhile ilandelayo:
Ikhowudi 0 1 2 3 4 5 6 7
Inqanaba leBaud 1200 2400 4800 9600 14400 19200 28800 57600
Ngoko ke, amaxabiso asebenzayo omyalelo athi “nnn” ngu-000, 111, 222, 333, 444, 555, 666, okanye 777. I-Pod ibuyisela umyalezo obonisa ukuba iya kuthobela. Umyalezo uthunyelwa ngesantya esidala se-baud, hayi mtsha. Nje ukuba umyalezo udluliselwe, iPod iyatshintsha kwireyithi entsha ye-baud. Ireyithi entsha ye-baud igcinwa kwi-EEPROM kwaye iya kusetyenziswa nasemva kokusetha kabusha umbane, de kube kukhutshwe umyalelo olandelayo othi "BAUD=nnn".
Example:
Misela iPod ukuya 19200 baud.
THUMELA:
I-BAUD=555[CR]
FUMANA: Baud:05[CR]
Misela iPod ukuya 9600 baud.
THUMELA:
I-BAUD=333[CR]
FUMANA: Baud:03[CR]
Qwalasela idilesi yePod POD=xx
Cwangcisa iPod ekhethiweyo ngoku ukuphendula kwidilesi xx.
Lo myalelo utshintsha idilesi yePod ukuya ku xx. Ukuba idilesi entsha ngu-00, iPod iya kufakwa kwimowudi engeyiyo idilesi. Ukuba idilesi entsha ayikho i-00, iPod ayiyi kuphendula kunxibelelwano olongezelelweyo de kukhutshwe umyalelo osebenzayo wedilesi. Iinombolo zeHex 00-FF zithathwa njengeedilesi ezisebenzayo. Inkcazo ye-RS485 ivumela kuphela i-32 yehla emgceni, ngoko ke ezinye iidilesi zingasetyenziswa.
Idilesi entsha yePod igcinwe kwi-EEPROM kwaye iya kusetyenziswa nasemva kokwehliswa kombane de kukhutshwe umyalelo olandelayo othi “Pod=xx”. Qaphela ukuba, ukuba idilesi entsha ayikho i-00 (oko kukuthi, i-Pod iqwalaselwe ukuba ibe kwimodi ejongene nayo), kuyimfuneko ukukhupha umyalelo wedilesi kwiPod kwidilesi entsha ngaphambi kokuba iphendule.
Iphepha 3-8
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I-Pod ibuyisela umyalezo oqulethe inombolo yePod njengesiqinisekiso.
Example:
Seta idilesi yePod ku-01.
THUMELA:
I-Pod=01[CR]
FUMANA: =:Pod#01[CR]
Seta idilesi yePod kuF3.
THUMELA:
I-Pod=F3[CR]
FUMANA: =:Pod#F3[CR]
Thatha iPod ngaphandle kwemo yedilesi.
THUMELA:
I-Pod=00[CR]
FUMANA: =:Pod#00[CR]
Khetha idilesi !xx
Khetha iPod enedilesi 'xx'
Phawula
Xa usebenzisa iiPod ezingaphezu kwesinye kwisixokelelwano, iPod nganye iqwalaselwe ngedilesi eyodwa. Lo myalelo kufuneka ukhutshwe phambi kwayo nayiphi na eminye imiyalelo kuloo Pod. Lo myalelo kufuneka ukhutshwe kube kanye kuphela phambi kokuphumeza nayiphi na eminye imiyalelo. Nje ukuba idilesi ekhethiweyo yomyalelo ikhutshiwe, loo Pod iya kuphendula kuyo yonke eminye imiyalelo de kukhutshwe umyalelo omtsha wokukhetha idilesi.
Iikhowudi zeemposiso
Ezi khowudi zempazamo zilandelayo zinokubuyiswa ukusuka kwiPod:
1: Inombolo yetshaneli engasebenziyo (inkulu kakhulu, okanye ayiyonombolo. Onke amanani etshaneli kufuneka abe phakathi kwe-00 kunye ne-07).
3: Isivakalisi esingafanelekanga. (Azikho iiparamitha zaneleyo ngumoni oqhelekileyo). 4: Inombolo yesitishi ayisebenzi kulo msebenzi (Umzekeloample ukuba uzama ukuvelisa kwintwana ebekiweyo
njengegalelo kancinci, oko kuya kubangela le mpazamo). 9: Impazamo yokulinganisa. (Oku kwenzeka xa inxalenye yedatha efunyenweyo iqulethe ukulingana okanye ukuqulunqa
impazamo).
Ukongeza, iikhowudi ezininzi zeempazamo zombhalo ogcweleyo zibuyisiwe. Zonke ziqala ngo "Impazamo," kwaye ziluncedo xa usebenzisa i-terminal ukucwangcisa iPod.
Imposiso, Umyalelo ongaqondwanga: {umyalelo wamkelwe [CR] Oku kwenzeka ukuba umyalelo awuchazwanga.
Impazamo, Umyalelo awuchazwanga ngokupheleleyo: {Umyalelo wamkelwe [CR] Oku kwenzeka ukuba unobumba wokuqala womyalelo uyasebenza, kodwa oonobumba abaseleyo abekho.
Incwadi ye-MRDAG12-8H.Bc
Iphepha 3-9
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RDAG12-8 Imposiso yeManuwali, Umyalelo wedilesi kufuneka u-CR ipheliswe[CR] Oku kwenzeka ukuba umyalelo wedilesi (!xx[CR]) unoonobumba abongezelelweyo phakathi kwenombolo yePod kunye ne [CR].
Iphepha 3-10
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Isihlomelo A: Iingqwalasela zeSicelo
Intshayelelo
Ukusebenza nge-RS422 kunye ne-RS485 izixhobo akwahlukanga kangako ekusebenzeni ngezixhobo eziqhelekileyo ze-RS232 kwaye le migangatho mibini iyoyisa iintsilelo kumgangatho we-RS232. Okokuqala, ubude bekhebula phakathi kwezixhobo ezimbini ze-RS232 kufuneka bufutshane; ngaphantsi kweenyawo ze-50 kwi-9600 baud. Okwesibini, iimpazamo ezininzi ze-RS232 zisisiphumo sengxolo eyenziwe kwiintambo. Umgangatho we-RS422 uvumela ubude bentambo ukuya kuthi ga kwi-4000 yeenyawo kwaye, ngenxa yokuba isebenza ngendlela yokwahlulahlula, ayikhuselekanga ngakumbi kwingxolo ebangelwayo.
Uqhagamshelo phakathi kwezixhobo ezibini ze-RS422 (ezine-CTS zingahoywayo) kufuneka zibe ngolu hlobo lulandelayo:
Isixhobo #1
Umqondiso
Phina No.
Gnd
7
TX+
24
TX-
25
RX+
12
RX-
13
Isixhobo #2
Umqondiso
Phina No.
Gnd
7
RX+
12
RX-
13
TX+
24
TX-
25
Itheyibhile A-1: Uqhagamshelwano phakathi kweZixhobo ezimbini zeRS422
Ukusilela kwesithathu kwe-RS232 kukuba izixhobo ezingaphezu kwezibini azikwazi ukwabelana ngentambo efanayo. Oku kuyinyani nakwi-RS422 kodwa i-RS485 ibonelela ngazo zonke izibonelelo ze-RS422 plus ivumela izixhobo eziya kuthi ga kwi-32 ukwabelana ngezibini ezijijekileyo ezifanayo. Ngaphandle koku kungasentla kukuba izixhobo ezininzi ze-RS422 zinokubelana ngentambo enye ukuba inye kuphela eya kuthetha kwaye abanye baya kufumana bonke.
Imiqondiso eyahluka-hlukeneyo elungeleleneyo
Isizathu sokuba izixhobo ze-RS422 kunye ne-RS485 zinokuqhuba imigca emide ngokugonywa kwengxolo ngaphezulu kwezixhobo ze-RS232 kukuba kusetyenziswa indlela yokudibanisa umahluko olinganayo. Kwinkqubo yolwahlulo olulungelelanisiweyo, umqulutage eveliswe ngumqhubi ibonakala ngapha kweperi yeengcingo. Umqhubi womgca olungelelanisiweyo uya kuvelisa ivolthi eyahlukileyotage ukusuka ku-±2 ukuya ku-±6 volts kwiitheminali zayo zemveliso. Umqhubi womgca olungelelanisiweyo unokuba negalelo elithi "vumela" isignali edibanisa umqhubi kwii-terminals zayo zokuphuma. Ukuba isignali "yenza" icimile, umqhubi uyanqanyulwa kumgca wothumelo. Le meko iqhawukileyo okanye ekhubazekileyo idla ngokubizwa ngokuba yimeko ye-"tristate" kwaye imele i-impedance ephezulu. Abaqhubi be-RS485 kufuneka babe nalo buchule bokulawula. Abaqhubi be-RS422 banokuba nolu lawulo kodwa alusoloko lufuneka.
Incwadi ye-MRDAG12-8H.Bc
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Iphepha A-1
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Umamkeli womgca womahluko olungelelanisiweyo uva umqulutagimo yelayini yothumelo ngapha kwemigca emibini yegalelo lomqondiso. Ukuba umahluko voltagI-e inkulu kuno +200 mV, umamkeli uya kubonelela ngemeko ethile yengqiqo kwimveliso yayo. Ukuba umahluko voltagigalelo le-e lingaphantsi kwe -200 mV, umamkeli uya kubonelela ngemeko yengqiqo echaseneyo kwimveliso yayo. Umthamo omkhulu wokusebenzatage uluhlu ukusuka +6V ukuya -6V ivumela voltagukuthotywa okunokuthi kwenzeke kwiintambo zothumelo ezinde.
Ubuninzi bemowudi eqhelekileyo voltage ± 7V inika ukhuselo olulungileyo lwengxolo ukusuka kumthamotages ifakwe kwimigca ejijekileyo. Uqhagamshelo lomgca osezantsi wesignali luyimfuneko ukuze kugcinwe imowudi eqhelekileyo voltage kuloluhlu. Isekethe inokusebenza ngaphandle koxhumo lomhlaba kodwa ayinakuthenjwa.
I-Parameter Driver Output Voltage (yothulwa)
Isiphumo somqhubi weVoltage (ilayishiwe)
Isiphumo soMqhubi sokuchasa imveliso yoMqhubi iMfutshane-Sekethe yangoku
IsiPhumo soMqhubi sokuKhuphuka kweXesha loKwamkela uvakalelo
Umamkeli Indlela eqhelekileyo Voltage Range Receiver Input Resistance
Iimeko
Min.
4V
-4V
I-LD kunye ne-LDGND
2V
abaxhumela ngaphakathi
-2V
Max. 6V -6V
50 ±150 mA 10% isithuba seyunithi ±200 mV
± 7V 4K
Itheyibhile A-2: RS422 Isishwankathelo seNgcaciso
Ukuthintela ukubonakaliswa kwesignali kwikhebula kunye nokuphucula ukugatywa kwengxolo kuzo zombini i-RS422 kunye ne-RS485 imodi, isiphelo sommkeli wentambo kufuneka sipheliswe ngokuchasana okulinganayo ne-impedance ye-cable. (Imeko engafaniyo kule meko apho umgca uqhutywa ngumqhubi we-RS422 ongazange "u-tri-stated" okanye uqhawulwe kumgca. Kule meko, umqhubi unikezela ngokuphazamiseka kwangaphakathi okuphantsi okuphelisa umgca kweso siphelo. )
Iphepha A-2
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RS485 Ugqithiso lweenkcukacha
UmGangatho we-RS485 uvumela umgca wothumelo olungelelanisiweyo ukuba kwabelwane ngawo kwindlela yomgca weqela. Kangangamaqela angama-32 abaqhubi/abamkeli bangabelana ngothungelwano lweengcingo ezimbini. Iimpawu ezininzi zabaqhubi kunye nabamkeli ziyafana kwi-RS422 Standard. Omnye umahluko kukuba imowudi eqhelekileyo voltage umda yandisiwe kwaye +12V ukuya -7V. Kuba nawuphi na umqhubi unokungadityaniswa (okanye amiswe kathathu) emgceni, kufuneka amelane nale ndlela eqhelekileyo vol.tage uluhlu ngelixa ukwimeko ye-tristate.
Lo mzekeliso ulandelayo ubonisa i-multidrop eqhelekileyo okanye inethiwekhi yeqela leqela. Qaphela ukuba umgca wothumelo uphelisiwe kuzo zozibini iziphelo zomgca kodwa hayi kwiindawo zokuhla kumbindi womgca.
Umzobo A-1: Inethiwekhi ye-RS485 ye-Two-Wire Multidrop Network
Incwadi ye-MRDAG12-8H.Bc
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Iphepha A-3
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Iphepha A-4
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IsiHlomelo B: Iingqwalasela zeThermal
Inguqulelo yamandla aphantsi eenqanawa ze-RDAG12-8 ezifakwe kwibhokisi ye-NEMA- 4, 8.75 ″ ubude nge-5.75 ″ ngobubanzi obuyi-2.25″ phezulu. Ibhokisi inezivulo ezimbini ezingqukuva kunye namadlala erabha yokuhambisa kunye nokutywina iintambo ze-I/O. Xa zonke iziteshi eziphumayo ze-8 zilayishwa ngomthwalo we-10mA @5Vdc ukuchithwa kwamandla kwe-RDAG12-8 yi-5.8W. Ukuxhatshazwa kwe-thermal yebhokisi enekhadi elifakwe kwi-RDAG12-8 yi-4,44 ° C / W. Kwi-Tambient =25°C ubushushu ngaphakathi kwebhokisi yi-47.75°C. Ukushisa okuvunyelweyo ukunyuka ngaphakathi kwebhokisi yi-70- 47.75 = 22.25 ° C. Ngaloo ndlela ubushushu bokusebenza obuphezulu be-ambient yi-25+22.25=47.5°C.
I-RDAG12-8 inguqulo yamandla aphezulu inokupakishwa ngeendlela ezininzi: a) Kwibhokisi ye-T (8.5 "x5.25" x2 ") ene-slot ye-4.5 "x.5" yomzila wentambo kunye nokujikeleza komoya. b) Kwindawo ebiyelweyo evulelekileyo emoyeni. c) Kumoya osimahla kunye nokujikeleza komoya obonelelwa ngumthengi..
Xa ukhetho lwamandla aphezulu lukhethwa, ingqwalasela ekhethekileyo kufuneka ihlawulwe kwisizukulwana sokushisa kunye nokutshisa ukushisa. Isiphumo ampii-lifiers ziyakwazi ukuhambisa i-3A kwi-voltage yemvelisotage uluhlu 0-10V, +/-5V, 0-5V. Nangona kunjalo ukukwazi ukutshabalalisa ubushushu obuveliswe kwi ampizitshisi zinciphisa umthwalo ovumelekileyo wangoku. Esi sikhundla sinqunywe kwiqondo elibalulekileyo ngohlobo lwe-enclosure RDAG12-8 epakishwe kuyo.
Xa ifakwe kwi-T-ibhokisi ukuchithwa kwamandla ewonke kunokuqikelelwa kusetyenziswa ezi zibalo zilandelayo:
Amandla achithwa kwimveliso ampI-lifier yetshaneli nganye yile: Pda= (Vs-Vout) x ILoad.
Apho :
Amandla ePda achithekile kumandla wemveliso ampi-lifier Vs Ubonelelo lwamandla voltage Layisha Layisha iVout Output yangoku voltage
Ngaloo ndlela ukuba unikezelo lwamandla voltage Vs = 12v, imveliso voltagUluhlu lwe-e yi-0-5V kwaye umthwalo ngu-40Ohms, amandla achithwa kwimveliso ampi-lifier ngomthwalo wangoku yi-7V x .125A =.875W. Amandla achithwa yi-quiescent yangoku i-Io =.016A. Po=24Vx.016A=.4w. Ngaloo ndlela amandla apheleleyo achithwa kwi ampI-lifier yi-1.275W. Kwimo engasebenziyo yokusebenza (iziphumo azilayishwanga) kwi-25 °C iqondo lobushushu lomoya elisezantsi ubushushu ngaphakathi kwebhokisi (kwindawo ekufutshane yamandla ampiilifiers) yi ~45°C. Ukutshatyalaliswa kwamandla kwimodi yokungasebenzi yi-6.7W.
Ukuxhatshazwa kwe-thermal yebhokisi ye-Rthencl (ilinganiswe ngokusondeleyo kwamandla ampiilifiers) kuqikelelwa ukuba ~2°C/W. Ngaloo ndlela amandla emveliso avunyelweyo kubushushu obukhulu ngaphakathi kwendawo ebiyelweyo 70°C
25°C/2°C/w =12.5W ku-25°C ubushushu bomoya okwindawo engqongileyo. Ngaloo ndlela ukuchithwa kwamandla avumelekileyo
iziphumo zokuqhuba imithwalo exhathisayo yi ~19.2W kubushushu obungama-25°C.
Ukunciphisa iqondo lobushushu kwi-ambient yi-1/Rthencl = .5W kwi-degreeC nganye yokunyuka kwamaqondo obushushu. Ukusebenza Emoyeni wasimahla
Incwadi ye-MRDAG12-8H.Bc
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RDAG12-8 Manual
Ubushushu beheatsink ye ampi-lifier enikezela nge-.250A kwi-5V DC inokufikelela kwi-100 °C. ubuninzi (kulinganiswa kwiqondo lokushisa le-ambient ye-25 ° C). Amandla achithwa yi ampi-lifier yi (12-5) x.250 = 1.750W. Ubushushu obuphezulu obuvumelekileyo besiphambuka yi-125°C. Ukucinga ukuba i-junction-to-case kunye ne-case-to-heat sink surface ukumelana ne-thermal ye-TO-220 iphakheji yi-3 ° C / W kunye ne-1 ° C / W ngokulandelanayo. Umdibaniso0-ubushushu bokuchasa isinki RJHS=4°C/W. Ukunyuka kwamaqondo obushushu phakathi komphezulu wesinki sobushushu kunye nendawo yokuhlangana yi-4°C/W x1.75W=7°C. Ngaloo ndlela ubushushu obuphezulu obuvunyelweyo besitya sokufudumala yi-125-107=18°C. Ke ngoko ukuba kukho naziphi na iitshaneli ze-RDAG12-8 ezinomthwalo we-250mA ukunyuka kobushushu be-ambient kukhawulelwe kwi-18 ° C. Ubushushu obuvumelekileyo be-ambient buya kuba yi-25 +18=43°C.
Ukuba ukupholisa komoya okunyanzeliswayo kunikezelwe ngoko ke ubalo lulandelayo luya kugqiba umthwalo ovumelekileyo we-RDAG12-8 ukuchithwa kwamandla okuvumelekileyo kumandla ampisihlanguli:
)/ Pmax = (125 ° C-Tamb.max (RHS +RJHS) apho
Heatsink ukuxhathisa thermal RHS Junction- ukuya-heatsink umphezulu ukuxhathisa thermal RJHS Uluhlu olusebenzayo lobushushu
Elona qondo lobushushu lisezantsi Tamb.max
= 21°C/W = 4 °C/W = 0 – 50°C
= 50 ° C
Kwisantya somoya <100 ft/min Pmax = 3W Kwisantya somoya se-100 ft/min Pmax = 5W
(Njengoko kumiselwa ziimpawu zokutshona kobushushu)
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Izimvo zabaThengi
Ukuba ufumana naziphi na iingxaki ngale ncwadana okanye ufuna nje ukusinika impendulo, nceda usithumelele i-imeyile ku: manuals@accesioproducts.com.. Nceda uchaze naziphi na iimpazamo ozifumanayo kwaye ubandakanye idilesi yakho yokuposa ukuze sikuthumelele naluphi na uhlaziyo olwenziwa ngesandla.
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Iinkqubo eziqinisekisiweyo
I-Assured Systems yinkampani ekhokelayo yetekhnoloji enabathengi abaqhelekileyo abangaphezu kwe-1,500 kumazwe angama-80, ithumela iinkqubo ezingaphezu kwama-85,000 kwisiseko sabathengi abahlukeneyo kwiminyaka eli-12 yoshishino. Sinikezela ngezisombululo ezikumgangatho ophezulu kunye nolutsha oluluqilima lwekhompuyutha, umboniso, uthungelwano kunye nokuqokelela idatha kumacandelo emarike adityanisiweyo, amashishini, kunye nedijithali-ngaphandle kwekhaya.
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I-ASURED RDAG12-8(H) yeDijithali ye-Analog ekude [pdf] Incwadi yokusebenzisa RDAG12-8 H Isiphumo seDijithali ye-Analog ekude, RDAG12-8 H, iDijithali ye-Analog ekude, iDijithali yePhulo, iDijithali |
