Woodward 5464-334 4-20 Igalelo leAnalog (8 Chan)
Inkcazo
| Ukwenziwa | Woodward |
| Umzekelo | 5464-334 |
| Ukuodola ulwazi | 5464-334 |
| Ikhathalogu | Ulawulo lwedijithali lweMicroNet |
| Inkcazo | Woodward 5464-334 4-20 Igalelo leAnalog (8 Chan) |
| Imvelaphi | eMelika (US) |
| Ikhowudi ye-HS | 85389091 |
| Ubungakanani | 16cm*16cm*12cm |
| Ubunzima | 0.8kg |
Iinkcukacha
Imodyuli ye-Smart I/O inee-microcontrollers zayo ezisebhodini.Iimodyuli ezichazwe kwesi sahluko ziimodyuli ze-Smart I/O.Ngexesha lokuqaliswa kwemodyuli ehlakaniphile, i-microcontroller yemodyuli ijika
I-LED ivaliwe emva kokuvavanya amandla okuzihlola kwaye i-CPU iqalise imodyuli.I-LED iyakhanyiswa ukubonisa impazamo ye-I/O.
I-CPU iphinda ixelele le modyuli ukuba inqanaba leqela ngalinye liza kuqhuba phi, kunye nalo naluphi na ulwazi olukhethekileyo (njengohlobo lwe-thermocouple kwimeko yemodyuli ye-thermocouple).Ngexesha lokuqhuba, i-CPU isasaza "isitshixo" kuwo onke amakhadi e-I/O, ibaxelela ukuba ngawaphi amaqela amaxabiso aza kuhlaziywa ngelo xesha.
Ngokusebenzisa le nkqubo yokuqalisa/isitshixo sokusasaza, imodyuli nganye ye-I/O ilawula eyakhe ishedyuli-yeqela lokucwangcisa ngongenelelo oluncinci lwe-CPU.Ezi modyuli ezihlakaniphile ze-I / O nazo zinekhadi kwi-line yokukhangela iimpazamo kunye nokulinganisa okuzenzekelayo / imbuyekezo.Ijelo ngalinye lokungenisa linombane walo ochanekileyo
isalathiso.Kanye ngomzuzu, ngelixa ungafundi amagalelo, i-microcontroller ekwibhodi ifunda le ngcaciso.Umlawuli omncinci emva koko usebenzisa le datha efundwayo kwireferensi yombane kuzo zombini ufunyaniso lwempazamo kunye nembuyekezo yobushushu obuzenzekelayo / ukulinganisa.
Imida imiselwe ufundo olulindelekileyo xa i-microcontroller esebhodini ifunda ireferensi yombane ngamnye.Ukuba ufundo olufunyenweyo lungaphaya kwale mida, inkqubo imisela ukuba ijelo lokungenisa, i-A/D converter, okanye ireferensi ye-channel ye-channel-voltage ayisebenzi kakuhle.Ukuba oku kuyenzeka,
i-microcontroller iflegi yelo jelo njengenemeko yempazamo.I-CPU iya kuthi emva koko ithathe naliphi na inyathelo elinikezelwe yinjineli yesicelo kwinkqubo yesicelo.
Imodyuli yemveliso ehlakaniphile ibeka iliso kwi-voltage yemveliso okanye yangoku yetshaneli nganye kwaye ilumkise inkqubo ukuba impazamo ifunyenwe.Imodyuli nganye ye-I/O ine-fuse kuyo.Le fuse iyabonakala kwaye inokutshintshwa ngokusikwa kwikhava yeplastiki yemodyuli.Ukuba i-fuse ivuthelwe, yitshintshe nge-fuse yohlobo olufanayo kunye nobukhulu.
Umzobo 10-3 ngumzobo webhloko wemodyuli yesilawuli se-actuator yamajelo amabini.Umjelo ngamnye ulawula ukudibanisa okanye ukulinganisa, i-hydromechanical okanye i-pneumatic actuator.I-activator nganye inokuba nezixhobo zokunika ingxelo yeendawo ezimbini.Kukho iinguqulelo ezininzi ezikhoyo, kwaye inombolo yenxalenye yemodyuli ibonisa eyona modyuli iphezulu yemveliso yangoku.Intambo ye-MicroNet lowdensity discrete (engwevu) kufuneka isetyenziswe kunye nale modyuli.Musa ukusebenzisa ikhebula le-analog (emnyama).
Le modyuli yoMqhubi weActuator ifumana ulwazi lwedijithali kwi-CPU kwaye ivelise imiqondiso emine ehambelanayo yomqhubi we-actuator.Ezi zibonakaliso zinomlinganiselo kwaye uluhlu lwazo oluphezulu luyi-0 ukuya kwi-25 mAdc okanye i-0 ukuya kwi-200 mAdc.
Umzobo 10-5 ngumzobo webhloko wemodyuli yeActuator Driver enemijelo emine.Inkqubo ibhala ixabiso lemveliso kwimemori ye-double-port ngokusebenzisa ujongano lwebhasi ye-VME.I-microcontroller ilinganisa amaxabiso kusetyenziswa i-consibration constants egcinwe kwi-EEPROM, kwaye icwangcisa iziphumo ukuba zenzeke ngexesha elifanelekileyo.I-microcontroller ibeka iliso kwi-voltage ye-output kunye ne-current ye-channel nganye kwaye ilumkisa inkqubo yeyiphi na i-channel kunye neempazamo zomthwalo.Inkqubo inokukhubaza ngabanye abaqhubi bangoku.Ukuba impazamo ifunyenwe ethintela imodyuli ukuba isebenze, nokuba yi-microcontroller okanye inkqubo, i-FAULT LED iya kukhanyisa.
