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Woodward 5464-836 Module na Xcvr mai nisa

taƙaitaccen bayanin:

Saukewa: 5464-836

marka: Woodward

Farashin: $3500

Lokacin bayarwa: A Stock

Biya: T/T

tashar jiragen ruwa: xiamen


Cikakken Bayani

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Bayani

Kerawa Woodward
Samfura 5464-836
Bayanin oda 5464-836
Katalogi MicroNet Digital Control
Bayani Woodward 5464-836 Module na Xcvr mai nisa
Asalin Amurka (Amurka)
HS Code 85389091
Girma 16cm*16cm*12cm
Nauyi 0.8kg

Cikakkun bayanai

A Smart I/O module yana da nasa microcontrollers a kan-jirgin. Modulolin da aka siffanta a wannan babin su ne Smart I/O modules. A lokacin ƙaddamar da na'ura mai wayo, microcontroller na module yana juya
An kashe LED bayan gwaje-gwajen kai-da-kai sun wuce kuma CPU ta ƙaddamar da tsarin. Ana haskaka LED don nuna kuskuren I/O.

Har ila yau, CPU yana gaya wa wannan tsarin a cikin wane rukuni ne kowane tasho zai gudana, da kuma kowane bayani na musamman (kamar nau'in thermocouple a yanayin yanayin thermocouple). A lokacin gudu, CPU sai lokaci-lokaci yana watsa "maɓalli" zuwa duk katunan I/O, yana gaya musu waɗanne ƙungiyoyi ne za a sabunta su a lokacin.

Ta wannan tsarin farawa/maɓalli na watsa shirye-shirye, kowane tsarin I/O yana sarrafa tsarin tsarin ƙungiyar sa tare da ƙaramin sa hannun CPU. Waɗannan wayowin komai da ruwan I/O suma suna da gano kuskuren kan-kati akan layi da daidaitawa/diyya ta atomatik. Kowace tashar shigarwa tana da madaidaicin ƙarfin lantarki
tunani. Sau ɗaya a cikin minti ɗaya, yayin da ba karanta abubuwan shigarwa ba, microcontroller na kan allo yana karanta wannan tunani. Sannan microcontroller yana amfani da wannan bayanan da aka karanta daga ma'aunin wutar lantarki don gano kuskure da ramuwa / daidaita yanayin zafi ta atomatik.

An saita iyakoki don karatun da ake tsammani lokacin da microcontroller a kan jirgin ya karanta kowace magana ta ƙarfin lantarki. Idan karatun da aka samu yana wajen waɗannan iyakoki, tsarin yana ƙayyade cewa tashar shigarwa, mai sauya A/D, ko ma'anar madaidaicin-voltage na tashar baya aiki yadda yakamata. Idan hakan ta faru,
microcontroller yana tuta wannan tashar azaman yana da yanayin kuskure. CPU za ta dauki duk wani mataki da injiniyan aikace-aikacen ya tanadar a cikin shirin aikace-aikacen.

Na'urar fitarwa mai wayo tana lura da ƙarfin fitarwa ko halin yanzu na kowane tashoshi kuma yana faɗakar da tsarin idan an gano kuskure. Kowane I/O module yana da fiusi akan sa. Wannan fuse yana bayyane kuma ana iya canza shi ta hanyar yankewa a cikin murfin filastik na module. Idan fuse ya busa, maye gurbin shi da fiusi na nau'i da girmansa.

Hoto na 10-3 shine toshe zane na tsarin mai sarrafa tashoshi biyu. Kowane tashoshi yana sarrafa haɗin kai ko daidaitacce, injin injin ruwa ko mai kunna huhu. Kowane mai kunnawa yana iya samun na'urorin mayar da martani zuwa matsayi biyu. Akwai iri-iri da yawa, da lambar sashi na Module yana nuna iyakar mafi girman lokacin aiki. Dole ne a yi amfani da kebul na kebul na lowdensity discrete (launin toka) tare da wannan tsarin. Kada kayi amfani da kebul na analog (baƙar fata).

Wannan samfurin Driver na Actuator yana karɓar bayanan dijital daga CPU kuma yana haifar da sigina na direba-direba daidai gwargwado. Waɗannan sigina sun daidaita kuma iyakar iyakar su shine 0 zuwa 25 mAdc ko 0 zuwa 200 mAdc.

Hoto na 10-5 shine zanen toshe na tashar Actuator Driver mai tashar tashoshi huɗu. Tsarin yana rubuta ƙimar fitarwa zuwa ƙwaƙwalwar ajiyar tashar jiragen ruwa biyu ta hanyar haɗin VME-bus. Microcontroller yana ƙididdige ƙididdiga ta amfani da madaidaicin daidaitawa da aka adana a cikin EEPROM, kuma yana tsara abubuwan da za su faru a lokacin da ya dace. Microcontroller yana lura da ƙarfin fitarwa da halin yanzu na kowane tashoshi kuma yana faɗakar da tsarin kowane tashoshi da kuskuren kaya. Tsarin zai iya kashe direbobin yanzu daban-daban. Idan an gano kuskure wanda ke hana tsarin aiki, ta ko dai microcontroller ko tsarin, FULL LED zai haskaka.


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