INCWADI YOMSEBENZISI UMAX020720
Inguqulo 1.0.5
UNIVERSAL INPUT,
I-VALVE OUTPUT
ISILAWULI nge-NFC
I-AX020720
I-AX020720-PG9
I-AX020720-1.5M
PHELILEVIEW YOMLAWULI
1.1. Incazelo Yokufaka Kwamazwe ngamazwe kusilawuli se-NFC sokuphuma kweValve elinganayo
Le Manuwali Yomsebenzisi ichaza ukwakheka nokusebenza Kokufakwayo Kwamazwe ngamazwe kusilawuli seValve Yokukhipha Okukodwa nge-Near Field Communication (NFC). Konke okokufaka kanye namabhulokhi okusebenza anengqondo kuyunithi azimele ngokwemvelo ukusuka kwenye kodwa angalungiselelwa ukuthi ahlanganyele.
Wonke amapharamitha ayalungiseka kusetshenziswa ithuluzi leselula lokumisa i-E-Write NFC elitholakala ku-Google Play Store kanye ne-Apple App Store. I-E-Write NFC ivumela umsebenzisi ukuthi alungiselele imojuli futhi anikeze isilawuli ngasinye se-AX020720 isibizo esiyingqayizivele ukuze ahlukanise kalula phakathi kwabalawuli ngaphakathi kwesistimu enkulu.
Ubuchwepheshe be-NFC yesilawuli bunikeza abasebenzisi ikhono lokumisa izilawuli ngaphandle kwesidingo sokuvuswa. Lesi sici sibonakala siwusizo ikakhulukazi ezimeni, isiboneloampi-le, lapho iyunithi efakwe kusistimu edinga ukushuna futhi ayidingi ukuthi ihlukaniswe nesistimu futhi ikhanyiselwe ngaphandle ukuze yenze ukushuna; esikhundleni salokho, iyunithi ingalungiselelwa uma uhlelo luvaliwe.
Isilawuli (1IN-1OUT-NFC) sidizayinelwe ukulawula okuguquguqukayo kokokufaka kwendawo yonke kanye nokuphumayo kwevalvu elinganayo. Idizayini yezingxenyekazi zekhompuyutha ivumela isilawuli ukuthi sibe nezinhlobo eziningi zokufaka nokukhiphayo. Ama-algorithms okulawula/amabhulokhi omsebenzi avumela umsebenzisi ukuthi alungiselele isilawuli sezinhlelo eziningi ezahlukene ngaphandle kwesidingo se-firmware yangokwezifiso. Amabhulokhi emisebenzi ahlukahlukene asekelwa i-1IN-1OUT-NFC achazwe ezigabeni ezilandelayo. Okokufaka kwendawo yonke kungalungiselelwa ukufunda amasignali e-analog: Voltage, Okwamanje, Nokumelana kanye namasiginali edijithali: Imvamisa/i-RPM, i-PWM, nezinhlobo zeDijithali. Okufakiwe kuchazwe kabanzi esigabeni 1.2. Ngokufanayo, okukhiphayo kungalungiselelwa izinhlobo ezahlukene: I-Proportional Current, Voltage, PWM, Hotshot Digital Current and Digital (ON/OFF). Okukhiphayo ngakunye kunomshayeli webhuloho oseceleni eliphezulu okwazi ukuthola umthombo ongafika ku-5Amps. Imiphumela ichazwe kabanzi esigabeni 1.4.
1.2. Ibhulokhi Yomsebenzi Wokufaka Yonke
Isilawuli siqukethe okokufaka okukodwa kwendawo yonke futhi singalungiselelwa ukukala ivolumutage, yamanje, i-frequency/RPM, i-pulse width modulation (PWM) namasignali edijithali. Izigatshana ezingezansi zinemininingwane yezici/imisebenzi yokokufaka kwendawo yonke.
1.2.1. Izinhlobo Zenzwa Yokufaka
Ithebula 1 libala izinhlobo zokufaka ezisekelwayo yisilawuli. Ipharamitha Yohlobo Lokufaka inikeza uhlu olwehliswayo olunezinhlobo zokufakwayo ezichazwe kuThebula 1. Ukushintsha Uhlobo Lokufaka kuthinta amanye amapharamitha ngaphakathi kweqembu lepharamitha elifanayo njengephutha/Ububanzi obuncane ngokuwavuselela ohlotsheni olusha lokufakwayo futhi ngaleyo ndlela kufanele ashintshwe kuqala. .
| 1 | Ayisetshenziswa |
| 2 | Voltage -5V ukuze +5V |
| 3 | Voltage -10V ukuze +10V |
| 4 | Yamanje 0 ukuze 20mA |
| 5 | Imvamisa 0.5 kuya ku-50Hz |
| 6 | Imvamisa kusuka ku-10Hz kuye ku-1kHz |
| 7 | Imvamisa kusuka ku-100Hz kuye ku-10kHz |
| 8 | I-PWM Low Frequency (<1kHz) |
| 9 | I-PWM High Frequency (>100Hz) |
| 10 | Idijithali (Ejwayelekile) |
| 11 | Idijithali (Iphambene) |
| 12 | Idijithali (Kuxhunyiwe) |
Ithebula 1 – Izinketho Zohlobo Lwenzwa Yokufakwayo Evamile
Konke okokufaka kwe-analogi kufakwa ngqo kusiguquli se-analog-to-digital (ADC) esiyi-12-bit ku-microcontroller. Konke voltagOkokufaka kuka-e kuwukuvimbezeleka okuphezulu kuyilapho okokufaka kwamanje kusebenzisa i-resistor engu-249Ω ukukala isignali.
I-Frequency/RPM, Nobubanzi Be-Pulse Width Modulated (PWM) Izinhlobo Zokufaka zixhunywe kuzibali-zikhathi ze-microcontroller. Ama-Pulses per Revolution ipharamitha icatshangwa kuphela uma Uhlobo Lokufaka olukhethiwe lungolunye lwezinhlobo zemvamisa njengokusho kweThebula 1. Lapho Ama-Pulses per Revolution parameter isethwe ukuze ithi 0, izilinganiso ezithathwayo zizoba ngamayunithi okuthi [Hz]. Uma ama-Pulses per Revolution ipharamitha isethwe ukuze ibe phezulu kuno-0, izilinganiso ezithathiwe zizoba ngamayunithi okuthi [RPM].
Izinhlobo Zokokufaka Kwedijithali zinikeza izindlela ezintathu: Okujwayelekile, Okuphambene, kanye Nokunamathiselwe. Izilinganiso ezithathwe ngezinhlobo zokufakwayo kwedijithali ngu-1 (ON) noma 0 (OFF).
1.2.2. Izinketho ze-Pullup / Pulldown Resistor
Ngezinhlobo Zokokufaka: Imvamisa/i-RPM, i-PWM, i-Digital, umsebenzisi unenketho yezinketho ezintathu (3) ezihlukene zokudonsa/zokudonsela phansi njengoba zibalwe kuThebula lesi-2.
| 0 | Ayisetshenziswa |
| 1 | 10kΩ Ukudonsa |
| 2 | 10kΩ Ukudonsela phansi |
Ithebula 2 - Izinketho Zokudonsa/Ukudonsa phansi
Lezi zinketho zinganikwa amandla noma zikhutshazwe ngokulungisa ipharamitha Pullup/Pulldown Resistor ku-E-Write NFC
1.2.3. Ibanga Eliphansi neliphezulu
Ububanzi obuncane kanye namapharamitha Obubanzi Obukhulu asetshenziselwa ukwakha ububanzi obuwusizo bubonke bokufakwayo. Okwesiboneloample, uma Ibanga Eliphansi lisethelwe ku-0.5V futhi Ibanga Eliphezulu lisethelwe ku-4.5V, ububanzi bubonke obuwusizo (0-100%) buphakathi kuka-0.5V kuya ku-4.5V. Noma yini engaphansi Kobuncane Bebanga izogcwala ku-Minimum Range. Ngokufanayo, noma yini engaphezulu kwe-Maximum Range izogcwala ku-Maximum Range.
1.2.4. Ubuncane kanye namaphutha aphezulu
Amapharamitha Ephutha Elincane kanye Nephutha Eliphezulu asetshenziswa uma Ukutholwa Kwephutha Kuyiqiniso. Uma Ukutholwa Kwephutha kunikwe amandla, noma isiphi isilinganiso sokufakwayo noma ngaphansi/ngaphezulu kwamapharamitha Ephutha Elincane/Elikhulu sizodala iphutha lokokufaka. Uma iphutha lokokufaka lenzeka, uma okokufaka kuyalela okukhiphayo, okukhiphayo kuzocisha. Iphutha lizosulwa ngokushesha uma okokufaka okukaliwe kungaphakathi kwephutha elincane+ noma Iphutha Eliwubukhulu- inani le-Hysteresis Yephutha. Ngokuphambene nalokho, lapho Ukutholwa Kwephutha kusethelwe kokuthi FALSE, alikho iphutha elizokwenzeka futhi Iphutha Elincane Nephutha Eliwumkhawulo ngeke kucatshangelwe.
1.2.5. Isikhathi seDigital Debounce
Le pharamitha isetshenziswa Ezinhlotsheni Zokufaka Zedijithali (Ezivamile), Ezedijithali (Ephambene) kanye Nezinhlobo Zokufaka Zedijithali (Ezicishiwe). Yisikhathi isilawuli esilinda ngaso kuze kucutshungulwe futhi sisabalalise isimo sokokufaka lapho unqenqema luqaliswa. Lokhu kusiza ukuhlunga izinkinobho zokucindezela ezinomsindo noma amaswishi ukuze ufunde isignali/isimo esihlanzekile.
1.2.6. Izinhlobo Zesihlungi Sokufaka
Zonke izinhlobo zokufakwayo ngaphandle kwe-Digital (Ejwayelekile), Idijithali (Ephambene), Idijithali (Ibambekile) ingahlungwa kusetshenziswa Uhlobo Lwesihlungi kanye namapharamitha ahlala njalo Okuhlunga. Kunezinhlobo ezintathu (3) zokuhlunga ezitholakalayo njengoba zibalwe kuThebula lesi-3.
| 0 | Ayisetshenziswa |
| 1 | Ukuhambisa Okumaphakathi |
| 2 | Ukuphinda Isilinganiso |
Ithebula 3 – Izinhlobo Zokuhlunga Okokufaka
Inketho yokuqala yesihlungi Akukho Ukuhlunga, akunikezeli ukuhlunga kudatha elinganisiwe. Ngakho-ke idatha elinganisiwe izosetshenziswa ngokuqondile kunoma iyiphi ibhulokhi yomsebenzi esebenzisa le datha.
Inketho yesibili, i-Moving Average, isebenzisa 'I-Equation 1' ngezansi kudatha yokufaka elinganiselwe, lapho i-ValueN imelela idatha elinganisiwe yokufaka yamanje, kuyilapho i-ValueN-1 imelela idatha ehlungiwe yangaphambilini. I-Filter Constant iyipharamitha Eqhubekayo Yesihlungi Sokufaka.
Isibalo 1 - Umsebenzi Wokuhlunga Omaphakathi Onyakazayo:
Inketho yesithathu, Ukuphindaphinda Isilinganiso, isebenzisa 'Isibalo 2' ngezansi kudatha yokufaka elinganisiwe, lapho okuthi N kuyinani lepharamitha Eqhubekayo Yesihlungi Sokufaka. Okokufaka okuhlungiwe, Inani, isilinganiso sazo zonke izilinganiso zokufakwayo ezithathwe ku-N (Input Filter Constant) inombolo yokufundwayo. Uma isilinganiso sithathwa, okokufaka okuhlungiwe kuzohlala kuze kube yilapho isilinganiso esilandelayo sesilungile. Isibalo 2 - Ukuphinda Umsebenzi Wokudlulisa Omaphakathi:
1.3. Imithombo Yokulawula Ibhulokhi Yomsebenzi Wangaphakathi
Isilawuli se-1IN-1OUT-NFC sivumela imithombo yebhulokhi yokusebenza yangaphakathi ukuthi ikhethwe ohlwini lwamabhulokhi okusebenza okunengqondo asekelwa isilawuli. Njengomphumela, noma yikuphi ukuphuma kwebhulokhi eyodwa yokusebenza kungakhethwa njengomthombo wokulawula komunye. Uhlu lwemithombo yokulawula luboniswa kuThebula lesi-4.
| Inani | Incazelo |
| 0 | Umthombo Wokulawula Awusetshenziswa |
| 2 | Okokufaka Kukaliwe |
| 5 | I-Lockup Table Function Block |
Ithebula 4 - Izinketho Zomthombo Wokulawula
Ngokungeziwe kumthombo, isilawuli ngasinye futhi sinenombolo ehambisana nenkomba engaphansi yebhulokhi yomsebenzi okukhulunywa ngayo. Ithebula lesi-5 lichaza ububanzi obusekelwe ezintweni ezinombolo, kuye ngomthombo owawukhethiwe.
| Umthombo Wokulawula | Inombolo Yomthombo Wokulawula |
| Umthombo wokulawula awusetshenziswanga (Akuzitshiwe) | [0] |
| Okokufaka Kukaliwe | [1...1] |
| I-Lockup Table Function Block | [1...1] |
Ithebula 5 - Izinketho zeNombolo Yokulawula
1.4. I-Output Drive Function Blocks
Isilawuli siqukethe okukhiphayo okulinganayo okukodwa. Okukhiphayo kuqukethe umshayeli webhuloho eliyingxenye ephezulu elikwazi ukuthola umthombo ongafika koku-5Amps. Okuphumayo kuxhunywe kuma-peripherals esibali sikhathi se-microcontroller esizimele futhi ngaleyo ndlela ingalungiselelwa ngokuzimela ukusuka ku-1Hz kuye ku-25kHz. Ipharamitha Yohlobo Lokukhiphayo inquma ukuthi okukhiphayo kukhiqiza luphi uhlobo lwesiginali. Ukushintsha le pharamitha kubangela ukuthi amanye amapharamitha eqenjini abuyekeze ukuze afane nohlobo olukhethiwe. Ngalesi sizathu, ipharamitha yokuqala okufanele ishintshwe ngaphambi kokumisa amanye amapharamitha ipharamitha Yohlobo Lokukhiphayo. Izinhlobo zokuphumayo ezisekelwayo yisilawuli zifakwe kuhlu kuThebula lesi-6 ngezansi:
| 0 | Ikhutshaziwe |
| 1 | I-Proportional Yamanje |
| 2 | I-Hotshot yedijithali |
| 3 | I-Proportional Voltage (0-Vps) |
| 4 | PWM Duty Cycle |
| 5 | Idijithali (0-Vps) |
Ithebula 6- Izinketho Zohlobo Lokukhiphayo
Kunamapharamitha amabili ahlotshaniswa ne-Proportional Current kanye ne-Digital Hotshot Output Types ezingekho nezinye - lezi yi-Dither Frequency kanye ne-Dither Ampukufunda. Isignali ye-dither isetshenziswa kumodi yamanje ye-Proportional futhi iyisiginali yefrikhwensi ephansi ebekwe phezulu phezu kwesiginali ephezulu (25kHz) elawula ukuphuma kwamanje. Okuphumayo okubili kunefrikhwensi ye-dither ezimele engalungiswa noma kunini. Inhlanganisela ye-Dither Ampi-litude kanye ne-Dither Frequency kufanele kukhethwe ngendlela efanele ukuze kuqinisekiswe ukusabela ngokushesha kukhoyili ekushintsheni okuncane kokufakwayo kokulawula kodwa hhayi okukhulu kangangokuthi kuphazamise ukunemba noma ukusimama kokuphumayo.
Ku-Proportional VoltagUhlobo lwe-e, isilawuli sikala i-VPS esetshenziswe kuyunithi futhi ngokusekelwe kulolu lwazi, isilawuli sizolungisa umjikelezo we-PWM wesignali (0-Vps amplitude) ukuze isignali emaphakathi ibe yinani eliqondiwe eliyaliwe. Ngakho-ke, isignali yokuphumayo ayiyona i-analog. Ukuze udale isignali ye-analog, isihlungi esilula sokudlula singaxhunywa ngaphandle kusilawuli. Qaphela: isignali yokuphumayo izogcwala ku-VPS uma i-Output at Maximum Command isethwe phezulu kune-volt vol.tage ukunika amandla isilawuli.
Ku-PWM Duty Cycle Output Type, isilawuli sikhipha isignali (0-VPS amplitude) kufrikhwensi yokukhiphayo engaguquki esethwe i-PWM Output Frequency enomjikelezo we-PWM Duty ohlukahlukene ngokusekelwe kokokufaka okuyaliwe. Njengoba kokubili okukhiphayo kuxhunywe kuzibali-sikhathi ezizimele, ipharamitha ye-PWM Output Frequency ingashintshwa noma kunini ngokuphuma ngakunye ngaphandle kokuthinta okunye.
Uhlobo lwe-'Hotshot Digital' luhlukile ku-'Digital On/Off' ngoba lusalawula okwamanje ngomthwalo. Lolu hlobo lokuphuma lusetshenziselwa ukuvula ikhoyili bese unciphisa amandla amanje ukuze ivalvu ihlale ivulekile, njengoba kuboniswe kuMfanekiso 3. Njengoba amandla amancane asetshenziswa ukugcina okukhiphayo kuhlangene, lolu hlobo lokuphendula luwusizo kakhulu ukuthuthukisa ukusebenza kahle kohlelo lonke. Ngalolu hlobo lokukhiphayo kunamapharamitha amathathu ahlotshaniswayo: Bamba Yamanje, i-Hotshot Current kanye ne-Hotshot Time asetshenziselwa ukulungisa uhlobo lwesiginali yokuphumayo njengoba kuboniswe kuMfanekiso 2.
Okwemiphumela ye-Proportional yesignali ubuncane besignali namanani aphezulu alungiswa nge-Output At Minimum Command kanye namapharamitha Okukhipha At Maximum Command. Ibanga lenani lawo womabili amapharamitha likhawulelwe Uhlobo Lokukhiphayo olukhethiwe. Kungakhathalekile ukuthi yiluphi uhlobo lokufakwayo lokulawula olukhethiwe, okukhiphayo kuzohlala kuphendula ngendlela yomugqa ezinguqukweni kokokufaka 'ku-Equation 3' ngayinye.
I-Equation 3 – Izibalo ze-Linear Slope
Endabeni ye-Output Control Logic function block, u-X no-Y bachazwa ngokuthi
Xmin = Ukulawula Okokufaka Okuncane Okuncane ; Ymin = Okukhiphayo Ku-Minimum Command
I-Xmax = Umkhawulo Wokufaka Wokulawula; I-Ymax = I-Output at Maximum Command
Kuzo zonke izimo, ngenkathi i-X-axis inomkhawulo wokuthi i-Xmin < Xmax, awukho umkhawulo onjalo ku-Y- axis. Ngakho-ke ukulungisa i-Output At Minimum Command ukuthi ibe nkulu kune-Output At Maximum Command kuvumela okukhiphayo ukulandela isiginali yokulawula ngokuphambene.
Ukuze uvimbele izinguquko ezingalindelekile kokuphumayo ngenxa yezinguquko ezingazelelwe kokokufaka komyalo, umsebenzisi angakhetha ukusebenzisa u-r ozimele phezulu noma phansi.amps ukulungisa impendulo yekhoyili. I-Ramp Up kanye no-Ramp Amapharamitha aphansi akuma-millisecond, futhi usayizi wesinyathelo soshintsho okukhiphayo uzonqunywa ngokuthatha inani eliphelele lobubanzi obuphumayo futhi ulihlukanise ngo-r.amp isikhathi.
Ipharamitha Yomthombo Wokulawula kanye nepharamitha Yenombolo Yokulawula inquma ukuthi iyiphi isignali esetshenziselwa ukushayela okukhiphayo. Okwesiboneloample, ukusetha Umthombo Wokulawula ukuya kuNombolo Yokufaka Okukalwayo Nelawulayo Yonke indawo ukuze (1) kuzoxhuma isignali elinganiswa ukusuka ku-Universal Input1 kuya kokuphumayo okukhulunywa ngakho. Isignali yokufaka ikalwa ngebanga lohlobo lokufakwayo ngalunye phakathi kuka-0 no-1 ukuze kwakheke isiginali yokulawula. Okukhiphayo kuphendula ngendlela yomugqa ezinguqukweni zesignali yokulawula. Uma isignali engeyona eyedijithali ikhethiwe ukushayela okukhiphayo kwedijithali isimo somyalo sizoba ngu-0 (OFF) noma ngaphansi kwe-“Output At Minimum User Manual UMAX020720 8-23
Umyalo”, 1 (ON) noma ngaphezulu kokuthi “Output At Maximum Command” futhi ngeke ishintshe phakathi kwalawo maphuzu.
Uma kutholwa iphutha kunoma yikuphi okokufaka okusebenzayo okukhiphayo izovalwa kuze kube yilapho okokufaka sekutholakele.
Ngaphandle kwamaphutha okokufaka avala okukhiphayo, uma i-under-voltage/over-voltagukulinganisa kwenzeka ku-VPS, okukhiphayo nakho kuzovala.
Okukhiphayo kuvikelwe ngokwemvelo kokufushane ukuya ku-GND noma i-VPS ngehadiwe. Esimeni esifushane esifile, i-hardware izokhubaza ngokuzenzakalelayo idrayivu yokukhipha, kungakhathaliseki ukuthi iphrosesa ikuyala ini mayelana nokuphumayo. Uma lokhu kwenzeka, iphrosesa ithola ukuvala kwezingxenyekazi zekhompuyutha eziphumayo bese iyala ukukhipha okukhulunywa ngakho. Izoqhubeka nokushayela okuphumayo okungewona amafushane ngokujwayelekile futhi ngezikhathi ezithile izame ukuhlanganisa kabusha umthwalo omfushane, uma isayaliwe ukwenza kanjalo. Uma iphutha lihambile kusukela ngesikhathi sokugcina okukhiphayo kwenziwa ngesikhathi kufinyezwa, isilawuli sizoqalisa kabusha ngokuzenzakalelayo ukusebenza okuvamile.
Esimeni sesekhethi evuliwe, ngeke kube khona ukuphazamiseka kokulawula kunoma yikuphi ukuphuma. Iphrosesa izoqhubeka nokuzama ukushayela ukulayisha okuvulekile.
1.5. I-Lockup Table Function Block
Ithebula Lokubheka lisetshenziselwa ukunikeza impendulo ephumayo engafika kumithambeka emi-5. Kunezinhlobo ezimbili zempendulo yeThebula Lokubheka ngokusekelwe kuMpendulo Wethebula Lokubheka: Impendulo Yedatha kanye Nezimpendulo Zesikhathi Izigaba 1.5.2 kuya ku-1.5.6 zizochaza lezi zinhlobo ezimbili zezimpendulo ngokuningiliziwe. Lapho Impendulo Yethebula Lokubheka Kuyimpendulo Yedatha, amanani we-X-Axis Point x ahlala engamaphesentitage ekhombisa inanitage Womthombo Wokulawula osetshenziswe Kuthebula Lokubheka.
Ukushintsha Umthombo Wokulawula ngeke kuguqule amanani wephoyinti le-X-Axis x noma i-X-Axis Point y.
1.5.1. I-X-Axis, Impendulo Yedatha Yokufaka
Esimeni lapho Uhlobo lwe-X-Axis = Impendulo Yedatha, amaphuzu aku-X-Axis amelela idatha yomthombo wokulawula. Lawa manani ngamaphesentitage (%) futhi imele amaphesentitage Yomthombo Wokulawula ekhethiwe.
Lapho ukhetha amanani edatha ye-X-Axis, azikho izithiyo enanini elingafakwa kunoma imaphi amaphoyinti e-X-Axis. Umsebenzisi kufanele afake amanani ngohlelo olukhulayo ukuze akwazi ukusebenzisa ithebula lonke. Ngakho-ke, lapho kulungiswa idatha ye-X-Axis, kunconywa ukuthi i-X5 ishintshwe kuqala, bese izinkomba zehlise ngohlelo olwehlayo ukuze kugcinwe okungezansi: 0% <= X0 <= X1 <= X2 <= X3 <= X4 <= X5 <= 100%
Wonke amaphuzu edatha asetshenzisiwe. Uma ufisa ukungasebenzisi amanye amaphoyinti edatha, kuyanconywa ukusetha amaphoyinti edatha angafuneki ukuthi abe nephesenti elifanayo.tagi-e value njengephoyinti lokugcina ledatha elisetshenzisiwe.
1.5.2. I-Y-Axis, Okukhiphayo Kwethebula Lokubheka
I-Y-Axis ayinazo izithiyo kudatha eyimele. Lokhu kusho ukuthi okuphambene, noma ukwandisa/ukuncipha noma ezinye izimpendulo zingatholakala kalula.
Kuzo zonke izimo, isilawuli sibheka lonke ububanzi bedatha kumapharamitha we-Y-Axis, bese sikhetha inani eliphansi njenge-Ymin kanye nenani eliphakeme kakhulu njenge-Ymax. Adluliselwa ngokuqondile kwamanye amabhulokhi wokusebenza njengemikhawulo ekuphumeni Kwethebula Lokubheka. (okungukuthi kusetshenziswe njengamavelu e-Xmin ne-Xmax ekubalweni komugqa.)
1.5.3. Ukucushwa Okuzenzakalelayo, Impendulo Yedatha
Ngokuzenzakalelayo, Ithebula Lokubheka livaliwe (Umthombo Wokulawula Ithebula Lokubheka usethelwe kokuthi Ukulawula Okungasetshenzisiwe). Ithebula Lokubheka lingasetshenziswa ukwakha uchwepheshe wempendulo oyifunayofiles. Uma Okokufaka Okujwayelekile kusetshenziswa Njengomthombo Wokulawula, okukhiphayo Kwethebula Lokubheka kuzoba yilokho umsebenzisi akufaka kumapharamitha we-Y-Values.
Khumbula, noma iyiphi ibhulokhi yokusebenza elawulwayo esebenzisa Ithebula Lokubheka njengomthombo wokufaka izophinda isebenzise umugqa kudatha. Ngakho-ke, ekuphenduleni kokulawula okungu-1:1, qinisekisa ukuthi ubuncane kanye namanani aphezulu okukhiphayo ahambisana namanani aphansi naphezulu we-Y-Axis yethebula. Ngokuzenzakalelayo, idatha yama-eksisi u-X kanye no-Y ihlelelwa inani elilinganayo phakathi kwephoyinti ngalinye ukusuka kwelincane ukuya kwephezulu esimweni ngasinye.
1.5.4. Khomba Ukukhomba Impendulo
Ngokuzenzakalelayo, izimbazo zika-X kanye no-Y zisethelwe impendulo yomugqa ukusuka endaweni (0,0) ukuya ku-(5,5), lapho okukhiphayo kuzosebenzisa umugqa phakathi kwephoyinti ngalinye. Umfanekiso 3 ubonisa inguqulo enwetshiwe (imithambeka engu-10) Yethebula Lokubheka elitholakala ku-1IN-1OUT-NFC. Ukuze uthole umugqa, i-“Point N – Response” ngayinye, lapho N = 1 kuya ku-5, isethelwe u-'R.amp Ukuze' impendulo yokuphuma.
Kungenjalo, umsebenzisi angakhetha impendulo ethi 'Jump To' ye-“Point N – Response”, lapho N = 1 kuya ku-5. Kulokhu, okukhiphayo Kwethebula Lokubheka ngeke kushintshe phakathi Kwamaphoyinti e-X-Axis kunalokho kuzoshintsha kuphela uma > X-Axis Point n kanye <X-X-Axis Point (n+1) Inhlanganisela ye-Ramp Ukuthi, Jump To bese Uziba izimpendulo zingasetshenziswa ukudala uhlelo lokusebenza olukhethekile lokuphumayofile.
1.5.5. I-X-Axis, Ukusabela Kwesikhathi
Njengoba kushiwo eSigabeni 1.5, Ithebula Lokubheka lingasetshenziswa futhi ukuze uthole impendulo yokuphuma ngokwezifiso lapho Uhlobo lwe-X-Axis 'luyimpendulo yesikhathi.' Uma lokhu kukhethwa, i-X-Axis manje imelela isikhathi, ngamayunithi ama-millisecond, kuyilapho i-Y-Axis isamele okukhiphayo kwebhulokhi yomsebenzi. Kukhona futhi enye ipharamitha ehlotshaniswa neThebula Lokubheka lapho lilungiselelwa Ukusabela Isikhathi okuyipharamitha ye-Lookup Table Auto-Cycle.
Kulesi simo, Umthombo Wokulawula uthathwa njengokufakwayo kwedijithali. Uma isiginali iwukufaka kwe-analog, itolikwa njengokufakwayo kwedijithali ngomfanekiso 1 ngamunye. Uma okokufaka kokulawula KUVULIWE, okukhiphayo kuzoshintshwa ngesikhathi esithile ngokusekelwe kuchwepheshe.file kuThebula Lokubheka. Kunezimo ezimbili ezihlukene zokuthi Ithebula Lokubheka lizosabela kanjani uma uchwepheshefile iphelile. Inketho yokuqala yilapho i-Table Auto-Cycle isethwe ukuze ithi FALSE lapho kunjalo, uma i-profile isiqedile (okungukuthi inkomba 5), okuphumayo kuzohlala ekugcineni komkhiqizofile kuze kube okokufaka kokulawula KUVALE. Inketho yesibili yilapho i-Table Auto-Cycle isethwe ukuze ithi TRUE lapho kunjalo, uma i-profile isiqedile (okungukuthi inkomba 5), Ithebula Lokubheka lizobuyela ngokuzenzakalelayo empendulweni yokuqala futhi lizoqhubeka lihamba ngokuzenzakalelayo inqobo nje uma okokufaka kusahlezi kusimo se-ON.
Uma okokufaka kokulawula KUVALIWE, okukhiphayo kuhlala kukuziro. Uma okokufaka KUVULA, uchwepheshefile NJALO iqala endaweni (X0, Y0) okuwu-0 okukhiphayo kuka-0ms. Ekuphenduleni kwesikhathi, isikhathi sokuphumula phakathi kwephuzu ngalinye ku-X-eksisi singasethwa noma yikuphi ukusuka ku-1ms kuya ku-1day [86400 s]
Imiyalelo yokufaka
2.1. Ubukhulu kanye nePinout
Isilawuli se-1IN-1OUT-NFC ibhodi le-PCB elihlanganisiwe elinembongolo eqinile evumelanayo yokuvikela ingxenye ekudlidlizeni nezinye izakhi. Umhlangano uphethe isilinganiso se-IP00.
| IPHINIKHODI YOKUVIMBELA TERMINAL | |
| I-PIN | SIGNAL |
| 1 | AMANDLA - |
| 2 | AMANDLA + |
| 3 | I-SOLENOID + |
| 4 | I-SOLENOID - |
| 5 | OKUFAKAYO + |
| 6 | Faka i-GND |
| 7 | I-AUX OUTPUT |
Ithebula 7 – Iphinikhodi yesixhumi
2.2. Imiyalo Yokufaka
2.2.1. Amanothi Nezexwayiso
- Ungafaki eduze kwe-high-voltage noma amadivayisi asezingeni eliphezulu.
- Qaphela izinga lokushisa lokusebenza. Zonke izintambo zenkambu kufanele zifanele lelo banga lokushisa.
- Faka iyunithi enesikhala esifanele esitholakalayo sokusevisa kanye nokufinyelela okwanele kwezintambo zezintambo (amasentimitha angu-15) kanye nokukhululeka kobunzima (30 cm).
- Ungaxhumi noma unqamule iyunithi ngenkathi isekethe ibukhoma ngaphandle uma indawo yaziwa ngokuthi ayinabungozi.
2.2.2. Ukukhweza
Izimbobo ezifakwayo zilingana namabhawudi angu-#6 noma ama-M4. Ubude bebhawodi buzonqunywa ubukhulu bepuleti elikhwezayo lomsebenzisi wokugcina. I-flange ekhwezayo yesilawuli ingu-0.062 amayintshi (1.5 mm) ubukhulu.
Uma imojuli ifakwe ngaphandle kwendawo ebiyelwe, kufanele ifakwe phezulu izixhumi zibheke kwesokunxele noma kwesokudla ukuze kuncishiswe amathuba okungena komswakamo.
Zonke izintambo zenkambu kufanele zifanele izinga lokushisa lokusebenza. Faka iyunithi enesikhala esifanele esitholakalayo sokusevisa kanye nokufinyelela kwezintambo zezintambo ezanele.
2.2.3. Ukuxhumana
Kunconywe ukusebenzisa intambo engu-14-16 AWG ukuze kuxhunywe amandla kanye ne-solenoid.
2.2.4. Amathiphu Okulungisa nge-NFC
Indawo nobubanzi bezinti ze-NFC ziyahluka kusuka ku-smartphone kuya ku-smartphone. Ukuze kuhlaliswe ububanzi nezindawo ezihlukene, uthi lwe-NFC lwesilawuli lufinyeleleka kusukela phezulu nangaphansi kwebhodi.
Ngokuya ngendawo ye-antenna ye-NFC kanye/noma ububanzi bayo be-smartphone ye-Android yomsebenzisi, kungase kube lula kakhulu ukulungisa isilawuli ukusuka ohlangothini olulodwa noma olunye. Kuyatuswa ukucacisa indawo yothi lwe-NFC ku-smartphone kanye/noma ukukhomba ukubekwa nobubanzi obuyifanele kangcono i-smartphone.
Amapharamitha wesilawuli afinyelelwe nge-E-Write NFC
Amapharamitha amaningi akhonjwe kulo lonke leli bhukwana. Lesi sigaba sichaza futhi sibonisa ipharamitha ngayinye, kanye nokuzenzakalelayo kwayo nobubanzi. Ukuze uthole ulwazi olwengeziwe mayelana nokuthi ipharamitha ngayinye isetshenziswa kanjani i-1IN-1OUT-NFC, bheka isigaba esifanele seManuwali Yomsebenzisi.
3.1. Ulwazi Lomlawuli
Ulwazi Lwesilawuli luhlinzeka ngolwazi olufana nenguqulo yamanje ye-firmware nedethi, inombolo ye-serial, kanye nepharamitha elungisekayo ukuhlonza kangcono izilawuli ezihlukahlukene ze-1IN-1OUT-NFC ngaphakathi kwe-Alias Controller system.
3.2. Okokufaka Okujwayelekile
Ibhulokhi yomsebenzi we-Universal Input ichazwa eSigabeni 1.2. Sicela ubhekisele kuleso sigaba ukuze uthole ulwazi oluningiliziwe mayelana nokuthi le mingcele isetshenziswa kanjani.
Ukuthwebula isikrini kwamapharamitha Wokufaka Okuzenzakalelayo Okujwayelekile
| Igama | Ibanga | Okuzenzakalelayo | Amanothi |
| Uhlobo Lokufaka | Drop List | Voltage -5V kuya ku-5V | Bheka iSigaba 1.2.1 |
| Ukutholwa Kwephutha | Drop List | Amanga | |
| Ama-pulses per Revolution | 0 ku60000 | 0 | Uma kusethelwe ku 0, izilinganiso zithathwa nge-Hz. Uma inani lisethwe likhulu kuno 0, izilinganiso zithathwa nge-RPM |
| Iphutha elincane | Kuncike ohlotsheni lokokufaka | 0.2 (V) | Bheka iSigaba 1.2.4 |
| Ibanga elincane | Kuncike ohlotsheni lokokufaka | 0.5 (V) | Bheka iSigaba 1.2.3 |
| Ibanga eliphezulu | Kuncike ohlotsheni lokokufaka | 4.5 (V) | Bheka iSigaba 1.2.3 |
| Iphutha elikhulu | Kuncike ohlotsheni lokokufaka | 4.8 (V) | Bheka iSigaba 1.2.4 |
| Iphutha le-Hysteresis | Kuncike ohlotsheni lokokufaka | 0.5 (V) | Bheka iSigaba 1.2.4 |
| Isikhathi seDigital Debounce | 0 ku60000 | 10 (ms) | Bheka iSigaba 1.2.2 |
| I-Pullup/Pulldown Resistor | Drop List | 0 – Donsa/down Vala | Bheka iSigaba 1.2.2 |
| Uhlobo Lwesihlungi Sesofthiwe | Drop List | 0 – Asikho Isihlungi | Bheka iSigaba 1.2.5 |
| I-Software Filter Constant | 0 ku60000 | 1000ms | Bheka iSigaba 1.2.5 |
3.3. I-Proportional Output Drive
Ibhulokhi yomsebenzi we-Universal Input ichazwa eSigabeni 1.4. Sicela ubhekisele kuleso sigaba ukuze uthole ulwazi oluningiliziwe mayelana nokuthi le mingcele isetshenziswa kanjani.
| Igama | Ibanga | Okuzenzakalelayo | Amanothi |
| Umthombo Wokulawula | Drop List | Okokufaka Okujwayelekile | Bheka iSigaba 1.3 |
| Uhlobo Lokukhiphayo | Drop List | I-Proportional Yamanje | Bheka iSigaba 1.3 |
| Okukhiphayo kokuthi I-Minimum Command | Kuya Ohlotsheni Lokukhiphayo | 300 (mA) | Bheka iSigaba 1.4 |
| Okukhiphayo kokuthi Maximum Command | Kuya Ohlotsheni Lokukhiphayo | 1500 (mA) | Bheka iSigaba 1.4 |
| Ramp Phezulu (Ubuncane ukuya ku-Max) | 0-60000 | 1000 (ms) | Bheka iSigaba 1.4 |
| Ramp Phansi (Ubukhulu ukuya Kuncane) | 0-60000 | 1000 (ms) | Bheka iSigaba 1.4 |
| Imvamisa yokuphuma kwe-PWM | 1 ku25000 | 25000 (Hz) | Umsebenzisi angashintsha imvamisa yokuphumayo kunoma yiluphi uhlobo lokukhiphayo olukhethiwe. Nokho, ukunemba kokukhiphayo kuzothinteka Kumodi Yamanje Ye-Proportional |
| I-Dither Frequency | 50-500 | 250 (Hz) | Isetshenziswa kuphela Kumamodi Amanje Alinganayo nawe-Hotshot |
| Dither Ampukufunda | 0 ku500 | 0 (mA) | Isetshenziswa kuphela Kumamodi Amanje Alinganayo nawe-Hotshot |
| Isikhathi se-Hotshot | 0-60000 | 1000 (ms) | |
| I-Hotshot Yamanje | 0-5000 | 1500 (mA) |
3.4. Bheka Amapharamitha eThebula
Ibhulokhi yokusebenza yeThebula Lokubheka ichazwe eSigabeni 1.5. Sicela ubheke lapho ukuze uthole ulwazi oluningiliziwe mayelana nokuthi yonke le mingcele isetshenziswa kanjani.
| Igama | Ibanga | Okuzenzakalelayo | Amanothi |
| Umthombo Wokulawula | Drop List | Ayisetshenziswa | Bheka iSigaba 1.3 |
| Impendulo | Drop List | Impendulo Yedatha | Bheka iSigaba 1.5.1 |
| I-Auto-Cycling | Drop List | Amanga | Bheka iSigaba 1.5.5 |
| Iphuzu Impendulo | Inketho Yokusunduza | Ramp | Bheka iSigaba 1.5.4 |
| Iphoyinti le-X-Axis 0 | 0- Iphuzu le-X-Axis 1 | 0 (%) | Amaphoyinti e-X-Axis ahlala ngokwamaphesentitagi-e yomthombo wokulawula ekhethiwe. Bheka iSigaba 1.5.1 |
| Iphoyinti le-X-Axis 1 | Iphoyinti le-X-Axis 0 ukuya ku-X-Axis Point 2 | 20 (%) | Amaphoyinti e-X-Axis ahlala ngokwamaphesentitagi-e yomthombo wokulawula ekhethiwe. Bheka iSigaba 1.5.1 |
| Iphoyinti le-X-Axis 2 | Iphoyinti le-X-Axis 1 ukuya ku-X-Axis Point 3 | 40 (%) | Amaphoyinti e-X-Axis ahlala ngokwamaphesentitagi-e yomthombo wokulawula ekhethiwe. Bheka iSigaba 1.5.1 |
| Iphoyinti le-X-Axis 3 | Iphoyinti le-X-Axis 2 ukuya ku-X-Axis Point 4 | 60 (%) | Amaphoyinti e-X-Axis ahlala ngokwamaphesentitagi-e yomthombo wokulawula ekhethiwe. Bheka iSigaba 1.5.1 |
| Iphoyinti le-X-Axis 4 | I-X-Axis Iphoyinti 3 ukuya ku-X-Axis Point 4 | 80 (%) | Amaphoyinti e-X-Axis ahlala ngokwamaphesentitagi-e yomthombo wokulawula ekhethiwe. Bheka iSigaba 1.5.1 |
| Iphoyinti le-X-Axis 5 | Iphoyinti le-X-Axis 4 kuya ku-100 | 100 (%) | Amaphoyinti e-X-Axis ahlala ngokwamaphesentitagi-e yomthombo wokulawula ekhethiwe. Bheka iSigaba 1.5.1 |
| Iphoyinti le-Y-Axis 0 | 0-3000 | 0 | Bheka iSigaba 1.5.2 |
| Iphoyinti le-Y-Axis 1 | 0-3000 | 250 | Bheka iSigaba 1.5.2 |
| Iphoyinti le-Y-Axis 2 | 0-3000 | 500 | Bheka iSigaba 1.5.2 |
| Iphoyinti le-Y-Axis 3 | 0-3000 | 750 | Bheka iSigaba 1.5.2 |
| Iphoyinti le-Y-Axis 4 | 0-3000 | 1000 | Bheka iSigaba 1.5.2 |
| Iphoyinti le-Y-Axis 5 | 0-3000 | 1250 | Bheka iSigaba 1.5.2 |
Imininingwane Yezobuchwepheshe
Zonke izicaciso ezijwayelekile ku-volume input voltage kanye no-25 C ngaphandle uma kucaciswe ngenye indlela.
Imininingwane iyinkomba futhi ingashintsha. Ukusebenza kwangempela kuzohluka kuye ngohlelo lokusebenza nezimo zokusebenza. Abasebenzisi kufanele bazenelise ukuthi umkhiqizo ulungele ukusetshenziswa kuhlelo oluhlosiwe. Yonke imikhiqizo yethu inewaranti elinganiselwe ngokumelene nokukhubazeka kwempahla nokusebenza. Sicela ubheke Iwaranti yethu, Ukuvunyelwa Kwesicelo/Imikhawulo kanye Nenqubo Yezinto Zokubuyiswa njengoba kuchaziwe https://www.axiomatic.com/service/ Imininingwane Yokufaka
| Okokufaka Kokuhlinzeka Ngamandla - Okuzisholo | 12Vdc noma 24Vdc okuzisholo (9…36 VDC uhla lokuphakela amandla) |
| Ukuvikelwa | Ukuvikelwa kokuhlehla kwe-polarity kunikezwa. I-UndervoltagUkuvikelwa kwe-e kuze kufike ku-6 V kunikezwa. I-OvervoltagUkuvikelwa kwe-e kufika ku-44.9 V kunikezwa. |
| Okokufaka Kwesiginali Okubanzi | Bheka kuThebula 1.0 Konke okokufaka kungakhethwa ngumsebenzisi. |
| Ithebula 1.0 -Okokufaka kwamazwe ngamazwe okulungisekayo komsebenzisi | |||||||||||||||||||||||||||||||||||||||||
| Imisebenzi Yokufaka I-analogi | Voltage Okokufaka noma Okokufaka Kwamanje | ||||||||||||||||||||||||||||||||||||||||
| Voltage Ukufaka | 0-5 V (Impedance 110 kΩ) 0-10 V (Impedance 130 kΩ) +/- 5V (Impedance 110 kΩ) +/- 10V (Impedance 130 kΩ) |
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| Okokufaka kwamanje | 0-20 mA (Impedance 249 Ω) 4-20 mA (Impedance 249 Ω) |
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| Imisebenzi Yokufaka Ehlukahlukene | Okokufaka Kwedijithali, Okokufaka kwe-PWM noma Okokufaka Imvamisa | ||||||||||||||||||||||||||||||||||||||||
| Okokufaka | I-12-bit ADC | ||||||||||||||||||||||||||||||||||||||||
| Ileveli Yokufaka Kwedijithali | Yamukela i-5V TTL kuze kufike ku-VPS Threshold: Phansi <1 V; Okuphezulu > 2.2 V | ||||||||||||||||||||||||||||||||||||||||
| Okokufaka kwedijithali | Iyasebenza Phezulu noma Phansi Okusebenzayo Amplitude: 0 kuya +Vps | ||||||||||||||||||||||||||||||||||||||||
| Okokufaka Impedance | 1 MOhm High impedance, 10KOhm yehlisa, 10KOhm idonsela phezulu ku +6V | ||||||||||||||||||||||||||||||||||||||||
| Okokufaka kwe-PWM | Imvamisa ephansi (10 Hz ukuya ku-1 kHz) Imvamisa ephezulu (100 Hz ukuya ku-10 kHz) 0 kuya ku-100% DC | ||||||||||||||||||||||||||||||||||||||||
| Okokufaka Imvamisa | 0.5 Hz kuya ku-50 Hz; 10 Hz kuya ku-1 kHz; noma 100 Hz kuya ku-10 kHz 1 kuya ku-99% DC | ||||||||||||||||||||||||||||||||||||||||
| Ukunemba Kokufaka | < 1% | ||||||||||||||||||||||||||||||||||||||||
| Okokufaka | 16-bit Isikhathi | ||||||||||||||||||||||||||||||||||||||||
| Izilinganiso Eziphezulu Nezincane |
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Ukucaciswa Kwethebula Lokubheka
| Ithebula Lokubheka | Ingasetshenziselwa ukwakha izimpendulo ezihlukene zokufaka-kuya-kokuphumayo Ramp noma Ukusabela Kwesikhathi Kufikela ku-5 Slopes/Izikhala zesikhathi Umsebenzisi angakwazi ukwenza imephu yokokufaka kwendawo yonke njengokulawula kuThebula Lokubheka futhi alungiselele amathambeka adingekayo okukhiphayo. |
Imininingwane Yokuphumayo
| Okukhiphayo | Kufikela ku-5A Half-bridge, High side Sourcing, Current Sensing, Grounded Load High Frequency (25 kHz) Umsebenzisi angakhetha izinketho ezilandelayo zokukhiphayo esebenzisa i-E-Write NFC. · I-Proportional Output Current (enenzwa yamanje) (0-5A) · I-Proportional Output Voltage (kufika ku-Vps) · I-Hotshot Yedijithali · Umjikelezo Womsebenzi we-PWM ophumayo (0-100% DC) · I-Digital On/Valiwe (Gnd-Vps) |
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| Amapharamitha okulungisekayo | Bheka kuThebula 2.0 | ||||
| Ithebula 2.0 Amapharamitha Okukhiphayo Okulungisekayo | |||||
| Ipharamitha | Ibanga elincane | Ibanga eliphezulu | |||
| Okukhiphayo Kwamanje | 0A | 5A | |||
| Ramp Phezulu / Ramp Phansi | 0ms (no ramp) | 60,000ms | |||
| Dither ampi-litude (izinga) | I-0mA (ayikho i-dither) | 400mA | |||
| Imvamisa yamanje ye-dither | 50Hz | 500Hz | |||
| Imvamisa ye-PWM | 1Hz | 25kHz | |||
| Ukunemba Kokukhiphayo | Imodi yamanje yokuphuma <1% Okukhiphayo Voltagimodi e <1% Imodi Yomjikelezo Womsebenzi we-PWM <1% | ||||
| Ukulungiswa Kokuphumayo | Okukhiphayo Imodi yamanje 1 mA Okukhiphayo VoltagImodi ye-e 0.1V Imodi yokuphuma kwe-PWM 0.1% | ||||
| Ukuvikelwa | Ukuvikela okweqile Kuvikelwe ekujikelezeni okufushane ukuya ku-Vps noma eGround | ||||
| Umphumela Osizayo | 0-5V okukhiphayo kuhambisana nebanga lokuphumayo elilinganayo. Ukuvikelwa kwesekethe emfushane kuhlinzekwa. | ||||
| I-Axiliary Output Scale | 20% webanga lokuphumayo elilinganayo | ||||
| Voltage Ireferensi | +5V, 50 mA umthamo omkhulu | ||||
Imininingwane Ejwayelekile
| I-Microcontroller | STM32F205RET6 32-bit, 512 Kbit uhlelo olukhanyayo |
| I-Quiscent Yamanje | 60 mA @ 12 Vdc, 40 mA @ 24Vdc ejwayelekile |
| Isibonisi se-LED | Amandla, ukushaya kwenhliziyo, inkomba yephutha yokokufaka kanye nenkomba yephutha yokuphumayo |
| Control Logic | Umsebenzisi uyalungiseka |
| Ezokuxhumana | I-Near Field Communication Isilinganiso sedatha esiyiduplex egcwele: 106 kbit/s Ihambisana ne-ISO1443 (RF protocol), ISO13239, kanye ne-ISO7816 Ukulungiselelwa Okuvikelwe nokuvikelekile |
| Isixhumi esibonakalayo somsebenzisi | I-E-WRITE NFC Application iyatholakala ngenkokhelo evela ku-Google Play yamadivayisi we-Android (https://play.google.com/store/apps/details?id=com.axiomatic.ewritenfc). I-E-WRITE NFC Isicelo ingadawunilodeka ngenkokhelo ku-App Store ye-Apple yamadivayisi we-iOS (https://apps.apple.com/us/app/e-write-nfc/id6473560354). |
| Izinga Lokushisa Lokusebenza | -40 kuya ku-85 °C (-40 kuya ku-185 °F) |
| Izinga Lokushisa Lesitoreji | -50 kuya ku-125 °C (-58 kuya ku-257 °F) |
| Ubukhulu | PCB: 63.5 mm x 63.5 mm x 20 mm (2.5 ku x 2.5 ku x 0.78 in) (L x W x H) Ibhokisi le-Metal eline-gasket kanye ne-PG9 yokukhululeka: 114 mm x 32 mm x 89 mm (4.5 in x 1.25 in x 3.5 in) (W x D x H ngaphandle kwe-PG9 strain relief) Bheka umdwebo wobukhulu. |
| Ukuvikelwa | I-IP00 ye-PCB IP67 ye-Metal Box uma ikhebula seyengeziwe |
| Ukudlidliza | I-MIL-STD-202H, indlela 204, isimo sokuhlola C 10 g isiqongo (ingxenye ye-Sine) MIL-STD-202H, indlela 214A, isimo sokuhlola I/B 7.68 Grms isiqongo (Ingxenye engahleliwe) |
| Ukushaqeka | I-MIL-STD-202H, indlela 213B, isimo sokuhlola A 50 g ukuphakama |
| Izimvume | Ukumakwa kwe-CE / UKCA |
| Isisindo | I-AX020720 – 0.05 lb. (0.023 kg) I-AX020720-PG9 – 0.72 lb. (0.327 kg) I-AX020720-1.5M – 1.0 lb. (0.453 kg) |
| Ukuxhunywa kukagesi | 1 8-pin screw terminal block (Wieland P/N: 25.197.0853.0) Sebenzisa intambo engu-18-20 AWG ukuze uxhume amandla nesolenoid. |
| Ukukhweza | Hlela iyunithi ngaphambi kokuyifaka kuphaneli yokulawula noma ibhokisi lensimbi. Izimbobo ezifakwayo zilingana namabhawodi angu-#6 noma ama-M4 ku-PCB Assembly P/N: AX020720. Ubude bebhawodi buzonqunywa ubukhulu bepuleti elikhwezayo lomsebenzisi wokugcina. I-flange ekhwezayo yesilawuli ingu-0.062 amayintshi (1.5 mm) ubukhulu. Uma imojuli ifakwe ngaphandle kwendawo ebiyelwe, kufanele ifakwe phezulu izixhumi zibheke kwesokunxele noma kwesokudla ukuze kuncishiswe amathuba okungena komswakamo. Zonke izintambo zenkambu kufanele zifanele izinga lokushisa lokusebenza. Faka iyunithi enesikhala esifanele esitholakalayo sokusevisa kanye nokufinyelela kwezintambo zezintambo ezanele. |
UMLANDO WEVERSION
| Inguqulo | Usuku | Umbhali | Ukuguqulwa |
| 1.0.0 | Septhemba 2, 2023 | I-Weixin Kong | Uhlaka Lokuqala |
| 1.0.1 | Novemba 17, 2023 | M Ejaz | Ukuthengisa kabushaview Kwengezwe umdwebo onobukhulu Kubuyekeziwe ukucaciswa kobuchwepheshe |
| 1.0.2 | Mashi 14, 2024 | M Ejaz | Kubuyekezwe umdwebo wobukhulu |
| 1.0.3 | Julayi 24, 2024 | M Ejaz | Kungezwe izixhumanisi zohlelo lokusebenza lwe-Android ne-iOS Kwengezwe imidwebo enobukhulu ye-AX020720-PG9 ne-AX020720-1.5M |
| 1.0.4 | Agasti 22, 2024 | M Ejaz | Imiphumela yokuhlolwa kokudlidliza eyengeziwe Kwengezwe imiphumela yokuhlolwa kukagesi Kubuyekeziwe ukuvikelwa kokufakwayo nokuphumayo |
| 1.0.5 | Agasti 27, 2024 | M Ejaz | Kwengezwe izinga lokushisa lesitoreji |
IMIKHIQIZO YETHU
I-AC/DC Power Supplies
Izilawuli ze-Actuator/Izikhombimsebenzisi
I-Automotive Ethernet Interfaces
Amashaja Ebhethri
I-CAN Controls, Routers, Repeaters
I-CAN/WiFi, i-CAN/Bluetooth, Amarutha
Okwamanje / UmqtagIziguquli ze-e/PWM
I-DC/DC Power Converters
Izikena Zezinga Lokushisa Enjini
Iziguquli ze-Ethernet/CAN,
Amasango, Ukushintsha
Izilawuli zeDrayivu yabalandeli
Amasango, CAN/Modbus, RS-232
Ama-Gyroscopes, ama-Inclinometers
Izilawuli ze-Hydraulic Valve
I-Inclinometers, i-Triaxial
Izilawuli ze-I/O
Iziguquli zesiginali ze-LVDT
Izilawuli Zomshini
Modbus, RS-422, RS-485 Izilawuli
Izilawuli Zezimoto, Iziguquli
Izinsiza zamandla, i-DC/DC, i-AC/DC
I-PWM Signal Converters/Isolators
I-Resolver Signal Conditioners
Amathuluzi Esevisi
Izimo Zesiginali, Iziguquli
Izilawuli ze-Strain Gauge CAN
Ama-Suppressers ahlinzayo
INKAMPANI YETHU
I-Axiomatic inikeza izingxenye zokulawula umshini we-elekthronikhi emgwaqeni onguthelawayeka, imoto yokuhweba, imoto kagesi, isethi yokuphehla amandla, ukuphatha izinto ezibonakalayo, amandla avuselelekayo nezimakethe ze-OEM zezimboni. Sisungula izinto ezintsha ngobunjiniyela
kanye nezilawuli zemishini ezingekho eshalofini ezengeza inani kumakhasimende ethu.
UKWENZIWA KWEZIQINISO KANYE NOKWENZIWA
Sine-ISO9001:2015 indawo ebhalisiwe yokuklama/yokukhiqiza eCanada.
ISIQINISEKISO, IZIVUMUMISO/IMIkhawulo YOKUFAKA ISICELO
I-Axiomatic Technologies Corporation inelungelo lokwenza izilungiso, izinguquko, izithuthukisi, ukuthuthukiswa, nezinye izinguquko emikhiqizweni nasezinkonzweni zayo nganoma yisiphi isikhathi kanye nokuyeka noma yimuphi umkhiqizo noma isevisi ngaphandle kwesaziso. Amakhasimende kufanele athole ulwazi lwakamuva olufanele ngaphambi kokufaka ama-oda futhi kufanele aqinisekise ukuthi ulwazi olunjalo olwamanje futhi luphelele. Abasebenzisi kufanele bazenelise ukuthi umkhiqizo ulungele ukusetshenziswa kuhlelo oluhlosiwe. Yonke imikhiqizo yethu inewaranti elinganiselwe ngokumelene nokukhubazeka kwempahla nokusebenza. Sicela ubheke Iwaranti yethu, Ukuvunywa Kwesicelo/Imikhawulo kanye Nenqubo Yezinto Zokubuyiswa kokuthi https://www.axiomatic.com/service/.
UKUTHOBELA
Imininingwane yokuthobela umkhiqizo ingatholakala ezincwadini zomkhiqizo kanye/noma ku axiomatic.com. Noma yimiphi imibuzo kufanele ithunyelwe ku sales@axiomatic.com.
UKUSEBENZISA OKUPHEPHILE
Yonke imikhiqizo kufanele iseviswe yi-Axiomatic. Ungawuvuli umkhiqizo futhi wenze isevisi ngokwakho.
Lo mkhiqizo ungakuchaya kumakhemikhali aziwa eSifundazweni SaseCalifornia, e-USA ukuthi abangele umdlavuza kanye nokulimala ekuzaleni. Ukuze uthole ulwazi olwengeziwe vakashela ku www.P65Izixwayiso.ca.gov.
INKONZO
Yonke imikhiqizo ezobuyiselwa ku-Axiomatic idinga Inombolo Yokugunyaza Izinto Zokubuyisela (RMA#) kusuka rma@axiomatic.com. Sicela unikeze imininingwane elandelayo lapho ucela inombolo ye-RMA:
- Inombolo ye-serial, inombolo yengxenye
- Amahora okusebenza, incazelo yenkinga
- Umdwebo wokusetha izintambo, uhlelo lokusebenza nokunye ukuphawula njengoba kudingeka
UKULAHLWA
Imikhiqizo ye-axiomatic iyimfucuza kagesi. Sicela ulandele imithetho yangakini yokulahlwa kwemvelo nokugaywa kabusha, izimiso nezinqubomgomo zokulahlwa okuphephile noma ukugaywa kabusha kwemfucuza ye-elekthronikhi.
OXHUMANA NABO
Inkampani Axiomatic Technologies Corporation
1445 Courtneypark Drive E.
Mississauga, ON
I-CANADA L5T 2E3
TEL: +1 905 602 9270
Ifeksi: +1 905 602 9279
www.axiomatic.com
sales@axiomatic.com
Axiomatic Technologies Oy
IHöytämöntie 6
33880 Lempäälä
FINLAND
TEL: +358 103 375 750
www.axiomatic.com
salesfinland@axiomatic.com
I-copyright yango-2024
Amadokhumenti / Izinsiza
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I-AXIOMATIC AX020720 Isilawuli Sokuphuma Kwevalve Yokufaka Jikelele nge-NFC [pdf] Imaniwali yosebenzisayo AX020720, AX020720-PG9, AX020720-1.5M, AX020720 Universal Input Valve Controller ene-NFC, AX020720, Universal Input Valve Output Controller ene-NFC, Isilawuli Sokukhipha Ivaluzi Yokufaka i-NFC, Isilawuli Sokukhipha Ivaluzi esine-NFC I-NFC, ene-NFC, NFC |