Abubuwan da ke ciki
boye
ACCES IO 104-IDIO-16 Waɗanda aka Keɓance Kwamitin Fitar da Kayan Kaya na Dijital
Bayanin samfur
- Samfura: 104-IDIO-16, 104-IDIO-16E, 104-IDO-16, 104-IDIO-8, 104-IDIO-8E, 104-IDO-8
- Shigarwa: Keɓaɓɓen shigarwar dijital
- fitarwa: FET fitarwa
Umarnin Amfani da samfur
Babi na 1: Bayanin Aiki
- Koma zuwa zanen toshe a cikin hoto 1-1 don ƙarewaview na aikin samfurin.
- Don sauƙaƙe haɗin fitarwa, tuntuɓi Hoto 1-2.
Babi na 2: Shigarwa
- Kafin shigarwa, tabbatar da cewa an kashe wutar kwamfutar. Bi mahimman bayanan PC/104 da aka bayar a cikin Hoto 2-1 don shigarwa mai kyau.
Babi na 3: Zaɓin zaɓi
- Koma taswirar zaɓin zaɓi a cikin hoto 3-1 don zaɓar tsarin da ake so.
Sanarwa
- An ba da bayanin da ke cikin wannan takaddar don tunani kawai. ACCES ba ta ɗaukar kowane alhakin da ya taso daga aikace-aikacen ko amfani da bayanai ko samfuran da aka bayyana a nan. Wannan daftarin aiki na iya ƙunsar ko bayanin bayanai da samfuran da ke kare haƙƙin mallaka ko haƙƙin mallaka kuma baya isar da kowane lasisi ƙarƙashin haƙƙin haƙƙin mallaka na ACCES, ko haƙƙin wasu.
- IBM PC, PC/XT, da PC/AT alamun kasuwanci ne masu rijista na Kamfanin Injin Kasuwanci na Duniya.
- An buga a Amurka. Haƙƙin mallaka 2003, 2005 ta ACCES I/O Products, Inc. 10623 Roselle Street, San Diego, CA 92121. Duk haƙƙin mallaka.
GARGADI!!
- KYAUTATA HADA KA CUTAR DA CABING NA FARUWA TARE DA KASHE WUTAR COMPUTER. KULLUM KASHE WUTAR KWAMFUTA KAFIN SHIGA BOARD. HAƊA DA KWANTA Cables, KO Shigarwa
- HUKUNCI CIKIN TSARIN TARE DA KWAMFUTA KO WUTAR FILIN ANA IYA SANYA RAINA GA HUKUMAR I/O KUMA ZAI WUCE DUK WARRANTI, BAYANI KO BAYYANA.
Garanti
- Kafin jigilar kaya, ana bincika kayan aikin ACCES sosai kuma ana gwada su zuwa takamaiman ƙayyadaddun bayanai. Koyaya, idan gazawar kayan aiki ta faru, ACCES tana tabbatar wa abokan cinikinta cewa za a sami sabis na gaggawa da tallafi. Duk kayan aikin da ACCES suka ƙera waɗanda aka gano ba su da lahani za a gyara su ko a maye su bisa la'akari masu zuwa.
Sharuɗɗa da Sharuɗɗa
- Idan ana zargin naúrar da gazawa, tuntuɓi Sashen Sabis na Abokin Ciniki na ACCES. Yi shiri don ba da lambar ƙirar naúrar, lambar serial, da bayanin alamar gazawa. Muna iya ba da shawarar wasu gwaje-gwaje masu sauƙi don tabbatar da gazawar. Za mu sanya a
- Koma lambar Izinin Abu (RMA) wacce dole ne ta bayyana akan alamar fakitin dawowa. Duk raka'a/bangaren yakamata a cika su da kyau don sarrafawa kuma a dawo dasu tare da an riga an biya kaya zuwa cibiyar sabis na ACCES, kuma za'a mayar da su zuwa wurin abokin ciniki/masu amfani da kaya da aka rigaya aka biya kuma a biya su.
Rufewa
- Shekaru Uku Na Farko: Za a gyara naúrar/ɓangaren da aka dawo da/ko maye gurbinsu a zaɓi na ACCES ba tare da cajin aiki ko sassan da ba a keɓe ta garanti ba. Garanti yana farawa tare da jigilar kayan aiki.
- Shekaru masu zuwa: A duk tsawon rayuwar kayan aikin ku, ACCES a shirye take don ba da sabis na kan layi ko cikin shuka a farashi mai ma'ana kwatankwacin na sauran masana'antun a cikin masana'antar.
- Kayan ACCES Ba Ya Kera su
- Kayan aikin da aka bayar amma ba ACCES ya kera su ba suna da garanti kuma za a gyara su bisa ga sharuɗɗa da sharuɗɗan garantin masana'antun kayan aiki.
Gabaɗaya
- A ƙarƙashin wannan Garanti, alhakin ACCES yana iyakance ga maye gurbin, gyarawa ko bayar da kiredit (a shawarar ACCES) ga kowane samfuran da aka tabbatar da rashin lahani yayin lokacin garanti. Babu wani hali da ACCES ke da alhakin lalacewa ko lalacewa ta musamman da ta taso daga amfani ko rashin amfani da samfurin mu. Abokin ciniki yana da alhakin duk cajin da aka samu ta hanyar gyare-gyare ko ƙari ga kayan aikin ACCES da ACCES ba ta amince da su a rubuce ba ko, idan a cikin ra'ayi na ACCES kayan aikin sun kasance marasa amfani. "Amfani mara kyau" don dalilai na wannan garanti an bayyana shi azaman duk wani amfani da aka fallasa kayan aikin zuwa gareshi ban da ƙayyadaddun amfani ko aka yi niyya kamar yadda shaida ta siye ko wakilcin tallace-tallace. Baya ga abin da ke sama, babu wani garanti, bayyana ko fayyace, da zai shafi kowane irin kayan aikin da ACCES ke samarwa ko siyarwa.
BAYANIN AIKI
Babi na 1: BAYANIN AIKI
- Wannan kwamiti yana ba da keɓantaccen bayanai na dijital tare da Canjin Ganewar Jiha da keɓancewar hanyoyin fitarwa na FET mai ƙarfi don kwamfutoci masu jituwa na PC/104. Hukumar tana ba da bayanai guda goma sha shida keɓantacce don siginar sarrafa AC ko DC da keɓancewar fitattun jihohi goma sha shida na FET. Hukumar tana da adireshi guda takwas a jere a sararin I/O. Ana yin aikin karantawa da rubutawa akan tsarin 8-bit-byte. Akwai nau'ikan wannan allon da yawa. Samfurin asali ya haɗa da gano Canjin Jiha (COS) akan abubuwan shigarwa (tuta mai katsewa), kuma ƙirar 16E ba ta da gano COS kuma baya amfani da katsewa. Samfuran IDIO-8 da IDIO-8E suna ba da bayanai guda takwas da abubuwan sarrafawa. Samfuran IDO-16 da IDO-8 suna da fitarwa goma sha shida da takwas kawai, bi da bi. A cikin shigarwar tashoshi takwas da nau'ikan fitarwa, masu kan I/O sun kasance cike da jama'a.
Bayani
- Ana iya fitar da abubuwan shigar da keɓaɓɓu ta ko dai AC ko siginar DC kuma ba su da hankali. Ana gyara siginar shigarwa ta hanyar diodes mai ɗaukar hoto. A 1.8K-ohm resistor a cikin jerin yana lalata wutar da ba a yi amfani da ita ba. Madaidaicin 12/24 AC na iya karɓar abubuwan da za a iya amfani da masu canji kamar yadda DC voltage. Shigar da voltage kewayon shine 3 zuwa 31 volts (rms). Ana iya amfani da resistors na waje da aka haɗa jeri don tsawaita juzu'in shigarwartage, duk da haka, wannan zai ɗaga kewayon shigarwar ƙofar. Tuntuɓi masana'anta don samuwan jeri na shigarwa da aka gyara.
- Kowace da'irar shigarwa tana ƙunshe da matattarar jinkiri/sauri mai sauyawa wanda ke da miliyon daƙiƙa 4.7 akai akai. (Ba tare da tacewa ba, amsar ita ce 10 uSec.) Dole ne a zaɓi tace don abubuwan AC don kawar da amsawar kunnawa / kashewa ga AC. Fitar kuma tana da mahimmanci don amfani tare da jinkirin shigarwar siginar DC a cikin mahalli mai hayaniya. Ana iya kashe tacewa don abubuwan shigar DC don samun amsa cikin sauri. Masu tsalle-tsalle ne ke zabar matattara guda ɗaya. Ana canza masu tacewa zuwa cikin kewayawa lokacin da aka shigar da masu tsalle a matsayi IN0 zuwa IN15.
KASHEWA
- Lokacin da software ta kunna zuwa adireshin tushe +2 (kuma lokacin da aka shigar da jumper don zaɓar ɗayan matakan katsewa IRQ2-7, IRQ10-12, da IRQ14-15), babban allon yana tabbatar da katsewa a duk lokacin da kowane ɗayan abubuwan da aka shigar ya canza yanayi daga babba zuwa ƙasa, ko ƙasa zuwa babba. Ana kiran wannan gano Canjin-jihar (COS). Da zarar an sami katsewa kuma an yi aiki, dole ne a share shi. Rubutun software zuwa adireshin tushe+1 zai share katsewa. Kafin kunna gano COS, share duk wani katsewar da ta gabata ta rubuta zuwa adireshin tushe + 1. Wannan katsewar na iya kashe shi ta hanyar rubutaccen adireshin tushe +2, sannan a sake kunna shi. (Model IDIO-16 kawai)
FITARWA
- Ƙididdigan abubuwan fitar da jihar sun ƙunshi cikakken kariya guda goma sha shida da kuma keɓancewar abubuwan FET. FETs sun gina ƙayyadaddun ƙayyadaddun halin yanzu kuma ana kiyaye su daga gajeriyar kewayawa, yawan zafin jiki, ESD da maɗaukakiyar ɗaukar nauyi. Ana kunna ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun yanayin zafi har sai an yi aiki. FETs duk an kashe su a kan wuta. Bayanai zuwa FETs an kulle su ta hanyar rubuta zuwa adireshin tushe+0 da adireshin tushe+4.
- Lura: FETs suna da jihohin fitarwa guda biyu: Kashe, inda fitarwar ta kasance mai ƙarfi (babu mai gudana tsakanin VBB da fitarwa - sai dai ga ruwan leda na FET, wanda ya kai ƴan µA), da Kunna, inda aka haɗa VBB zuwa fil ɗin fitarwa.
- Don haka, idan ba a haɗa kaya ba, fitowar FET za ta sami babban vol mai iyotage (saboda zub da jini na yanzu kuma babu hanyar zuwa VBB mai sauyawa voltagda dawowa). Don rage wannan, da fatan za a ƙara kaya zuwa ƙasa a wurin fitarwa.
SHIGA
Babi na 2: SHIGA
- Jagoran Farawa Mai Sauri (QSG) da aka buga tare da allon don dacewa. Idan kun riga kun aiwatar da matakan daga QSG, kuna iya samun wannan babin ba shi da yawa kuma kuna iya tsallakewa gaba don fara haɓaka aikace-aikacenku.
- Software da aka bayar tare da wannan PC/104 Board yana kan CD kuma dole ne a sanya shi a kan rumbun kwamfutarka kafin amfani. Don yin wannan, aiwatar da matakai masu zuwa kamar yadda suka dace da tsarin aikin ku. Sauya wasiƙar tuƙi mai dacewa don CD-ROM ɗinku inda kuke gani d: a cikin examples kasa.
Shigar CD
- Umurnai masu zuwa suna ɗauka cewa drive ɗin CD-ROM shine “D”. Da fatan za a musanya wasiƙar tuƙi mai dacewa don tsarin ku kamar yadda ya cancanta.
DOS
- Sanya CD ɗin cikin CD-ROM ɗin ku.
- Nau'in
don canja wurin aiki zuwa CD-ROM drive. - Nau'in
don gudanar da shirin shigar. - Bi umarnin kan allo don shigar da software na wannan allo.
WINDOWS
- Sanya CD ɗin cikin CD-ROM ɗin ku.
- Ya kamata tsarin ya gudanar da shirin shigarwa ta atomatik. Idan shirin shigarwa ba ya aiki da sauri, danna START | RUN da buga
, danna Ok ko latsa 
. - Bi umarnin kan allo don shigar da software na wannan allo.
LINUX
- Da fatan za a koma zuwa linux.htm akan CD-ROM don bayani kan shigarwa a ƙarƙashin Linux.
Shigar da Hardware
- Kafin shigar da allo, karanta a hankali Babi na 3 da Babi na 4 na wannan jagorar kuma saita hukumar gwargwadon bukatunku. Ana iya amfani da Shirin SETUP don taimakawa wajen daidaita masu tsalle a kan allo. Yi hankali musamman da Adireshi
- Zabi. Idan adiresoshin ayyuka biyu da aka shigar sun zo juna, za ku fuskanci halayen kwamfuta maras tabbas. Don taimakawa guje wa wannan matsalar, koma zuwa shirin FINDBASE.EXE da aka shigar daga CD ɗin. Shirin saitin bai saita zaɓuɓɓuka akan allon ba, dole ne a saita waɗannan ta masu tsalle.
Don Shigar da Hukumar
- Sanya masu tsalle don zaɓaɓɓun zaɓuɓɓuka da adireshin tushe gwargwadon buƙatun ku, kamar yadda aka ambata a sama.
- Cire wuta daga tari na PC/104.
- Haɗa kayan aikin tsayawa don tarawa da kiyaye allunan.
- A hankali toshe allo a kan mahaɗin PC/104 akan CPU ko kan tari, tabbatar da daidaita daidaitattun fil ɗin kafin a zaunar da masu haɗin gaba ɗaya.
- Shigar da igiyoyin I/O a kan masu haɗin I/O na allon sannan a ci gaba da kiyaye tari tare, ko maimaita matakai.
- 5 har sai an shigar da duk allunan ta amfani da zaɓaɓɓen kayan hawan hawa.
- Bincika cewa duk haɗin da ke cikin PC/104 ɗin ku daidai ne kuma amintacce, sannan kunna tsarin.
- Guda ɗaya daga cikin sampda shirye-shiryen da suka dace da tsarin aikin ku waɗanda aka girka daga CD don gwadawa da tabbatar da shigarwar ku.
ZABI ZABI
Babi na 3: ZABI ZABI
TATTAUNAWA MUSA
- Ana amfani da masu tsalle-tsalle don zaɓar tace shigarwa akan tashar tashoshi. Lokacin da aka shigar da jumper IN0, ana gabatar da ƙarin tacewa don shigar da bit 0, IN1 don bit 1, da sauransu.
- Wannan ƙarin tacewa yana ba da amsa a hankali don siginar DC kamar yadda aka bayyana a baya kuma dole ne a yi amfani da shi lokacin da ake amfani da abubuwan shigar AC.
KASHEWA
- Zaɓi matakin katsewa da ake so ta shigar da jumper a ɗayan wuraren da aka yiwa alama IRQxx. Hukumar ta tabbatar da katsewa lokacin da keɓantaccen abin shigar da dijital ya canza yanayi, idan an kunna shi a cikin software kamar yadda aka bayyana a baya.
ZABEN ADDINI
Babi na 4: ZABEN ADDINI
- Hukumar tana da adireshi guda takwas a jere a sararin I/O (kodayake adireshi shida kawai ake amfani da su). Za a iya zaɓar tushe ko adireshin farawa a ko'ina a cikin kewayon adireshin I/O 100-3FF muddin ba zai haifar da haɗuwa da wasu ayyuka ba. Idan adiresoshin ayyuka biyu da aka shigar sun zo juna, za ku fuskanci halayen kwamfuta maras tabbas. Shirin FINDBASE wanda ACCES ke bayarwa zai taimaka muku wajen zaɓar adireshin tushe wanda zai guje wa wannan rikici.
Table 4-1: Adireshin Ayyukan Kwamfuta
- JUMPERS ne ya kafa adireshin tushe. Waɗannan masu tsalle suna sarrafa ragowar adireshin A3 zuwa A9. (Ana amfani da layin A2, A1 da A0 a kan allo don sarrafa rajistar daidaikun mutane. Yadda ake amfani da waɗannan layukan guda uku an bayyana su a cikin sashin shirye-shirye na wannan littafin.)
- Don sanin yadda ake saita waɗannan JUMPERS don adireshin lambar hex da ake so, koma zuwa shirin SETUP da aka tanada tare da allon. Idan kun fi son tantance saitunan jumper masu dacewa da kanku, da farko canza adireshin hex-code zuwa nau'in binary. Sa'an nan kuma, ga kowane "0", shigar da masu tsalle masu dacewa kuma ga kowane "1", cire madaidaicin jumper.
- Mai zuwa example yana kwatanta zaɓin jumper daidai da hex 300 (ko binary 11 0000 0xxx). “xxx” na wakiltar layukan adireshi A2, A1, da A0 da aka yi amfani da su akan allo don zaɓar rajista ɗaya kamar yadda aka bayyana a sashin shirye-shirye na wannan jagorar.
| Adireshin tushe a cikin Code Hex | 3 | 0 | 0 | ||||
| Abubuwan Juyawa | 2 | 1 | 8 | 4 | 2 | 1 | 8 |
| Wakilin Binary | 1 | 1 | 0 | 0 | 0 | 0 | 0 |
| Jumper Legend | A9 | A8 | A7 | A6 | A5 | A4 | A3 |
| Addr. Layi Sarrafa | A9 | A8 | A7 | A6 | A5 | A4 | A3 |
| Zaɓin Jumper | KASHE | KASHE | ON | ON | ON | ON | ON |
- A hankali sakeview Teburin ma'anar zaɓen adireshi akan shafin da ya gabata kafin zaɓar adireshin allo. Idan adiresoshin ayyuka biyu da aka shigar sun zo juna, za ku fuskanci halayen kwamfuta maras tabbas.
SHIRI
Babi na 5: SHIRYA
- Hukumar tana da adireshi guda takwas a jere a cikin PC I/O sarari. An zaɓi tushe, ko adireshin farawa yayin shigarwa kuma zai faɗi akan iyaka mai-byte takwas. Ayyukan karantawa da rubutu na hukumar kamar haka (samfurin 16E baya amfani da Base +2):
| Adireshin I/O | Karanta | Rubuta |
| Tushen + 0
Tushen + 1 Tushen + 2 Tushen + 3 Tushen + 4 Tushen + 5 |
Maimaitawa
Karanta Abubuwan da aka Keɓance 0 - 7 Kunna IRQ N/A Maimaitawa Karanta abubuwan da aka keɓe 8 - 15 |
Rubuta Abubuwan FET 0 - 7 Share Kashe Kashe IRQ
N/A Rubuta Sakamakon FET 8 - 15 N/A |
MAGANAR DIGITAL AKE KEBE
- Ana karanta jihohin shigar da dijital keɓe azaman byte ɗaya daga tashar jiragen ruwa a Adireshin Base +1 don abubuwan shigarwa 0 - 7 ko Adireshin Tushen + 5 don abubuwan shigarwa 8-15. Kowanne daga cikin rago takwas da ke cikin byte yayi daidai da shigarwar dijital ta musamman. A "1" yana nufin cewa shigarwar tana da kuzari, (a kan / babba) da kuma "0" yana nuna cewa an daina samun kuzarin shigarwar (kashe / ƙasa).
Karanta a Base +1
| Matsayi Bit | D7 | D6 | D5 | D4 | D3 | D2 | D1 | D0 |
| Iso Digital Input | IN7 | IN6 | IN5 | IN4 | IN3 | IN2 | IN1 | IN0 |
Karanta a Base +5
| Matsayi Bit | D7 | D6 | D5 | D4 | D3 | D2 | D1 | D0 |
| Iso Digital Input | IN15 | IN14 | IN13 | IN12 | IN11 | IN10 | IN9 | IN8 |
- An ƙididdige martanin hukumar game da abubuwan da aka shigar a 10 uSec. Wani lokaci yana wajaba a rage jinkirin wannan martanin don ɗaukar abubuwan shigar AC ko a cikin mahalli masu hayaniya. An samar da shigar da kayan aikin JUMPERS don aiwatar da tacewa.
Hukumar tana goyan bayan katsewa akan canjin yanayin abubuwan shigar da dijital keɓe. Don haka, ba lallai ba ne a ci gaba da jefa kuri'a abubuwan shigar (ta hanyar karantawa a adireshin tushe +1 da 5) don gano kowane canji na jiha. Don kunna ikon katsewa, karanta a adireshin tushe +2. Don kashe katsewa, rubuta a adireshin tushe +2 ko cire JUMPER wanda ke zaɓar matakan katsewa (IRQ2 – IRQ7, IRQ10 – IRQ12, IRQ14 da IRQ15).
FITOWAR JIHAR MULKI
- A lokacin da aka kunna wutar lantarki, duk FET's an fara farawa a cikin jihar da ba a kashe ba. Ana sarrafa abubuwan da aka fitar ta hanyar rubutawa zuwa Adireshin Tushen don FET's 0 - 7 da Base + 4 don FET's 8 -15. An rubuta bayanai zuwa duk FET guda takwas azaman byte ɗaya. Kowane bit a cikin byte yana sarrafa takamaiman FET. A "0" yana kunna fitowar FET daidai kuma "1" yana kashe shi.
Rubuta zuwa Base +0
| Matsayi Bit | D7 | D6 | D5 | D4 | D3 | D2 | D1 | D0 |
| Ana sarrafa fitarwa | OUT7 | OUT6 | OUT5 | OUT4 | OUT3 | OUT2 | OUT1 | OUT0 |
Rubuta zuwa Base +4
| Matsayi Bit | D7 | D6 | D5 | D4 | D3 | D2 | D1 | D0 |
| Ana sarrafa fitarwa | OUT15 | OUT14 | OUT13 | OUT12 | OUT11 | OUT10 | OUT9 | OUT8 |
- Don misaliample, idan an kunna bit D5 ta rubuta hex DF zuwa adireshin tushe, to FET ɗin da OUT5 ke sarrafawa yana kunnawa, yana canza ƙarfin samarwa.tage (VBB5) zuwa + fitarwa (OUT5+). Duk sauran abubuwan da aka fitar za su kasance a kashe (high-impedance) tsakanin wadatar voltage da kuma fitarwa tashoshi.
Karatu daga +0 ko +4 yana dawo da rubutaccen byte na ƙarshe.
SHIRYA EXAMPLES
- Babu hadadden software na direba da aka samar tare da allon saboda shirye-shirye yana da sauƙi kuma ana iya cika shi da kyau ta amfani da umarnin I/O kai tsaye a cikin yaren da kuke amfani da shi. Mai zuwa examples suna cikin C amma ana fassara su cikin sauri zuwa wasu harsuna:
- ExampleKunna OUT0 da OUT7, kashe duk sauran sassan.
- Tushe = 0x300; outportb (Base, 0x7E); // Adireshin I/O Base
- Exampda: Karanta abubuwan da aka keɓance na dijital
- Y=inportb(Base+1); // keɓaɓɓen rajistar shigarwar dijital, rago 0-7
- Koma zuwa ACCES32 da WIN32IRQ kundayen adireshi na software don direbobi da kayan aiki na Windows.
- Koma zuwa kundin adireshi na Linux akan CD don direbobi, kayan aiki, da samples.
ADDU'AR PIN na haɗi
Babi na 6: ASSIGNMENTS MAI HADA PIN
| PIN | SUNAN | AIKI |
| 1 | VBB15 | Bit 15 FET Supply Voltage |
| 2 | FITA 15- | Komawar Samar da Wuta na Bit 15 (ko ƙasa) |
| 3 | FITA 15+ | Bit 15 An Sauya (Sabis Voltage) Fitowa |
| 4 | VBB14 | Bit 14 FET Supply Voltage |
| 5 | FITA 14- | Komawar Samar da Wuta na Bit 14 (ko ƙasa) |
| 6 | FITA 14+ | Bit 14 An Sauya (Sabis Voltage) Fitowa |
| 7 | VBB13 | Bit 13 FET Supply Voltage |
| 8 | FITA 13- | Komawar Samar da Wuta na Bit 13 (ko ƙasa) |
| 9 | FITA 13+ | Bit 13 An Sauya (Sabis Voltage) Fitowa |
| 10 | VBB12 | Bit 12 FET Supply Voltage |
| 11 | FITA 12- | Komawar Samar da Wuta na Bit 12 (ko ƙasa) |
| 12 | FITA 12+ | Bit 12 An Sauya (Sabis Voltage) Fitowa |
| 13 | VBB11 | Bit 11 FET Supply Voltage |
| 14 | FITA 11- | Komawar Samar da Wuta na Bit 11 (ko ƙasa) |
| 15 | FITA 11+ | Bit 11 An Sauya (Sabis Voltage) Fitowa |
| 16 | VBB10 | Bit 10 FET Supply Voltage |
| 17 | FITA 10- | Komawar Samar da Wuta na Bit 10 (ko ƙasa) |
| 18 | FITA 10+ | Bit 10 An Sauya (Sabis Voltage) Fitowa |
| 19 | VBB9 | Bit 9 FET Supply Voltage |
| 20 | FITA 9- | Komawar Samar da Wuta na Bit 9 (ko ƙasa) |
| 21 | FITA 9+ | Bit 9 An Sauya (Sabis Voltage) Fitowa |
| 22 | VBB8 | Bit 8 FET Supply Voltage |
| 23 | FITA 8- | Komawar Samar da Wuta na Bit 8 (ko ƙasa) |
| 24 | FITA 8+ | Bit 8 An Sauya (Sabis Voltage) Fitowa |
| 25 | ||
| 26 | ||
| 27 | VBB7 | Bit 7 FET Supply Voltage |
| 28 | FITA 7- | Komawar Samar da Wuta na Bit 7 (ko ƙasa) |
| 29 | FITA 7+ | Bit 7 An Sauya (Sabis Voltage) Fitowa |
| 30 | VBB6 | Bit 6 FET Supply Voltage |
| 31 | FITA 6- | Komawar Samar da Wuta na Bit 6 (ko ƙasa) |
| 32 | FITA 6+ | Bit 6 An Sauya (Sabis Voltage) Fitowa |
| 33 | VBB5 | Bit 5 FET Supply Voltage |
| 34 | FITA 5- | Komawar Samar da Wuta na Bit 5 (ko ƙasa) |
| 35 | FITA 5+ | Bit 5 An Sauya (Sabis Voltage) Fitowa |
| 36 | VBB4 | Bit 4 FET Supply Voltage |
| 37 | FITA 4- | Komawar Samar da Wuta na Bit 4 (ko ƙasa) |
| 38 | FITA 4+ | Bit 4 An Sauya (Sabis Voltage) Fitowa |
| 39 | VBB3 | Bit 3 FET Supply Voltage |
| 40 | FITA 3- | Komawar Samar da Wuta na Bit 3 (ko ƙasa) |
| 41 | FITA 3+ | Bit 3 An Sauya (Sabis Voltage) Fitowa |
| 42 | VBB2 | Bit 2 FET Supply Voltage |
| 43 | FITA 2- | Komawar Samar da Wuta na Bit 2 (ko ƙasa) |
| 44 | FITA 2+ | Bit 2 An Sauya (Sabis Voltage) Fitowa |
| 45 | VBB1 | Bit 1 FET Supply Voltage |
| 46 | FITA 1- | Komawar Samar da Wuta na Bit 1 (ko ƙasa) |
| 47 | FITA 1+ | Bit 1 An Sauya (Sabis Voltage) Fitowa |
| 48 | VBB0 | Bit 0 FET Supply Voltage |
| 49 | FITA 0- | Komawar Samar da Wuta na Bit 0 (ko ƙasa) |
| 50 | FITA 0+ | Bit 0 An Sauya (Sabis Voltage) Fitowa |
- Ana haɗa abubuwan FET daga allon ta hanyar haɗin nau'in HEADER mai 50-pin mai suna P1. Mai haɗa mating nau'in IDC ne mai cibiyoyi 0.1 ko makamancin haka. Wayoyin na iya kasancewa kai tsaye daga tushen siginar ko kuma yana iya kasancewa akan kebul na ribbon daga allunan na'urorin haɗi na screw terminal. Ayyukan fil suna kamar yadda aka nuna akan shafin da ya gabata.
- Ana haɗa abubuwan shigar da keɓaɓɓu zuwa allon ta hanyar haɗin nau'in HEADER mai-pin 34 mai suna P2. Mai haɗa mating nau'in IDC ne mai cibiyoyi 0.1 ko makamancin haka.
| PIN | SUNAN | AIKI |
| 1 | IIN0 A | Keɓaɓɓen shigarwar 0 A |
| 2 | IIN0 B | Keɓaɓɓen shigarwar 0 B |
| 3 | IIN1 A | Keɓaɓɓen shigarwar 1 A |
| 4 | IIN1 B | Keɓaɓɓen shigarwar 1 B |
| 5 | IIN2 A | Keɓaɓɓen shigarwar 2 A |
| 6 | IIN2 B | Keɓaɓɓen shigarwar 2 B |
| 7 | IIN3 A | Keɓaɓɓen shigarwar 3 A |
| 8 | IIN3 B | Keɓaɓɓen shigarwar 3 B |
| 9 | IIN4 A | Keɓaɓɓen shigarwar 4 A |
| 10 | IIN4 B | Keɓaɓɓen shigarwar 4 B |
| 11 | IIN5 A | Keɓaɓɓen shigarwar 5 A |
| 12 | IIN5 B | Keɓaɓɓen shigarwar 5 B |
| 13 | IIN6 A | Keɓaɓɓen shigarwar 6 A |
| 14 | IIN6 B | Keɓaɓɓen shigarwar 6 B |
| 15 | IIN7 A | Keɓaɓɓen shigarwar 7 A |
| 16 | IIN7 B | Keɓaɓɓen shigarwar 7 B |
| 17 | ||
| 18 | ||
| 19 | IIN8 A | Keɓaɓɓen shigarwar 8 A |
| 20 | IIN8 B | Keɓaɓɓen shigarwar 8 B |
| 21 | IIN9 A | Keɓaɓɓen shigarwar 9 A |
| 22 | IIN9 B | Keɓaɓɓen shigarwar 9 B |
| 23 | IIN10 A | Keɓaɓɓen shigarwar 10 A |
| 24 | IIN10 B | Keɓaɓɓen shigarwar 10 B |
| 25 | IIN11 A | Keɓaɓɓen shigarwar 11 A |
| 26 | IIN11 B | Keɓaɓɓen shigarwar 11 B |
| 27 | IIN12 A | Keɓaɓɓen shigarwar 12 A |
| 28 | IIN12 B | Keɓaɓɓen shigarwar 12 B |
| 29 | IIN13 A | Keɓaɓɓen shigarwar 13 A |
| 30 | IIN13 B | Keɓaɓɓen shigarwar 13 B |
| 31 | IIN14 A | Keɓaɓɓen shigarwar 14 A |
| 32 | IIN14 B | Keɓaɓɓen shigarwar 14 B |
| 33 | IIN15 A | Keɓaɓɓen shigarwar 15 A |
| 34 | IIN15 B | Keɓaɓɓen shigarwar 15 B |
BAYANI
Babi na 7: BAYANI
MAGANAR DIGITAL AKE KEBE
- Adadin abubuwan da aka shigar: Goma sha shida
- Nau'in: Ba a haɗa shi ba, keɓewar gani daga juna da kuma kwamfutar. (CMOS mai jituwa)
- Voltage Range: 3 zuwa 31 DC ko AC (40 zuwa 10000 Hz)
- Warewa: 500V*(duba bayanin kula) tashar-zuwa-ƙasa ko tashar-zuwa tasha
- Juriya na shigarwa: 1.8K ohms a cikin jerin tare da opto coupler
- Lokacin Amsa: 4.7mSec w/tace, 10 uSec w/o tace (na al'ada)
- Katsewa: Software sarrafawa tare da zaɓin jumper IRQ (samfurin 104-IDIO-16 o
FITAR DA KEWAR FET
- Adadin abubuwan da aka fitar: Goma sha shida Solid State FET's (off @ power up)
- Nau'in fitarwa: Babban Side Power MOSFET Canja. An kare shi daga gajeriyar kewayawa, yawan zafin jiki, ESD, na iya fitar da lodin inductive.
- Voltage Range: 5-34VDC shawarar (abokin ciniki ya kawo) don ci gaba da amfani, 40VDC cikakken iyakar
- Ƙididdiga na Yanzu: Matsakaicin 2A
- Leakage Yanzu: 5μA iyakar
- Lokacin kunnawa: Lokacin tashi: 90usec (na al'ada)
- Lokacin kashewa: Lokacin faɗuwa: 110usec (na al'ada)
KASHEWA: Ana haifar da katsewa lokacin da keɓantattun abubuwan shigar sun canza yanayi idan software ta kunna. (samfurin asali kawai)
ANA BUKATAR WUTA: +5VDC @ 0.150A (duk FET's ON)
MAHALI
- Yanayin Aiki: 0o zuwa +70oC (tsawon yanayin aiki na zaɓi -40 zuwa +85oC)
- Adana Zazzabi: -40 zuwa +85 °C
Bayanan kula akan Warewa
Opto-Isolators, connectors, s da FETs ana ƙididdige su akan aƙalla 500V, amma keɓewa vol.tagRushewar za ta bambanta kuma abubuwa kamar cabling, tazara na fil, tazara tsakanin alamomi akan PCB, zafi, ƙura, da sauran abubuwan muhalli. Wannan lamari ne na aminci don haka ana buƙatar hanya mai mahimmanci. Don takaddun shaida na CE, an ƙayyade keɓewa a 40V AC da 60V DC. Manufar ƙira ita ce kawar da tasirin yanayin gama gari. Yi amfani da dabarun wayoyi masu dacewa don rage girman voltage tsakanin tashoshi da zuwa ƙasa. Don misaliample, lokacin aiki tare da AC voltage, kar a haɗa gefen zafi na layin zuwa shigarwa. Matsakaicin tazarar da aka samu akan kebantattun da'irori na wannan allo shine miloli 20. Haƙuri na keɓe mafi girma voltage za a iya samu a kan bukatar ta yin amfani da conformal shafi zuwa hukumar
Comments na Abokin ciniki
- Idan kun fuskanci wata matsala game da wannan jagorar ko kuma kawai kuna son ba mu ra'ayi, da fatan za a yi mana imel a: manuals@accesio.com. Da fatan za a yi cikakken bayani game da kowane kurakurai da kuka samu kuma ku haɗa da adireshin imel ɗin ku domin mu iya aiko muku da kowane sabuntawar hannu.
- 10623 Roselle Street, San Diego CA 92121
- Tel. (858) 550-9559 FAX (858) 550-7322
- www.accesio.com
FAQ
Tambaya: Menene zan yi idan gazawar kayan aiki ta faru?
A: Idan akwai gazawar kayan aiki, tuntuɓi ACCES don sabis na gaggawa da goyan baya. Garanti ya ƙunshi gyara ko maye gurbin gurɓatattun raka'a.
Tambaya: Ta yaya zan iya tabbatar da amincin allon I/O na?
A: Koyaushe haɗa kuma cire haɗin kebul na filin tare da kashe wutar kwamfuta. Kar a taɓa shigar da allo mai kwamfutar ko filin kunnawa don hana lalacewa da ɓarna garanti.
Takardu / Albarkatu
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ACCES IO 104-IDIO-16 Waɗanda aka Keɓance Kwamitin Fitar da Kayan Kaya na Dijital [pdf] Manual mai amfani 104-IDIO-16, 104-IDIO-16 Waɗanda aka keɓe Digital Input Fet Output Board, Waɗanda aka keɓe Digital Input Fet Output Board, Digital Input Fet Output Board, Fet Output Board, Output Board |