Jagorar Shirye-shiryen BCS SCPI
Yarjejeniya
Shafin: V20210903
Gabatarwa
Game da Manual
Ana amfani da wannan jagorar zuwa jerin na'urar na'urar baturi na BCS, gami da jagorar shirye-shirye bisa ma'auni na SCPI. Haƙƙin mallaka na littafin na REXGEAR ne. Saboda haɓaka kayan aiki, ana iya sabunta wannan jagorar ba tare da sanarwa ba a sigar gaba.
An sake maimaita wannan littafinviewed a hankali ta REXGEAR don daidaiton fasaha. Mai ƙira ya ƙi duk alhakin yuwuwar kurakurai a cikin wannan jagorar aiki, idan saboda kuskure ko kurakurai a cikin kwafi. Mai sana'anta ba shi da alhakin rashin aiki idan samfurin ba a sarrafa shi daidai ba.
Don tabbatar da aminci da daidaitaccen amfani da BCS, da fatan za a karanta wannan littafin a hankali, musamman umarnin aminci.
Da fatan za a ajiye wannan littafin don amfanin gaba.
Na gode don amincewa da goyon bayan ku.
Umarnin Tsaro
A cikin aiki da kiyaye kayan aiki, da fatan za a bi ƙa'idodin aminci masu zuwa. Duk wani aiki ba tare da la'akari da kulawa ko takamaiman gargadi a cikin wasu surori na littafin ba na iya lalata ayyukan kariya da kayan aikin ke bayarwa.
REXGEAR ba zai zama abin dogaro ga sakamakon da sakaci na waɗannan umarnin ya haifar ba.
2.1 Bayanin Tsaro
➢ Tabbatar da shigar da AC voltage kafin samar da wuta.
➢ Amintaccen ƙasa: Kafin aiki, kayan aikin dole ne a dogara da su don gujewa girgiza wutar lantarki.
➢ Tabbatar da fuse: Tabbatar cewa an shigar da fis ɗin daidai.
➢ Kar a buɗe chassis: Mai aiki ba zai iya buɗe chassis ɗin kayan aiki ba.
Ba a ba ƙwararrun ma'aikata damar kulawa ko daidaita shi ba.
➢ Kada ku yi aiki a ƙarƙashin yanayi masu haɗari: Kada ku yi aiki da kayan aiki a ƙarƙashin yanayi mai ƙonewa ko fashewa.
➢ Tabbatar da kewayon aiki: Tabbatar cewa DUT yana cikin kewayon ƙimar BCS.
2.2 Alamomin Tsaro
Da fatan za a koma zuwa tebur mai zuwa don ma'anar alamomin ƙasashen duniya da aka yi amfani da su akan kayan aiki ko a cikin littafin jagorar mai amfani.
Tebur 1
| Alama | Ma'anarsa | Alama | Ma'anarsa |
 |
DC (kai tsaye halin yanzu) | N | Layin banza ko tsaka tsaki |
 |
AC (madaidaicin halin yanzu) | L | Layin kai tsaye |
 |
AC da DC | I | Powerarfin wuta |
 |
Halin halin yanzu mai mataki uku |  |
Powerarfin wuta |
 |
Kasa |  |
Ajiyayyen iko |
 |
Proteasa mai kariya |  |
Ƙarfin wutar lantarki |
 |
Chassis ƙasa |  |
Yanayin kashe wutar lantarki |
 |
Alamar alama |  |
Hadarin girgiza wutar lantarki |
| GARGADI | Alamar haɗari |  |
Gargadi mai girma |
| Tsanaki | Yi hankali |  |
Gargadi c |
Ƙarsheview
BCS jerin na'urorin na'urar kwaikwayo baturi suna samar da tashar tashar LAN da haɗin RS232. Masu amfani za su iya haɗa BCS da PC ta hanyar layin sadarwa daidai don gane sarrafawa.
Umurnin Shirye-shiryen Ƙarsheview
4.1 Takaitaccen Gabatarwa
Dokokin BCS sun haɗa da nau'i biyu: IEEE488.2 umarnin jama'a da umarnin SCPI.
IEEE 488.2 dokokin jama'a sun ayyana wasu iko na gama gari da umarnin tambaya don kayan aiki. Ana iya samun aiki na asali akan BCS ta hanyar umarnin jama'a, kamar sake saiti, tambayar matsayi, da sauransu. Duk dokokin jama'a na IEEE 488.2 sun ƙunshi alamar alama (*) da mnemonic haruffa uku: * RST, * IDN?, * OPC ?, da sauransu. .
Dokokin SCPI na iya aiwatar da yawancin ayyukan BCS na gwaji, saiti, daidaitawa da aunawa. An tsara umarnin SCPI a cikin hanyar bishiyar umarni. Kowace umarni na iya ƙunsar abubuwa masu yawa da yawa, kuma kowane kumburin bishiyar umarnin yana rabu da hanji (:), kamar yadda aka nuna a cikin adadi na ƙasa. Ana kiran saman bishiyar umarni ROOT. Cikakken hanyar daga tushen zuwa kumburin ganye shine cikakken umarnin shirye-shirye.
4.2 Haɗin kai
Dokokin BCS SCPI sune gado da fadada umarnin IEEE 488.2. Dokokin SCPI sun ƙunshi kalmomin umarni, masu rarrabawa, filayen sigina da masu ƙarewa. Ɗauki wannan umarni a matsayin tsohonampda:
Tushen :VOLTage 2.5
A cikin wannan umarni, SOURce da VOLTage sune kalmomin umarni. n shine lambar tashar 1 zuwa 24. Ƙashin (:) da sarari sune masu rarrabawa. 2.5 shine filin siga. Komawar karusar ita ce ta ƙarshe. Wasu umarni suna da sigogi da yawa. An raba sigogi ta hanyar waƙafi (,).
AUNA:VOLTagku?(@1,2)
Wannan umarnin yana nufin samun sake karantawa voltage na tashar 1 da 2. Lamba 1 da 2 suna nufin lambar tashar, waɗanda aka raba ta hanyar waƙafi. Karatun sake karantawa voltage na tashoshi 24 a lokaci guda:
AUNA:VOLTage?(@1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24, XNUMX) Rubuce-rubuce akai-akaitage darajar zuwa 5V na tashoshi 24 a lokaci guda:
MAJIYA: VolTage
5 (@1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24 )
Domin saukaka kwatance, alamomin da ke cikin surori masu zuwa za su yi amfani da tarurruka masu zuwa.
◆ Maƙallan madauri ([]) suna nuna mahimman kalmomi ko sigogi na zaɓi, waɗanda za a iya tsallake su.
◆ Curly brackets ({}) suna nuna zaɓuɓɓukan sigina a cikin layin umarni.
◆ Maƙallan kusurwa (<>) suna nuna cewa dole ne a samar da ma'auni na lamba.
◆ Ana amfani da layin tsaye (|) don raba zaɓuɓɓukan sigogi na zaɓi da yawa.
4.2.1 Ma'anar Magana
Kowane kalmar maɓalli na umarni yana da tsari guda biyu: dogon mnemonic da gajeriyar mnemonic. Short mnemonic gajere ne ga dogon tunanin tunani. Kowane mnemonic bai kamata ya wuce haruffa 12 ba, gami da kowane maƙasudin lambobi. Na'urar kwaikwayo ta baturi kawai tana karɓar dogon lokaci ko gajere mnemonics.
Dokokin samar da mnemonics sune kamar haka:
- Dogon mnemonics ya ƙunshi kalma ɗaya ko jimla. Idan kalma ce, gaba ɗaya kalmar ta zama mnemonic. Examples: YANZU —- Yanzu
- Gajerun mnemonics gabaɗaya sun ƙunshi haruffa 4 na farko na dogon mnemonics.
Example: YANZU —— CURR - Idan tsawon halin dogon mnemonic bai kai ko daidai da 4 ba, dogon da gajere mnemonics iri ɗaya ne. Idan tsawon halin dogon mnemonic ya fi 4 kuma hali na huɗu shine wasali, gajeriyar mnemonic zai ƙunshi haruffa 3, yana watsar da wasali. ExampKYAUTA -— Ikon Yanayin —— POW
- Mnemonics ba su da hankali.
4.2.2 Mai raba umarni
- Kolon (:)
Ana amfani da Colon don raba kalmomi guda biyu kusa da su a cikin umarnin, kamar raba SOUR1 da VOLT a cikin umarnin SOUR1: VOLT 2.54.
Colon kuma na iya zama farkon hali na umarni, yana nuna zai nemi hanya daga saman kumburin bishiyar umarni. - Ana amfani da sarari sarari don raba filin umarni da filin sigina.
- Semicolon (;) Ana amfani da Semicolon don raba raka'o'in umarni da yawa lokacin da aka haɗa rukunin umarni da yawa cikin umarni ɗaya. Matsayin hanyar yanzu ba ya canzawa ta amfani da semicolon.
Example: SOUR1: VOLT 2.54; OUTCURR 1000 Umurnin da ke sama shine saita volt akai-akai.tage darajar zuwa 2.54V da fitarwa na yanzu iyaka zuwa 1000mA a cikin yanayin tushen. Umurnin da ke sama yayi daidai da umarni biyu masu zuwa: SOUR1: VOLT 2.54 SOUR1: OUTCURR 1000 - Semicolon da Colon (;:) Ana amfani da shi don raba umarni da yawa. AUNA:VOLTage?;:Source:VOLTage 10;: Fitar: A KASHE 1
4.2.3 Tambaya
Ana amfani da alamar tambaya (?) don yiwa aikin tambaya alama. Yana bin kalma ta ƙarshe na filin umarni. Domin misaliample, don tambaya akai-akai voltage na tashar 1 a yanayin tushe, umarnin tambaya shine SOUR1:VOLT?. Idan akai voltage shine 5V, na'urar kwaikwayo ta baturi zai dawo da kirtani 5.
Bayan na'urar na'urar kwaikwayo ta baturi ya karɓi umarnin tambaya kuma ya kammala bincike, zai aiwatar da umarnin kuma ya samar da zaren amsa. An fara rubuta kirtan amsawa a cikin ma'ajin fitarwa. Idan nesa mai nisa na yanzu shine GPIB interface, yana jiran mai sarrafawa ya karanta amsa. In ba haka ba, nan da nan ya aika da kirtan amsa zuwa dubawa.
Yawancin umarni suna da daidaitaccen tsarin tambaya. Idan ba za a iya tambayar umarni ba, na'urar kwaikwayo ta baturi zai ba da rahoton saƙon kuskure -115 Umurnin ba zai iya yin tambaya ba kuma ba za a dawo da komai ba.
4.2.4 Umarni Mai Ƙarshe
Ƙarshen umarni sune halayen ciyarwar layi (ASCII hali LF, ƙimar 10) da EOI (kawai don GPIB interface). Aikin ƙarewa shine ƙare layin umarni na yanzu kuma sake saita hanyar umarni zuwa hanyar tushen.
4.3 Tsarin Siga
Sigar da aka tsara ana wakilta ta lambar ASCII a cikin nau'ikan lambobi, hali, bool, da sauransu.
Tebur 2
| Alama | Bayani |
Example |
| Ƙimar lamba | 123 | |
| Ƙimar ma'ana mai iyo | 123., 12.3, 0.12, 1.23E4 | |
| Ƙimar na iya zama NR1 ko NR2. | ||
| Faɗaɗɗen tsarin ƙima wanda ya haɗa da , MIN da MAX. | 1|0|A KASHE | |
| Boolean data | ||
| Bayanan haruffa, ga misaliampku, CURR | ||
| Koma bayanan lambar ASCII, yana ba da damar dawowar ASCII 7-bit da ba a bayyana ba. Wannan nau'in bayanan yana da ma'anar umarni mai ƙarewa. |
Umarni
5.1 IEEE 488.2 Dokokin gama gari
Dokokin gama-gari sune manyan umarni da IEEE 488.2 ke buƙata waɗanda dole ne na'urori su goyi bayan. Ana amfani da su don sarrafa gaba ɗaya ayyukan kayan aiki, kamar sake saiti da tambayar matsayi. Ma'anarta da ma'anarta suna bin ma'aunin IEEE 488.2. IEEE 488.2 umarni gama gari ba su da matsayi.
*IDN?
Wannan umarni yana karanta bayanin na'urar kwaikwayo ta baturi. Yana mayar da bayanan cikin fage guda huɗu waɗanda waƙafi suka rabu. Bayanan sun haɗa da masana'anta, samfuri, filin da aka tanada da sigar software.
Tambaya Syntax *IDN?
Sigogi Babu
Yana dawowa Siffar Zaren
Mai yin REXGEAR
Farashin BCS
0 Filin da aka keɓe
Sigar software na XX.XX
Ya dawo Example REXGEARTECH, BCS,0, V1.00 * OPC
Wannan umarnin yana saita bit Operation Complete (OPC) a cikin Daidaitaccen Rijistar Event zuwa 1 lokacin da aka kammala duk ayyuka da umarni.
Rukunin Umurni * Ma'aunin OPC Babu Tambayoyin Tambaya *OPC? Yana dawowa Umarni masu alaƙa *TRG *WAI *RST
Ana amfani da wannan umarnin don dawo da saitunan masana'anta. Daidaiton Umurni *Ma'aunin RST Babu Wanda Ya Koma Babu Wani Umarni Mai Ma'ana Babu
5.2 Auna Umarni
AUNA :Yanzu?
Wannan umarnin yana buƙatar sake karantawa na halin yanzu na tashar da ta dace.
Ƙididdigar Ƙididdigar Ƙididdiga ta Umurni :Yanzu?
Siga N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24.
Exampda MEAS1: CURR?
Yana dawowa Unit mA
AUNA :VOLTage?
Wannan umarnin yana buƙatar sake karantawa voltage na tashar ta dace.
Tsarin umarni
AUNA :VOLTage?
Siga N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24.
Exampda MEAS1:VOLT?
Yana dawowa Naúrar V
AUNA : WUTA?
Wannan umarnin yana tambayar ikon sake dawowa na tashar madaidaicin.
| Tsarin umarni | Tsarin umarni |
| Siga | Siga |
| Example | Example |
| Yana dawowa | Yana dawowa |
| Naúrar | Naúrar |
AUNA :MAH?
Wannan umarnin yana buƙatar ƙarfin tashar da ta dace.
| Tsarin umarni | AUNA : MAH? |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. |
| Example | AMSA 1: MAH? |
| Yana dawowa | |
| Naúrar | mAh |
AUNA : Res?
Wannan umarnin yana tambayar ƙimar juriya na tashar da ta dace.
| Tsarin umarni | AUNA : Res? |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. |
| Example | MASOYA 1:R? |
| Yana dawowa | |
| Naúrar | mΩ |
5.3 Umarnin fitarwa
Fitar :MODE
Ana amfani da wannan umarni don saita yanayin aiki na tashar da ta dace.
| Yana dawowa | Fitar :MODE |
| Tambaya syntax | N yana nufin lambar tashar. Tsawon yana daga 1 zuwa 24. NR1 Range: 0|1|3|128 |
| Example | Fitowa 1: MODE? |
| Siga | Fitowa 1: MODE 1 |
| Tsarin umarni | 0 don yanayin tushe 1 don yanayin caji 3 don yanayin SOC 128 don yanayin SEQ |
Fitar : A KASHE
Wannan umarnin yana kunna ko kashe fitar da tashar da ta dace.
| Yana dawowa | Fitar : A KASHE <NR1> |
| Tambaya syntax | N yana nufin lambar tashar. Kewayon yana daga 1 zuwa 24. NR1 Range: 1|0 |
| Example | FITOWA1: A KASHE? |
| Siga | Fitowa 1: KASHE 1 |
| Tsarin umarni | 1 don ON 0 don KASHE |
Fitar :JIHA?
Wannan umarni yana buƙatar yanayin aiki na tashar tashar da ta dace.
| Yana dawowa | OUTP1: STAT? |
| Tambaya syntax | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. |
| Siga | Fitar :JIHA? |
| Tsarin umarni | Jihar Channel Bit0: ON/KASHE jihar Bit16-18: kewayon darajar sake karantawa, 0 don babban kewayo, 1 don matsakaicin matsakaici, 2 don ƙaramin kewayo |
5.4 Dokokin Tushen
Tushen :VOLTage
Ana amfani da wannan umarnin don saita fitarwa akai-akaitage.
| Tsarin umarni | Tushen :VOLTage |
| Siga | N yana nufin lambar tashar. Kewayon yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | SOUR1: Volt 2.54 |
| Tambaya syntax | SOUR1:VOLT? |
| Yana dawowa | |
| Naúrar | V |
Tushen :FITOWA
Ana amfani da wannan umarni don saita iyakar fitarwa na yanzu.
| Tsarin umarni | Tushen :FITOWA |
| Siga | N yana nufin lambar tashar. Kewayon yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | SOUR1: FITOWA 1000 |
| Tambaya syntax | MASOYA 1: FITA? |
| Yana dawowa | |
| Naúrar | mA |
Tushen : RANG
Ana amfani da wannan umarni don saita kewayon halin yanzu.
| Tsarin umarni | Tushen : RANG |
| Siga | N yana nufin lambar tashar. Kewayon yana daga 1 zuwa 24. NR1 Range: 0|2|3 |
| Example | MASOYA 1: RANG 1 |
| Tambaya syntax | SOUR1:RANG? |
| Yana dawowa | 0 don babban kewayon 2 don ƙananan iyaka 3 don kewayon atomatik |
5.5 Dokokin Cajin
CAJI :VOLTage
Ana amfani da wannan umarnin don saita fitarwa akai-akaitage ƙarƙashin yanayin caji.
| Tsarin umarni | CAJI :VOLTage |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | KYAUTA 1: Volt 5.6 |
| Tambaya syntax | CHAR1: VOLT? |
| Yana dawowa | |
| Naúrar | V |
CAJI :FITOWA
Ana amfani da wannan umarnin don saita iyakar fitarwa na yanzu ƙarƙashin yanayin caji.
| Tsarin umarni | CAJI :FITOWA |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | CHAR1: FITA 2000 |
| Tambaya syntax | CHAR1: WUTA? |
| Yana dawowa | |
| Naúrar | mA |
CAJI :Res
Ana amfani da wannan umarnin don saita ƙimar juriya ƙarƙashin yanayin caji.
| Tsarin umarni | CAJI :Res |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | Bayani: R 1 |
| Tambaya syntax | CHAR1:R? |
| Yana dawowa | |
| Naúrar | mΩ |
CAJI :ECHO:VOLTage?
Wannan umarnin yana buƙatar sake dawowa voltage ƙarƙashin yanayin caji.
| Tsarin umarni | CAJI :ECHO:VOLTage |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. |
| Example | CHAR1:ECHO:VOLTage? |
| Yana dawowa | |
| Naúrar | V |
CAJI :ECHO:Q?
Wannan umarnin yana buƙatar ƙarfin sake dawowa ƙarƙashin yanayin caji.
| Tsarin umarni | CAJI :ECHO:Q |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. |
| Example | CHAR1:ECHO:Q? |
| Yana dawowa | |
| Naúrar | mAh |
5.6 SEQ Dokokin
SEQuence : GYARA:FILE
Ana amfani da wannan umarni don saita jeri file lamba.
| Tsarin umarni | SEQuence : GYARA:FILE |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NR1 Rage: file lamba 1 zuwa 10 |
| Example | SEQ1: GYARA:FILE 3 |
| Tambaya syntax | SEQ1: GYARA:FILE? |
| Yana dawowa |
SEQuence :EDIT:TSAWA
Ana amfani da wannan umarni don saita jimillar matakai a cikin jeri file.
| Tsarin umarni | SEQuence :EDIT:TSAWA |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NR1 kewayon: 0 ~ 200 |
| Example | SEQ1: EDIT: LENG 20 |
| Tambaya syntax | SEQ1:EDIT:LENG? |
| Yana dawowa |
SEQuence :EDIT:MATA
Ana amfani da wannan umarni don saita takamaiman lambar mataki.
| Tsarin umarni | SEQuence :EDIT:MATA |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NR1 kewayon: 1 ~ 200 |
| Example | SEQ1: EDIT: MATAKI 5 |
| Tambaya syntax | SEQ1: Gyara: MATAKI? |
| Yana dawowa |
SEQuence :EDIT:CYCle
Ana amfani da wannan umarni don saita lokutan zagayowar don file karkashin gyarawa.
| Tsarin umarni | SEQuence :EDIT:CYCle |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NR1 kewayon: 0 ~ 100 |
| Example | SEQ1: EDIT: CYCle 0 |
| Tambaya syntax | SEQ1: EDIT: CYCle ? |
| Yana dawowa |
SEQuence :EDIT:VOLTage
Ana amfani da wannan umarnin don saita fitarwa voltage ga mataki karkashin gyarawa.
| Tsarin umarni | SEQuence :EDIT:VOLTage |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | SEQ1: EDIT: VOLT 5 |
| Tambaya syntax | SEQ1:EDIT:VOLT? |
| Yana dawowa | |
| Naúrar | V |
SEQuence :EDIT:FITOWA
Ana amfani da wannan umarnin don saita iyakar fitarwa na yanzu don matakin da ke ƙarƙashin gyarawa.
| Tsarin umarni | SEQuence :EDIT:FITOWA |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | SEQ1: EDIT: OUTCURR 500 |
| Tambaya syntax | SEQ1: EDIT: OUTCURR? |
| Yana dawowa | |
| Naúrar | mA |
SEQuence :EDIT:Res
Ana amfani da wannan umarni don saita juriya ga matakin da ke ƙarƙashin gyarawa.
| Tsarin umarni | SEQuence :EDIT:Res |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | SEQ1: EDIT: R 0.4 |
| Tambaya syntax | SEQ1:EDIT:R? |
| Yana dawowa | |
| Naúrar | mΩ |
SEQuence :EDIT:RUNTime
Ana amfani da wannan umarni don saita lokacin aiki don matakin da ke ƙarƙashin gyarawa.
| Tsarin umarni | SEQuence :EDIT:RUNTime |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | SEQ1: EDIT: RUNT 5 |
| Tambaya syntax | SEQ1: EDIT: RUNT? |
| Yana dawowa | |
| Naúrar | s |
SEQuence :EDIT:LINK Fara
Ana amfani da wannan umarni don saita matakin farkon hanyar haɗin da ake buƙata bayan an kammala matakin yanzu.
| Tsarin umarni | SEQuence :EDIT:LINK Fara |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NR1 Rage: -1 ~ 200 |
| Example | SEQ1: EDIT: LINKS -1 |
| Tambaya syntax | SEQ1:EDIT:LINKS? |
| Yana dawowa |
SEQuence :EDIT:LINK KARSHE
Ana amfani da wannan umarni don saita matakin tsayawar hanyar haɗin gwiwa don matakin da ke ƙarƙashin gyarawa.
| Tsarin umarni | SEQuence :EDIT:LINK KARSHE |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NR1 Rage: -1 ~ 200 |
| Example | SEQ1: EDIT: LINKE-1 |
| Tambaya syntax | SEQ1:EDIT:LINKE? |
| Yana dawowa |
SEQuence :EDIT:LINKCycle
Ana amfani da wannan umarni don saita lokutan zagayowar mahaɗin.
| Tsarin umarni | SEQuence :EDIT:LINKCycle |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NR1 kewayon: 0 ~ 100 |
| Example | SEQ1: EDIT: LINKC 5 |
| Tambaya syntax | SEQ1:EDIT:LINKC? |
| Yana dawowa |
SEQuence : GUDU:FILE
Ana amfani da wannan umarni don saita gwajin jeri file lamba.
| Tsarin umarni | JAMA'A: RUN:FILE |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NR1 Rage: file lamba 1 zuwa 10 |
| Example | SEQ1: GUDU:FILE 3 |
| Tambaya syntax | SEQ1: GUDU:FILE? |
| Yana dawowa |
SEQuence :GUDU:MATA?
Ana amfani da wannan umarni don tambayar lambar mataki mai gudana.
| Tsarin umarni | SEQuence :GUDU:MATA? |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. |
| Tambaya syntax | SEQ1:GUDU:MATA? |
| Yana dawowa |
SEQuence :RUN:Lokaci?
Ana amfani da wannan umarni don tambayar lokacin gudu don gwajin jeri file.
| Tsarin umarni | SEQuence :RUN:Lokaci? |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. |
| Tambaya syntax | SEQ1: RUN:T? |
| Yana dawowa | |
| Naúrar | s |
5.7 Dokokin SOC
SOC :EDIT:TSAWA
Ana amfani da wannan umarni don saita jimlar matakan aiki.
| Tsarin umarni | SOC :EDIT:TSAWA |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NR1 kewayon: 0-200 |
| Example | SOC1: EDIT: LENG 3 |
| Tambaya syntax | SOC1:EDIT:LENG? |
| Yana dawowa |
SOC :EDIT:MATA
Ana amfani da wannan umarni don saita takamaiman lambar mataki.
| Tsarin umarni | SOC :EDIT:MATA |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NR1 kewayon: 1-200 |
| Example | SOC1: EDIT: MATAKI 1 |
| Tambaya syntax | SOC1: GAYA: MATAKI? |
| Yana dawowa |
SOC :EDIT:VOLTage
Ana amfani da wannan umarni don saita juzu'itage darajar ga mataki karkashin gyarawa.
| Tsarin umarni | SOC :EDIT:VOLTage |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | SOC1: EDIT: VOLT 2.8 |
| Tambaya syntax | SOC1:EDIT:VOLT? |
| Yana dawowa | |
| Naúrar | V |
SOC :EDIT:FITOWA
Ana amfani da wannan umarnin don saita iyakar fitarwa na yanzu don matakin da ke ƙarƙashin gyarawa.
| Tsarin umarni | SOC :EDIT:FITOWA |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | SOC1: EDIT: FITOWA 2000 |
| Tambaya syntax | SOC1: EDIT: FUSKA? |
| Yana dawowa | |
| Naúrar | mA |
SOC :EDIT:Res
Ana amfani da wannan umarni don saita ƙimar juriya don matakin da ke ƙarƙashin gyarawa.
| Tsarin umarni | SOC :EDIT:Res |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | SOC1: GYARA:R 0.8 |
| Tambaya syntax | SOC1:EDT:R? |
| Yana dawowa | |
| Naúrar | mΩ |
SOC :EDIT:Q?
Ana amfani da wannan umarni don saita ƙarfin matakin da ke ƙarƙashin gyarawa.
| Tsarin umarni | SOC :EDT:Q |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Tambaya syntax | SOC1: A gyara:Q? |
| Yana dawowa | |
| Naúrar | mAh |
SOC :EDIT:SVOLtage
Ana amfani da wannan umarnin don saita farkon/fara voltage.
| Tsarin umarni | SOC :EDIT:SVOLtage |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. NRf Range: MIN～MAX |
| Example | SOC1: EDIT: SVOL 0.8 |
| Tambaya syntax | SOC1:EDIT:SVOL? |
| Yana dawowa | |
| Naúrar | V |
SOC :GUDU:MATA?
Ana amfani da wannan umarni don tambayar mataki na gudana na yanzu.
| Tsarin umarni | SOC :GUDU:MATA? |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. |
| Tambaya syntax | SOC1:GUDU:MATA? |
| Yana dawowa |
SOC :RUN:Q?
Ana amfani da wannan umarni don bincika ƙarfin halin yanzu don matakin gudu na yanzu.
| Tsarin umarni | SOC :RUN:Q? |
| Siga | N yana nufin lambar tashar. Tsarin yana daga 1 zuwa 24. |
| Tambaya syntax | SOC1:RUN:Q? |
| Yana dawowa | |
| Naúrar | mAh |
Shirye-shiryen Examples
Wannan babin zai bayyana yadda ake sarrafa na'urar kwaikwayo ta baturi ta hanyar umarni na shirye-shirye.
Bayanan kula 1: A cikin wannan babin, akwai sharhi da suka fara da //, bin wasu umarni. Ba za a iya gane waɗannan maganganun ta na'urar kwaikwayo ta baturi ba, kawai don sauƙin fahimtar umarnin da suka dace. Don haka, ba a yarda a shigar da sharhi gami da // a aikace.
Bayanan kula 2: Akwai tashoshi 24 gabaɗaya. Domin shirye-shirye na kasa examples, yana nuna ayyuka na lamba ta ɗaya kawai.
6.1 Yanayin Tushen
Ƙarƙashin Yanayin Tushen, m voltage kuma ana iya saita ƙimar iyaka na yanzu.
Example: saita na'urar kwaikwayo ta baturi zuwa yanayin Tushen, ƙimar CV zuwa 5V, iyakar fitarwa na yanzu zuwa 1000mA da kewayon halin yanzu zuwa Auto.
OUTPut1:ONOFF 0 // kashe fitarwa don tashar yanzu
OUTPut1: MODE 0 // saita yanayin aiki zuwa yanayin Tushen
MAJIYA 1: VolTage 5.0 // saita darajar CV zuwa 5.0 V
SOURce1: OUTCURRent 1000 // saita iyakar fitarwa na yanzu zuwa 1000mA
SOURce1: RANGe 3 // zaži 3-Auto don kewayon yanzu
OUTPut1:ONOFF 1 // kunna fitarwa don tashar 1
6.2 Yanayin Caji
Ƙarƙashin Yanayin Caji, Voltage, ana iya saita iyaka na yanzu da ƙimar juriya.
Yanayin halin yanzu ƙarƙashin yanayin caji an daidaita shi azaman babban kewayo.
Example: saita na'urar kwaikwayo ta baturi zuwa Yanayin Caji, ƙimar CV zuwa 5V, iyakar fitarwa na yanzu zuwa 1000mA da ƙimar juriya zuwa 3.0mΩ.
OUTPut1:ONOFF 0 // kashe fitarwa don tashar yanzu
OUTPut1: MODE 1 // saita yanayin aiki zuwa Yanayin Caji
CIGABA 1:VOLTage 5.0 // saita darajar CV zuwa 5.0 V
CHARge1: OUTCURRent 1000 // saita iyakar fitarwa na yanzu zuwa 1000mA
CHARge1: Res 3.0 // saita ƙimar juriya zuwa 3.0mΩ
OUTPut1:ONOFF 1 // kunna fitarwa don tashar 1
6.3 Gwajin SOC
Babban aikin gwajin BCS SOC shine yin kwaikwayon aikin fitar da baturi. Masu amfani suna buƙatar shigar da sigogi daban-daban na fitarwar baturi cikin tashoshi masu dacewa, kamar ƙarfi, madaurin voltage darajar, fitarwa halin yanzu iyaka, da
juriya darajar. Na'urar kwaikwayo ta baturi tana yin hukunci ko bambancin ƙarfin matakin gudu na yanzu da mataki na gaba daidai yake, gwargwadon ƙarfin matakin gudu na yanzu. Idan daidai ne, BCS zai matsa zuwa mataki na gaba. Idan ba daidai ba, BCS zai ci gaba da tara ƙarfin matakin gudu na yanzu. An ƙayyade ƙarfin ta hanyar DUT da aka haɗa, wato, fitarwa na halin yanzu.
Example: saita na'urar kwaikwayo ta baturi zuwa yanayin SOC, jimlar matakai zuwa 3 da vol na farkotagku 4.8v. Ma'aunin matakan suna kamar tebur a ƙasa.
| mataki a'a. | Iya aiki (mAh) | Darajar CV(V) | Yanzu (MA) |
Juriya (mΩ) |
| 1 | 1200 | 5.0 | 1000 | 0.1 |
| 2 | 1000 | 2.0 | 1000 | 0.2 |
| 3 | 500 | 1.0 | 1000 | 0.3 |
OUTPut1:ONOFF 0 // kashe fitarwa don tashar yanzu
OUTPut1: MODE 3 // saita yanayin aiki zuwa yanayin SOC
SOC1: EDIT: TSAYIN 3 // saita jimlar matakai zuwa 3
SOC1: EDIT: MATAKI 1 // saita mataki Na 1 zuwa XNUMX
SOC1: Gyara: Q 1200 // saita ƙarfin mataki na 1 zuwa 1200mAh
SOC1: EDIT: VolTage 5.0 // saita darajar CV don mataki na 1 zuwa 5.0V
SOC1: EDIT: OUTCURREN 1000 // saita iyakar fitarwa na yanzu don mataki na 1 zuwa 1000mA
SOC1: EDIT: Res 0.1 // saita juriya don mataki na 1 zuwa 0.1mΩ
SOC1: EDIT: MATAKI 2 // saita mataki Na 2 zuwa XNUMX
SOC1: Gyara: Q 1000 // saita ƙarfin mataki na 2 zuwa 1000mAh
SOC1: EDIT: VolTage 2.0 // saita darajar CV don mataki na 2 zuwa 2.0V
SOC1: EDIT: OUTCURREN 1000 // saita iyakar fitarwa na yanzu don mataki na 2 zuwa 1000mA
SOC1: EDIT: Res 0.2 // saita juriya don mataki na 2 zuwa 0.2mΩ
SOC1: EDIT: MATAKI 3 // saita mataki Na 3 zuwa XNUMX
SOC1: Gyara: Q 500 // saita ƙarfin mataki na 3 zuwa 500mAh
SOC1: EDIT: VolTage 1.0 // saita darajar CV don mataki na 3 zuwa 1.0V
SOC1: EDIT: OUTCURREN 1000 // saita iyakar fitarwa na yanzu don mataki na 3 zuwa 1000mA
SOC1: EDIT: Res 0.3 // saita juriya don mataki na 3 zuwa 0.3mΩ
SOC1: EDIT: SVOL 4.8 // saita farko/fara voltagku 4.8v
OUTPut1:ONOFF 1 // kunna fitarwa don tashar 1
SOC1 GUDU: MATAKI? // karanta mataki mai gudana na yanzu A'a.
SOC1: RUN:Q? // karanta iyawar matakin gudu na yanzu
6.4 Yanayin SEQ
Gwajin SEQ galibi yana yin hukunci akan adadin matakan gudu bisa zaɓin SEQ file. Zai gudanar da duk matakan a jere, bisa ga sigogin fitarwa da aka saita don kowane mataki. Hakanan ana iya yin haɗin kai tsakanin matakai. Za'a iya saita lokutan sake zagayowar madaidaicin da kansa.
Example: saita na'urar kwaikwayo ta baturi zuwa yanayin SEQ, SEQ file No. zuwa 1, jimlar matakai zuwa 3 da file lokuttan sake zagayowar zuwa 1. Ma'auni na matakan suna kamar ƙasa tebur.
| Mataki A'a. | CV Darajar(V) | Yanzu (MA) | Juriya (mΩ) | Lokaci(s) | Link Fara Mataki | mahada Tsaya Mataki |
mahada Zagayowar Lokaci |
| 1 | 1 | 2000 | 0.0 | 5 | -1 | -1 | 0 |
| 2 | 2 | 2000 | 0.1 | 10 | -1 | -1 | 0 |
| 3 | 3 | 2000 | 0.2 | 20 | -1 | -1 | 0 |
OUTPut1:ONOFF 0 // kashe fitarwa don tashar yanzu
OUTPut1: MODE 128 // saita yanayin aiki zuwa yanayin SEQ
ZABI 1: EDIT:FILE 1 // saita SEQ file No. zuwa 1
SEQuence1: EDIT: TSIRA 3 // saita jimlar matakai zuwa 3
SEQuence1: EDIT: CYCle 1 // saita file lokacin zagayowar zuwa 1
SEQuence1: EDIT: MATAKI 1 // saita mataki Na 1 zuwa XNUMX
ZABI1:EDIT:VOLTage 1.0 // saita darajar CV don mataki na 1 zuwa 1.0V
SEQuence1: EDIT: OUTCURRent 2000 // saita iyakar fitarwa na yanzu don mataki na 1 zuwa 2000mA
SEQuence1: EDIT: Res 0.0 // saita juriya don mataki na 1 zuwa 0mΩ
SEQuence1: EDIT: RUNTime 5 // saita lokacin gudu don mataki na 1 zuwa 5s
SEQuence1: EDIT: LINKStart -1 // saita hanyar farawa matakin mataki na 1 zuwa -1
SEQuence1: EDIT: LINKEnd -1 // saita hanyar tsayawa matakin mataki na 1 zuwa -1
SEQuence1: EDIT: LINKCycle 0 // saita lokutan zagayowar hanyar haɗi zuwa 0
SEQuence1: EDIT: MATAKI 2 // saita mataki Na 2 zuwa XNUMX
ZABI1:EDIT:VOLTage 2.0 // saita darajar CV don mataki na 2 zuwa 2.0V
SEQuence1: EDIT: OUTCURRent 2000 // saita iyakar fitarwa na yanzu don mataki na 2 zuwa 2000mA
SEQuence1: EDIT: Res 0.1 // saita juriya don mataki na 2 zuwa 0.1mΩ
SEQuence1: EDIT: RUNTime 10 // saita lokacin gudu don mataki na 2 zuwa 10s
SEQuence1: EDIT: LINKStart -1 // saita hanyar farawa matakin mataki na 2 zuwa -1
SEQuence1: EDIT: LINKEnd -1 // saita hanyar tsayawa matakin mataki na 2 zuwa -1
SEQuence1: EDIT: LINKCycle 0 // saita lokutan zagayowar hanyar haɗi zuwa 0
SEQuence1: EDIT: MATAKI 3 // saita mataki Na 3 zuwa XNUMX
ZABI1:EDIT:VOLTage 3.0 // saita darajar CV don mataki na 3 zuwa 3.0V
SEQuence1: EDIT: OUTCURRent 2000 // saita iyakar fitarwa na yanzu don mataki na 3 zuwa 2000mA
SEQuence1: EDIT: Res 0.2 // saita juriya don mataki na 3 zuwa 0.2mΩ
SEQuence1: EDIT: RUNTime 20 // saita lokacin gudu don mataki na 3 zuwa 20s
SEQuence1: EDIT: LINKStart -1 // saita hanyar farawa matakin mataki na 3 zuwa -1
SEQuence1: EDIT: LINKEnd -1 // saita hanyar tsayawa matakin mataki na 3 zuwa -1
SEQuence1: EDIT: LINKCycle 0 // saita lokutan zagayowar hanyar haɗi zuwa 0
ZABEN 1: GUDU:FILE 1 // saita SEQ mai gudana file No. zuwa 1
OUTPut1:ONOFF 1 // kunna fitarwa don tashar 1
SEQuence1: GUDU:MATA? // karanta mataki mai gudana na yanzu A'a.
ZABEN 1: GUDU:T? // karanta lokacin gudu don SEQ na yanzu file A'a.
6.5 Ma'auni
Akwai tsarin ma'auni mai tsayi a cikin na'urar kwaikwayo ta baturi don auna juzu'in fitarwatage, halin yanzu, iko da zafin jiki.
MUNA1: Yanzu? // Karanta sake karantawa na yanzu don tashar 1
AUNA1:VOLTage? // Karanta sake karantawa voltage don channel 1
MUNA1: WUTA? // Karanta ikon ainihin lokacin don tashar 1
MUNA1: zafin jiki? // Karanta ainihin zafin jiki don tashar 1
MEAS2: CURR? // Karanta sake karantawa na yanzu don tashar 2
MEAS2: Volt? // Karanta sake karantawa voltage don channel 2
MEAS2: WUTA? // Karanta ikon ainihin lokacin don tashar 2
MEAS2:TEMP? // Karanta ainihin zafin jiki don tashar 2
6.6 Sake saitin masana'anta
Yi * umarnin RST don sake saitin masana'anta akan na'urar kwaikwayo ta baturi.
Bayanin Kuskure
7.1 Kuskuren Umurni
-Kuskuren umarni 100 Kuskuren rubutun da ba a bayyana ba
-101 Harafi mara inganci Harafi mara inganci a cikin kirtani
-102 Kuskuren daidaitawa Umurni ko nau'in bayanai mara ganewa
-103 Mai raba mara inganci Ana buƙatar mai raba. Duk da haka halin da aka aiko ba mai raba ba ne.
-104 Kuskuren nau'in bayanai Nau'in bayanan yanzu bai dace da nau'in da ake buƙata ba.
-105 GET ba a yarda Ana karɓar faɗakarwar ƙungiyar (GET) a cikin bayanan shirin.
-106 Semicolon maras so Akwai ɗaya ko fiye da ƙari.
-107 Waƙafi maras so Akwai ƙarin waƙafi ɗaya ko fiye.
-108 Siga ba a yarda Adadin sigogi ya wuce lambar da ake buƙata ta hanyar umarni.
-109 Matsalolin da ke ɓacewa Adadin sigogi bai kai adadin da umarnin ke buƙata ba, ko kuma ba a shigar da sigogi ba.
-110 Kuskuren taken umarni mara ƙayyadadden kuskuren taken umarni
-111 Kuskuren rabuwar kai Ana amfani da halayen da ba na rabuwa ba a wurin mai raba a cikin taken umarni.
-112 Shirye-shiryen mnemonic ya yi tsayi da yawa Tsawon rashin jin daɗi ya wuce haruffa 12.
-113 Undefined header Ko da yake umarnin da aka karɓa ya dace da ƙa'idodi dangane da tsarin ma'auni, ba a bayyana shi a cikin wannan kayan aikin ba.
-114 Ƙwararrun taken ba ta da iyaka.
-115 Umurni ba zai iya yin tambaya Babu sigar tambaya don umarnin.
-116 Dole ne umarni ya yi tambaya Umurnin dole ne ya kasance cikin sigar tambaya.
-120 Kuskuren bayanai na lamba Ba a fayyace kuskuren bayanan lamba
-121 Harafi mara inganci a lamba Halin bayanan da ba'a karɓa ta hanyar umarni na yanzu yana bayyana a cikin bayanan lambobi.
-123 Fassarar girma ya yi yawa Cikakkar ƙimar mai magana ta wuce 32,000.
-124 da yawa lambobi Ban da jagorar 0 a bayanan ƙima, tsayin bayanan ya wuce haruffa 255.
-128 Ba a yarda da bayanan lambobi Ana karɓar bayanan lamba a daidaitaccen tsari a wurin da baya karɓar bayanan lambobi.
-130 Kuskuren Suffix Kuskuren kari wanda ba a bayyana shi ba
-131 Ƙaƙwalwar Ƙaƙwalwar Ƙaƙwalwar Ƙaƙwalwar ba ta bin tsarin haɗin gwiwar da aka ayyana a cikin IEEE 488.2, ko ƙarar ba ta dace da E5071C ba.
-134 Suffix ya yi tsayi da yawa Ƙarfin ya fi tsayi fiye da haruffa 12.
-138 Suffix ba a ba da izini An ƙara kari ga ƙimar da ba a yarda a saka su ba.
-140 Kuskuren bayanan haruffa Kuskuren bayanan da ba a bayyana ba
-141 Bayanan haruffa mara inganci An sami ingantacciyar harafi a cikin bayanan haruffa, ko kuma an karɓi sigar mara inganci.
-144 Bayanin haruffa sun yi tsayi da yawa Bayanan halayen sun fi tsayi 12 haruffa.
-148 Ba a yarda da bayanan haruffa Ana karɓar bayanan haruffa a daidaitaccen tsari a wurin da kayan aiki ba ya karɓar bayanan haruffa.
-150 Kuskuren bayanan kirtani Kuskuren bayanan kirtani da ba a bayyana ba
-151 Bayanan kirtani mara inganci Bayanan kirtani da ke bayyana ba shi da inganci saboda wasu dalilai.
-158 Ba a ba da izinin bayanan kirtani Ana karɓar bayanan kirtani a wurin da wannan kayan aikin baya karɓar bayanan kirtani.
-160 Kuskuren toshe Kuskuren bayanan da ba a bayyana ba
-161 Bayanan toshe mara inganci Bayanan toshewar da ya bayyana ba shi da inganci saboda wasu dalilai.
-168 Ba a yarda da bayanan toshe Ana karɓar bayanan toshewa a wurin da wannan kayan aikin baya karɓar bayanan toshewa.
-170 Kuskuren magana da ba a bayyana ba
-171 Kalmomi mara inganci Kalmomin ba su da inganci. Domin misaliampHar ila yau, ba a haɗa maɓallan ba ko kuma an yi amfani da haruffan da ba bisa doka ba.
-178 Ba a ba da izinin bayanan ba da izini Ana karɓar bayanan Magana a wurin da wannan kayan aikin ba ya karɓar bayanan magana.
-180 Kuskuren Macro Kuskuren macro mara iyaka
-181 Ingantacciyar ma'anar macro a waje Akwai ma'aunin ma'aunin macro $ a wajen ma'anar macro.
-183 mara inganci a cikin ma'anar macro Akwai kuskuren daidaitawa a ma'anar macro (*DDT,*DMC).
-184 Kuskuren sigar macro Lambar siga ko nau'in siga ba daidai ba ne.
7.2 Kuskuren Kisa
-200 Kuskuren Kisa An haifar da kuskure wanda ke da alaƙa da aiwatarwa kuma wannan kayan aikin ba zai iya bayyana shi ba.
-220 Kuskuren siga wanda ba a bayyana shi ba
-221 Saitin rikici An yi nasarar rarraba umarnin. Amma ba za a iya aiwatar da shi ba saboda halin na'urar yanzu.
-222 Data daga kewayon Bayanai ba su da iyaka.
-224 Ƙimar siga ba bisa ka'ida ba Ba a haɗa ma'aunin siga a cikin jerin sigogin zaɓi don umarnin yanzu ba.
-225 Ƙwaƙwalwar ƙwaƙwalwar ajiyar da ke akwai a cikin wannan kayan aikin bai isa ya yi aikin da aka zaɓa ba.
-232 Tsarin bayanai mara inganci ba shi da inganci.
-240 Kuskuren Hardware Kuskuren kayan aikin da ba a bayyana ba
-242 Bayanan ƙididdigewa batattu bayanan Calibration sun ɓace.
-243 BABU tunani Babu tunani voltage.
-256 File sunan ba a samo The file ba za a iya samun suna ba.
-259 Ba a zaɓa ba file Babu na zaɓi files.
-295 Matsalolin shigar da bayanai
-296 Buffer mai fitar da kayan aiki ya cika Matsar da abin da ake fitarwa yana ambaliya.
Takardu / Albarkatu
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Jagorar Shirye-shiryen REXGEAR BCS SCPI Protocol [pdf] Jagorar mai amfani Jagorar Shirye-shiryen BCS SCPI Protocol, Jerin BCS, Jagorar Shirye-shiryen SCPI Protocol, Jagorar SCPI Protocol, SCPI Protocol, Protocol |