CVGT1 Incwadi Yomsebenzisi 

Ilungelo lokushicilela © 2021 (Syntax) PostModular Limited. Onke Amalungelo Agciniwe. (Rev 1 July 2021)

Intshayelelo

Enkosi ngokuthenga iModyuli ye-SYNTAX CVGT1. Le ncwadana icacisa ukuba yintoni iModyuli yeCVGT1 kwaye isebenza njani. Le modyuli ineenkcukacha ezifanayo kanye neyoqobo ye-Synovatron CVGT1.
Imodyuli ye-CVGT1 yimodyuli ye-8HP (40mm) ebanzi ye-analog synthesizer ye-Eurorack kwaye iyahambelana nomgangatho webhasi ye-Doepfer™ A-100 yeemodyuli ze-synthesizer.
CVGT1 (Ulawulo VoltagImodyuli ye-Gate Trigger 1) yi-CV kunye neSango / i-Trigger ujongano olujolise ikakhulu ekuboneleleni ngeendlela zokutshintshiselana ngeCV kunye nexesha leempawu zolawulo lwepulse phakathi kweemodyuli ze-Eurorack synthesizer kunye ne-Buchla™ 200e Series nangona iya kusebenza kunye nezinye ii-synth socketed synths ezifana noSerge. ™ kunye neBugbrand™.
Isilumkiso
Nceda uqinisekise ukuba usebenzisa iModyuli ye-CVGT1 ngokungqinelana nale miyalelo ngokukodwa ukuthatha ngononophelo olukhulu ukudibanisa intambo yeribhoni kwimodyuli kunye nebhasi yombane ngokuchanekileyo. Soloko ujonga kabini!
Ukungena kuphela kwaye ususe iimodyuli kunye nombane wokuvala ucinywe kwaye uqhawulwe kumbane ongundoqo ukwenzela ukhuseleko lwakho.
Jonga icandelo loqhagamshelwano ngeribhoni yoqhagamshelwano lwentambo yemiyalelo. I-PostModular Limited (SYNTAX) ayinakuthwala uxanduva ngawo nawuphi na umonakalo okanye umonakalo obangelwe kusetyenziso olungalunganga okanye olungakhuselekanga lwale modyuli. Ukuba uyathandabuza, yima kwaye ujonge.
Inkcazo yeCVGT1
Imodyuli ye-CVGT1 ineendlela ezine, ezimbini zoguqulo lomqondiso weCV kunye nezimbini zokuguqulela umqondiso wexesha ngolu hlobo lulandelayo:-
IBhanana ukuya kwi-Euro CV Uguqulo-Ijelo eliMnyama
Le yi-DC echanekileyo edityaniswe ne-buffered attenuator eyilelwe ukuguqulela imiqondiso yegalelo kuluhlu lwe-0V ukuya +10V kwimveliso ehambelanayo noluhlu lwe-bipolar lwe-± 10V yee-synthesizer ze-Eurorack.
cv kwi Igalelo lesokethi yebhanana eyi-4mm enoluhlu lwe-0V ukuya +10V (iBuchla™ iyahambelana).
CV ngaphandle A 3.5mm jack socket output (Eurorack ehambelanayo).
Isikali Olu tshintsho luvumela inzuzo ukuba itshintshwe ukuze ihambelane nesikali se-cv kwisiginali yegalelo. Oku kunokusetwa ukujongana ne-1V/octave, 1.2V/octave kunye ne-2V/octave input scales; kwindawo yesi-1, i ampi-lifier inenzuzo ye-1 (ubunye), kwi-1.2 isikhundla sinenzuzo ye-1 / 1.2 (i-attenuation ye-0.833) kwaye kwindawo ye-2 inenzuzo ye-1/2 (ukunciphisa i-0.5).
i-offset Olu tshintsho longeza i-offset voltage kwisignali yegalelo ukuba iyafuneka. Kwindawo (0) i-offset ayitshintshanga; umqondiso wegalelo ohambayo (umzekelo, imvulophu) iya kubangela umqondiso wemveliso ohambayo; Kwi-(‒) indawo -5V yongezwa kwisignali yegalelo enokuthi isetyenziswe ukuguqula i-positive ehambayo yegalelo isignali phantsi nge-5V. Inqanaba lokulinganisa liya kuchaphazeleka ngokusetwa kokutshintsha kwesikali.
I-schematics eyenziwe lula (a) ukuya ku-(f) ichaza ngamagama alula we-arithmetic ukuba isignali yegalelo kuluhlu lwe-0V ukuya kwi-+10V iguqulelwa njani kusetyenziswa i-offset eyahlukeneyo kunye neendawo zokutshintsha isikali. I-Schematics (a) ukuya ku-(c) ibonisa i-offset switch kwiindawo ezi-0 kwindawo nganye yezikali ezintathu. I-Schematics (d) ukuya ku-(f) ibonisa i-offset switch kwindawo ‒ kwindawo nganye yezikali ezintathu.

Qaphela ukuba xa utshintsho lwesikali lukwindawo ye-1 kunye nokutshintsha kwe-offset kwindawo ye-0, njengoko kuboniswe kwi-schematic (a), isignali ayitshintshi. Oku kuluncedo ekudibaneni kwezidibanisi zebhanana ezine-1V/octave ukukala umz. Bugbrand™ ukuya kwi-Eurorack synthesizers.

I-Euro ukuya kwiBanana CV Translation-Blue Channel
Le yi-DC echanekileyo edityanisiweyo ampi-lifier eyilelwe ukuguqulela iimpawu ze-bipolar ze-bipolar synthesizers kwi-0V ukuya kwi-+10V uluhlu.

cv kwi Igalelo le-jack ye-3.5mm kwi-synthesizer ye-Eurorack
cv ngaphandle Imveliso yesokethi yebhanana eyi-4mm enoluhlu lwemveliso ye-0V ukuya +10V (i-Buchla™ iyahambelana).
isikali Olu tshintsho luvumela inzuzo ukuba itshintshwe ukuze ihambelane nomlinganiselo wesikali se-synthesizer edityaniswe kwi-cv ngaphandle. Oku kunokumiselwa i-1V/octave, 1.2V/octave kunye ne-2V/octave scale; kwindawo yesi-1 i ampi-lifier inenzuzo ye-1 (ubunye), kwi-1.2 isikhundla sinenzuzo ye-1.2, kwaye kwiindawo ezi-2 zinenzuzo ye-2.
offset Olu tshintsho longeza i offset kwisignali yemveliso. Kwindawo ye-0, i-offset ayitshintshanga; umqondiso wegalelo ohambayo (umzekelo imvulophu) iyakukhokelela kwimveliso ehamba kakuhle. Kwi-(+) indawo ye-5V yongezwa kwisignali yemveliso engasetyenziselwa ukutshintsha igalelo elingenayo elibi ukuya phezulu nge-5V. Inqanaba lokulinganisa aliyi kuchaphazeleka ngokusetwa kwesikali sokutshintsha.
-CV Izibane zesalathisi se-LED ukuba isignali yemveliso ihamba kakubi ukulumkisa ukuba isignali ingaphandle koluhlu oluluncedo lwe-0V ukuya ku-+10V uluhlu lwe-synthesizer.
gnd Isokethi yomhlaba webhanana eyi-4mm. Oku kusetyenziselwa ukubonelela ngereferensi yomhlaba (umzila wokubuyisela umqondiso) kwenye i-synthesizer ukuba ifuneka. Qhagamshela nje oku kumhlaba wesokethi yebhanana (ngesiqhelo ngasemva) ye-synth ofuna ukusebenzisa i-CVGT1 ngayo.
I-schematics eyenziwe lula (a) ukuya ku-(f) ichaza nge-arithmetic amagama alula ukuba loluphi uluhlu lwegalelo olufunekayo ukuguqulela kuluhlu lwemveliso ye-0V ukuya kwi-+10V usebenzisa i-offset eyahlukeneyo kunye neendawo zokutshintsha isikali. I-Schematics (a) ukuya ku-(c) ibonisa iswitshi yokulinganisa kwindawo ka-0 kwindawo nganye yezikali ezintathu. I-Schematics (d) ukuya ku-(f) ibonisa iswitshi yokucima kwisithuba + kwindawo nganye yezikali ezintathu.
Qaphela ukuba xa utshintsho lwesikali lukwindawo ye-1 kwaye ukutshintshwa kwe-offset kukwizikhundla ze-0, njengoko kuboniswe kwi-schematic (a), isignali ayitshintshi. Oku kuluncedo ekudibaniseni i-Eurorack synthesizers ukuya kwibhanana isidibanisi synthesizes ezine-1V/octave ukukala umzekelo Bugbrand™.
I-Banana ukuya kwi-Euro Gate Trigger Translator-Orange Channel
Esi sisiguquli somqondiso wexesha eyenzelwe ngokukodwa ukuguqula i-tri-state timing pulse output ukusuka kwi-Buchla™ 225e kunye neemodyuli ze-synthesizer ezingama-222e kwisango elihambelanayo le-Eurorack kunye nemiqondiso yokuqalisa. Iza kusebenza nayo nayiphi na isignali edlula i-input thresholds nokuba yesango okanye i-trigger detectors ngolu hlobo lulandelayo. tyhala ngaphakathi Igalelo lebhanana le-4mm elihambelana ne-Buchla™ pulse outputs kuluhlu lwe-0V ukuya +15V.
 isango ngaphandle A 3.5mm jack socket Eurorack isango output. Imveliso iya phezulu (+10V) xa i-pulse in voltage ingaphezulu +3.4V. Oku kusetyenziselwa ukulandela isango okanye ukugcina inxalenye ye-Buchla™ 225e kunye ne-222e i-module pulses nangona nayiphi na isignali engaphezu kwe-3.4V iya kubangela ukuba le mveliso ihambe phezulu.
Jonga kwi-exampUmzobo wexesha ongezantsi. I-LED ikhanyisa xa isango lokuphuma liphezulu.
khupha ngaphandle A 3.5mm jack socket Eurorack ebangela output. Imveliso iya phezulu (+10V) xa i-pulse in voltage ingaphezulu +7.5V. Oku kusetyenziselwa ukulandela isiqalo sokuqala inxalenye ye
I-Buchla™ 225e kunye ne-222e module pulses nangona nayiphi na isignali engaphezulu kwe-+7.5V iya kubangela ukuba le mveliso ihambe phezulu.

Qaphela ukuba i-trig out ayizifinyezi ii-pulses kodwa ihambisa nje i-pulses yomgangatho ophezulu kububanzi obuziswe kwi-pulse apho zonke ziyi-pulse emxinwa kwi-Buchla™ synth pulse outputs. Jonga kwi-exampIdayagram yexesha kwiphepha elilandelayo.
Lo mzobo wexesha ungentla ubonisa ezine example pulses kwiifom zegalelo lamaza kunye nesango lokuphuma kunye nokukhupha iimpendulo. I-input switching thresholds yesango kunye ne-trigger level detectors iboniswe kwi-+3.4V kunye ne-7.5V. Eyokuqala example (a) ibonisa imilo ye-pulse efana naleyo ye-Buchla™ 225e kunye ne-222e module pulses; i-pulse yokuqala ye-trigger elandelwa yinqanaba elizinzileyo elibonakaliswa kwisango eliphumayo kwaye likhuphe iimpendulo. Omnye exampLes ibonisa ukuba ii-pulses zigqithwa nje (nge +10V) ukuya kwisango lokuphuma kwaye liphume ukuba ligqithise imida. Umqondiso odlula imigangatho yomibini iya kubakho kuzo zombini iziphumo.
I-Euro ukuya kwi-Banana Gate Trigger Translator - i-Red Channel
Esi sisiguquli somqondiso wexesha eyenzelwe ukuguqula isango le-Eurorack kunye nokuqalisa imiqondiso ibe yimveliso yexesha le-pulse ehambelana ne-Buchla™ synthesizer modules pulse inputs.

qalisa ukungena I-3.5mm ye-jack socket ifaka igalelo kwi-synthesizer ye-Eurorack. Oku kunokuba nayiphi na isignali edlula i-input threshold ye-+3.4V. Izakuvelisa i-+10V ye-pulse emxinwa (i-trimmer adjustable kuluhlu lwe-0.5ms ukuya kwi-5ms; i-factory isetelwe kwi-1ms) kwi-pulse ngaphandle kungakhathaliseki ububanzi be-pulse yegalelo.
isango kwi A 3.5mm jack socket igalelo kwisango ukusuka Eurorack synthesizer. Oku kunokuba nayiphi na isignali edlula i-input threshold ye-+3.4V. Eli galelo lenzelwe ngokukodwa ukwenza imveliso kwi-pulse out ehambelana ne-Buchla™ 225e kunye ne-222e module pulses okt iya kubangela i-tri-state output pulse. Isango elikumda ophambili liya kuvelisa i-+10V emxinwa ye-trigger pulse (kwakhona i-trimmer ehlengahlengiswayo kuluhlu lwe-0.5ms ukuya kwi-5ms; iseti yefektri ukuya kwi-4ms) kwi-pulse ngaphandle nokuba igalelo lini na.
ububanzi be-pulse. Iyakwenza kwakhona i-+5V egcinayo isignali 'yesango' ngexesha lokubetha kwegalelo ukuba idlulela ngaphaya kwe-pulse trigger emxinwa. Oku kunokubonwa kwi-example (a) kumzobo wexesha okwiphepha elilandelayo.
khupha ipulse ngaphandle Imveliso yesokethi yebhanana eyi-4mm ehambelana neBuchla™ synthesizer pulse inputs. Ikhupha i-composite (i-OR umsebenzi) weempawu ezivela kwi-trig in kunye nesango kwi-pulse generators. Imveliso ine-diode kwindlela yayo ukuze iqhagamshelwe kwezinye ii-pulses ezihambelanayo ze-Buchla™ ngaphandle kokuphikisana komqondiso. I-LED ikhanyisa xa i-pulse out iphezulu.

Lo mzobo wexesha ungentla ubonisa ezine exampi-les yesango ngaphakathi kunye ne-trig in input waveforms kunye ne-pulse out iimpendulo. I-input switching thresholds yesango kunye ne-trigger level detectors iboniswe kwi-+3.4V.
Eyokuqala example (a) ibonisa indlela i-Buchla™ 225e kunye ne-222e yemodyuli ehambelana nepulse eyenziwa ngayo ngokuphendula kwisango kumqondiso; i-4ms yokuqala ye-trigger i-pulse elandelwa yinqanaba elizinzileyo elihlala ubude besango kumqondiso.
Example (b) ibonisa okwenzekayo xa isango kumqondiso lilifutshane kwaye livelisa nje i-4ms yokuqala yokuqalisa i-pulse ngaphandle komgangatho ozinzileyo.
Examp(c) ibonisa ukuba kwenzeka ntoni na xa kufakwa isibonisi; imveliso yi-1ms trigger pulse ekhutshwe kumda okhokelayo we-trig kwisignali kwaye ayihoyi intsalela ye-trig kwixesha lophawu. EksampI-le (d) ibonisa okwenzekayo xa indibaniselwano yesango kunye ne-trig in iimpawu zikhona.

Imiyalelo yoQhagamshelwano

Intambo yeRibhoni
Uqhagamshelo lwentambo yeribhoni kwimodyuli (indlela ye-10) kufuneka ihlale inomgca obomvu emazantsi ukuze ingqamane ne-RED STRIPE ephawulwayo kwiBhodi ye-CVGT1. Okufanayo kwesinye isiphelo sentambo yeribhoni edibanisa kwi-modular synth rack's power connector (16-indlela). Umgca obomvu kufuneka uhlale uye kwi-pin 1 okanye -12V isikhundla. Qaphela ukuba i-Gate, i-CV kunye ne-+5V izikhonkwane azisetyenziswanga. Uqhagamshelo lwe +12V kunye ne -12V lukhuselwe kwimodyuli yeCVGT1 ukuthintela umonakalo ukuba umva uqhagamshelwe.

Uhlengahlengiso

Olu hlengahlengiso kufuneka lwenziwe kuphela ngumntu oqeqeshwe ngokufanelekileyo.
Isikali seCV kunye nohlengahlengiso lwe-offset
I-offset voltagIimbiza zereferensi kunye nezikali zohlengahlengiso zikwibhodi yeCV1. Olu hlengahlengiso kufuneka lwenziwe ngoncedo lwe-DC ehlengahlengiswayotagUmthombo we-e kunye nokuchaneka kwe-Digital Multi-Meter (DMM), ngokuchaneka okusisiseko okungcono kune-± 0.1%, kunye ne-screwdriver encinci okanye i-trim tool.

1. Seta iiswitshi zephaneli yangaphambili ngolu hlobo lulandelayo:-
   Umjelo wesokhethi omnyama: isikali ukuya kwi-1.2
   Isitishi sosokethi esimnyama: ukusuka kwi-0
   Ijelo lesokhethi eluhlaza okwesibhakabhaka: isikali ukuya kwi-1.2
   Ijelo lesokethi eluhlaza okwesibhakabhaka: ukusuka kwi-0
2. Isitishi sosokethi esimnyama: Linganisa i-cv ngaphandle nge-DMM kwaye akukho galelo lifakwe kwi-cv kwi-rekhoda ixabiso le-residual offset voltage ukufunda.
3. Isitishi esinesokethi esimnyama: Faka i-6.000V kwi-cv in - oku kufuneka kujongwe kwi-DMM.
4.  Itshaneli yesokhethi emnyama: Ukulinganisa i-cv ngaphandle kwe-DMM kwaye ulungelelanise i-RV3 yokufunda i-5.000V ngaphezu kwexabiso elirekhodiweyo kwisinyathelo sesi-2.
5. Isitishi sosokethi esimnyama: Misela i-offset ku-.
6. Itshaneli yesokethi emnyama: Linganisa i-cv ngaphandle nge-DMM kwaye ulungelelanise i-RV1 ye-833mV ngaphezu kwexabiso elirekhodiweyo kwisinyathelo sesi-2.
7. Ijelo lesokethi eluhlaza okwesibhakabhaka: Linganisa i-cv ngaphandle nge-DMM kwaye akukho galelo lifakiweyo kwi-cv kwi-rekhoda ixabiso le-residual offset voltage ukufunda.
8.  Ijelo lesokethi eluhlaza okwesibhakabhaka: Faka i-8.333V kwi-cv in - oku kufuneka kuhlolwe kunye ne-DMM.
9. Ijelo lesokhethi eluhlaza okwesibhakabhaka: Linganisa i-cv ngaphandle nge-DMM kwaye ulungelelanise i-RV2 ye-10.000V ngaphezu kwexabiso elirekhodiweyo kwisinyathelo sesi-7
     Qaphela ukuba kukho isikali esinye solawulo lwetshaneli yesokethi emnyama kunye nesinye setshaneli yesokethi eluhlaza okwesibhakabhaka ukuze uhlengahlengiso lwenzelwe isikali se-1.2. Nangona kunjalo, ngenxa yokusetyenziswa kwezinto ezichanekileyo ezisetyenzisiweyo ezinye izikhundla zesikali ziya kulandelela i-1.2 iseti ngaphakathi kwe-0.1%. Ngokufanayo, ireferensi ye-offset voltagUlungelelwaniso lwe kwabelwana ngalo phakathi kwamajelo omabini.

Uhlengahlengiso lwexesha lokubetha
Iimbiza zohlengahlengiso lwexesha lokubetha kwentliziyo zikwibhodi ye-GT1. Ulungelelwaniso kufuneka lwenziwe ngoncedo lwewashi okanye umthombo wesango ophindayo, i-oscilloscope kunye ne-screwdriver encinci okanye i-trim tool.
Ububanzi bee-pulse eziveliswe kwi-pulse ephuma kwisango elingaphakathi kunye ne-trig in ngumzi-mveliso omiselwe kwisango elikhokelela kububanzi be-pulse ye-4ms (RV1) kunye ne-trig in pulse wide ye-1ms (RV2). Ezi zinokusetwa naphi na ukusuka kwi-0.5ms ukuya ngaphezulu kwe-5ms. 

Inkcazo yeCVGT1

Ibhanana ukuya kwi-Euro CV - Ijelo eliMnyama Igalelo: 4mm ibhanana socket cv in Uluhlu lwegalelo: ± 10V Ukuthintela igalelo: 1MΩ Ububanzi: DC-19kHz (-3db) Inzuzo: 1.000 (1), 0.833 (1.2), 0.500 (2) ±0.1% max Imveliso: 3.5mm jack cv ngaphandle Uluhlu lwemveliso: ± 10V Uthintelo lwemveliso: <1Ω

I-Euro ukuya kwi-Banana CV-Blue Channel Igalelo: 3.5mm jack cv in Uluhlu lwegalelo: ± 10V Ukuthintela igalelo: 1MΩ Ububanzi: DC-19kHz (-3db) Inzuzo: 1.000 (1), 1.200 (1.2), 2.000 (2) ±0.1% max Imveliso: 4mm ibhanana socket cv out Uthintelo lwemveliso: <1Ω Uluhlu lwemveliso: ± 10V Isalathisi sesiphumo: I-LED ebomvu yeziphumo ezingalunganga -cv

I-Banana ukuya kwi-Euro Gate Trigger - i-Orange Channel
Igalelo: 4mm ibhanana socket pulse in
Ukuthintela igalelo: 82kΩ
Umda wongeniso: +3.4V (isango), +7.5V (i-trigger)
Isango imveliso: 3.5mm jack isango ngaphandle
Inqanaba lokuphuma kwesango: isango eliphuma kwi-0V, isango kwi +10V
Imveliso ye-trigger: 3.5mm jack trig out
Inqanaba lokukhupha i-trigger: qalisa i-0V, i-trigger kwi-+10V
Isalathisi sesiphumo: I-LED ebomvu ilayitiwe ngexesha lokubetha kwentliziyo
I-Euro ukuya kwiBanana Gate Trigger - Ijelo eliBomvu
Igalelo lesango: 3.5mm isango likajack ngaphakathi
Ukuthintela ukungena kwesango: 94kΩ
Isango lokungena kwisango: + 3.4V
Igalelo le-trigger: 3.5mm jack trig in
Qalisa uthintelo lwegalelo: 94kΩ
Qalisa ingeniso yegalelo: +3.4V
Imveliso: 4mm ibhanana socket pulse out
Inqanaba lemveliso:

• Isango liqalisiwe: isango eliphuma ku-0V, isango elino-+10V ekuqaleni (0.5ms ukuya ku-5ms) liwela ku-+5V ngexesha lokungena kwesango. Kuphela ngumphetho ophambili wesango kumqondiso oqalisa isibali-xesha. Ubude be-pulse (0.5ms ukuya ku-5ms) lusetwa yi-trimmer (i-factory set to 4ms).
• I-trigger iqalisiwe: qalisa i-0V, i-trigger kwi-+10V (0.5ms ukuya kwi-5ms) iqaliswe yi-trig in. Kuphela ngumgca ohamba phambili we-trig kwi-signal oqala isibali-xesha.Ubude be-pulse (0.5ms ukuya kwi-5ms) lusetwa yi-trimmer.
• I-Pulse output: Isango kunye ne-trigger imiqondiso eqalwayo i-OR'ed kunye kusetyenziswa iidiode. Oku kuvumela ezinye iimodyuli ezineziphumo ezidityaniswe yidiode ukuba nazo zibe OR'd ngalo mqondiso. Isalathisi sesiphumo: I-LED ebomvu ilayitiwe ngexesha lokubetha kwentliziyo

Nceda uqaphele ukuba i-PostModular Limited inelungelo lokutshintsha inkcazo ngaphandle kwesaziso.
Ngokubanzi
Imilinganiselo
3U x 8HP (128.5mm x 40.3mm); PCB ubunzulu 33mm, 46mm kwiribhoni isinxibelelanisi
Ukutya umbane
+12V @ 20mA max, -12V @ 10mA max, +5V ayisetyenziswa
A-100 Ukusetyenziswa kwebhasi
±12V kunye ne-0V kuphela; +5V, iCV neGate azisetyenziswa
Imixholo
Imodyuli ye-CVGT1, i-250mm 10 ukuya kwi-16-way ribhoni intambo, iiseti ezi-2 ze-M3x8mm
Izikrufu zePozidrive, kunye neziwasha zenayiloni
Ilungelo lokushicilela © 2021 (Syntax) PostModular Limited. Onke Amalungelo Agciniwe. (Rev 1 July 2021)

Okusingqongileyo

Onke amacandelo asetyenziswe kwi-CVGT1 Modyuli ayahambelana ne-RoHS. Ukuthobela uMyalelo we-WEEE nceda ungalahli kwindawo yokulahla inkunkuma – nceda uphinde uzisebenzise ngokutsha yonke iNkunkuma yoMbane neZixhobo zoMbane ngokuthembekileyo – nceda uqhagamshelane ne-PostModular Limited ukuze ubuyisele iModyuli ye-CVGT1 ukuze uyichithe ukuba iyafuneka.
Iwaranti
Imodyuli ye-CVGT1 iqinisekisiwe kwiindawo ezineziphene kunye nokusebenza kweenyanga ezili-12 ukusuka kumhla wokuthenga. Qaphela ukuba nawuphi na umonakalo emzimbeni okanye wombane ngenxa yokusetyenziswa gwenxa okanye uqhagamshelwano olungachanekanga lwenza ukuba iwaranti ingasebenzi.
Umgangatho
IModyuli ye-CVGT1 sisixhobo esikumgangatho ophezulu se-analog esiyilwe ngothando nangononophelo, sakhiwa, saza savavanywa eUnited Kingdom yiPostModular Limited. Nceda uqiniseke ngokuzibophelela kwam ekuboneleleni ngezixhobo ezithembekileyo nezisebenzisekayo! Naziphi na iingcebiso zokuphucula ziya kwamkelwa ngombulelo.

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Amaxwebhu / Izibonelelo

I-SYNTAX CVGT1 i-Analog Interfaces yeModyuli [pdf] Incwadi yokusebenzisa I-CVGT1 i-Analog Interfaces ye-Analog Modular, CVGT1, i-Analog Interfaces Modular, i-Interfaces ye-Modyuli, i-Analog Modular, i-Modyuli

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