Incwadi Yomsebenzisi ye-CVGT1 
Copyright © 2021 (Syntax) PostModular Limited. Wonke Amalungelo Agodliwe. (Rev 1 July 2021)
Isingeniso
Siyabonga ngokuthenga i-SYNTAX CVGT1 Module. Le manuwali ichaza ukuthi iyini i-CVGT1 Module nokuthi isebenza kanjani. Le mojula inokucaciswa okufanayo ncamashi ne-Synovatron CVGT1 yasekuqaleni.
I-CVGT1 Module iyimojula engu-8HP (40mm) ebanzi ye-Eurorack analog synthesizer futhi iyahambisana nezinga lebhasi le-Doepfer™ A-100 lemodular synthesizer.
I-CVGT1 (I-Voltage-Gate Trigger module 1) iyi-CV kanye ne-Gate/Trigger interface okuhloswe ngayo ukuhlinzeka ngendlela yokushintshanisa i-CV kanye namasiginali wokulawula ukushaya kwenhliziyo phakathi kwamamojula e-Eurorack synthesizer kanye ne-Buchla™ 200e Series nakuba izophinde isebenze namanye ama-synth socketed synths afana ne-Serge. ™ kanye ne-Bugbrand™.
Isexwayiso
Sicela uqinisekise ukuthi usebenzisa i-CVGT1 Module ngokuhambisana nale miyalo ikakhulukazi ngokucophelela okukhulu ukuze uxhume intambo yeribhoni kumojuli kanye nebhasi lamandla ngendlela efanele. Hlola kabili njalo!
Faka futhi ukhiphe amamojula kuphela lapho irack ivaliwe futhi inqanyuliwe ekuphakeleni kukagesi wamapayipi amakhulu ukuze uphephe.
Bheka isigaba sokuxhuma ukuze uthole imiyalelo yokuxhuma ikhebula iribhoni. I-PostModular Limited (SYNTAX) ayinakuthweswa icala nganoma yimuphi umonakalo noma ukulimala okudalwe ukusetshenziswa okungalungile noma okungaphephile kwale mojula. Uma ungabaza, yima futhi uhlole.
Incazelo ye-CVGT1
I-CVGT1 Module ineziteshi ezine, ezimbili zokuhumusha isignali ye-CV kanye nezimbili zokuhumusha isignali yesikhathi ngale ndlela elandelayo:-
Ukuhumusha kwe-CV ye-Banana kuya ku-Euro - Isiteshi Esimnyama
Lesi isibaliseli esinebhafa esine-DC esinembayo esiklanyelwe ukuhumusha amasiginali okokufaka ebangeni elisuka ku-0V ukuya ku-+10V ukuze likhiphe elihambisana nobubanzi be-bipolar obungu-±10V be-Eurorack synthesizers.
cv kwe Okokufaka kwesokhethi kabhanana okungu-4mm nobubanzi obusuka ku-0V ukuya ku-+10V (i-Buchla™ iyahambisana).
I-cv out A 3.5mm jack socket output (Eurorack iyahambisana).
isikali Le swishi ivumela inzuzo ukuthi ishintshwe ukuze ifane nesici sesikali se-cv kusiginali yokufaka. Lokhu kungasethwa ukuze kubhekane nezikali zokufaka ze-1V/octave, 1.2V/octave kanye ne-2V/octave; endaweni engu-1, i ampi-lifier inenzuzo ye-1 (ubumbano), endaweni ye-1.2 inenzuzo ye-1 / 1.2 (i-attenuation ye-0.833) futhi endaweni ye-2 inenzuzo ye-1/2 (ukunciphisa i-0.5).
offset Lokhu kushintsha kwengeza i-offset voltage kusignali yokokufaka uma kudingeka. Esimeni (0) i-offset ayishintshile; isignali yokufaka ehambayo (isb. imvilophu) izoholela esignali ephumayo ehamba kahle; Kundawo (‒) -5V yengezwe kusignali yokokufaka engasetshenziswa ukuguqula isignali yokokufaka ehambayo ehle ngo-5V. Izinga le-offset lizothinteka isilungiselelo sokushintsha isikali.
I-schematics eyenziwe lula (a) ukuya ku-(f) ichaza ngamagama alula wezibalo ukuthi isignali yokufaka ebangeni lika-0V ukuya ku-+10V ihunyushwa kanjani kusetshenziswa izindawo ezihlukahlukene zokushintshwa kwe-offset nezikali. I-Schematics (a) ukuya ku-(c) ibonisa iswishi ye-offset ezindaweni ezingu-0 endaweni ngayinye yezikali ezintathu. I-Schematics (d) kuya ku-(f) ibonisa iswishi ye-offset endaweni ‒ endaweni ngayinye yezikali ezintathu.
Qaphela ukuthi uma iswishi yesikali isendaweni engu-1 futhi iswishi ye-offset isendaweni engu-0, njengoba kukhonjisiwe kusikimu (a), isignali ayishintshiwe. Lokhu kuyasiza ekuxhumaniseni ama-synthesizers esixhumi sikabhanana anesilinganiso esingu-1V/octave isb. Bugbrand™ to Eurorack synthesizers.
I-Euro kuya kuBanana CV Translation - Blue Channel
Lokhu ukunemba kwe-DC kuhlanganiswe ampi-lifier eklanyelwe ukuhumusha amasiginali wokufakwa kwe-bipolar ukusuka kuma-synthesizer e-Eurorack ukuya kububanzi obungu-0V ukuya ku-+10V.
cv kwe Okokufaka kwesokhethi kajack engu-3.5mm okuvela ku-Eurorack synthesizer
cv ngaphandle Okuphumayo kwesokhethi kabhanana okungu-4mm okunobubanzi obuphuma ku-0V ukuya ku-+10V (i-Buchla™ iyahambisana).
isikali Le swishi ivumela inzuzo ukuthi ishintshwe ukuze ifane nesici sesikali se-synthesizer exhunywe ku-cv out. Lokhu kungasethelwa 1V/octave, 1.2V/octave kanye 2V/octave esikalini; endaweni engu-1 i ampi-lifier inenzuzo engu-1 (ubumbano), endaweni engu-1.2 inenzuzo engu-1.2, futhi ezikhundleni ezingu-2 inenzuzo engu-2.
offset Le swishi yengeza i-offset kusignali yokuphumayo. Esimeni esingu-0, i-offset ayishintshile; isignali yokufaka ehambayo (isb. imvilophu) izophumela ekuphumeni okuphozithivu. Esimeni (+) i-5V yengezwa kusiginali yokuphumayo engasetshenziswa ukuhambisa isignali yokokufaka ehamba kahle ikhuphuke ngo-5V. Izinga le-offset ngeke lithintwe ukulungiselelwa kokushintshwa kwesikali.
-Izibani zezinkomba ze-CV ze-LED uma isignali yokuphumayo iba yimbi ukuze ixwayise ngokuthi isignali ingaphandle kwebanga eliwusizo le-synthesizer yebanga elingu-0V ukuya ku-+10V.
gnd Isokhethi yomhlaba kabhanana engu-4mm. Lokhu kusetshenziselwa ukunikeza ireferensi ephansi (indlela yokubuyisela isignali) kwenye i-synthesizer uma kudingeka. Vele uxhume lokhu endaweni yesokhethi kabhanana (imvamisa ngemuva) ye-synth ofuna ukusebenzisa i-CVGT1 ngayo.
I-schematics eyenziwe lula (a) ukuya ku-(f) ichaza ngamagama alula we-arithmetic ukuthi ibuphi ububanzi bokufakwayo obudingekayo ukuze uhumushele ebangeni lokuphumayo lika-0V ukuya ku-+10V kusetshenziswa ukuhluka okuhlukahlukene kokushintsha kwesikali. I-Schematics (a) ukuya ku-(c) ibonisa iswishi ye-offset endaweni engu-0 endaweni ngayinye yezikali ezintathu. I-Schematics (d) ukuya ku-(f) ibonisa iswishi ye-offset endaweni ethi + endaweni ngayinye yezikali ezintathu.
Qaphela ukuthi uma iswishi yesikali isendaweni engu-1 futhi iswishi ye-offset isendaweni engu-0, njengoba kukhonjisiwe kusikimu (a), isignali ayishintshiwe. Lokhu kuyasiza ekuxhumaniseni ama-synthesizer e-Eurorack kuzihlanganisi zesixhumi sikabhanana ezinesilinganiso esingu-1V/octave isb Bugbrand™.
I-Banana kuya kumhumushi we-Euro Gate Trigger - Isiteshi se-Orange
Lesi isiguquli sesignali yesikhathi esiklanyelwe ngokuqondile ukuguqula okukhiphayo kwe-pulse yesikhathi se-tri-state kusuka kumamojula e-Buchla™ 225e kanye nama-synthesizer angu-222e kube yisango elihambisanayo ne-Eurorack namasignali acupha. Izosebenza nanoma iyiphi isignali eyeqa imingcele yokufaka yesango noma imitshina yokucupha ngale ndlela elandelayo.
shayela phakathi Okokufaka kwesokhethi kabhanana okungu-4mm okuhambisana nokuphumayo kwe-Buchla™ pulse ebangeni lika-0V ukuya ku-+15V.
isango ukuphuma Ukukhishwa kwesango lika-3.5mm kajekhi we-Eurorack. Okukhiphayo kuya phezulu (+10V) lapho i-pulse in voltagu-e ungaphezulu kuka +3.4V. Lokhu kusetshenziselwa ukulandela isango noma ukusekela ingxenye ye-Buchla™ 225e kanye ne-222e module pulses nakuba noma iyiphi isignali eyeqa +3.4V izobangela lokhu okukhiphayo ukuthi kukhuphuke.
Bheka ku-example umdwebo wesikhathi ngezansi. I-LED ikhanya uma isango lokuphuma liphezulu.
khipha Isokhethi kajack engu-3.5mm okukhiphayo kwe-Eurorack. Okukhiphayo kuya phezulu (+10V) lapho i-pulse in voltagu-e ungaphezu kuka +7.5V. Lokhu kusetshenziselwa ukulandela ingxenye yokuqala ye-trigger
I-Buchla™ 225e kanye ne-222e module pulses nakuba noma iyiphi isignali engaphezu kuka-+7.5V izobangela lokhu okukhiphayo ukuthi kukhuphuke.
Qaphela ukuthi i-trig out ayifinyezi ama-pulses ivele idlulisele ama-pulses wezinga eliphezulu kububanzi owethulwe ku-pulse lapho wonke ama-pulse amancane emiphumeleni ye-Buchla™ synth pulse. Bheka ku-exampumdwebo wesikhathi ekhasini elilandelayo.
Umdwebo wesikhathi ongenhla ubonisa izifani ezineampama-pulses kuma-waveform okokufaka kanye nesango eliphumayo futhi likhiphe izimpendulo. I-input switching threshold yesango ne-trigger level detectors iboniswa ku-+3.4V kanye no-+7.5V. I-ex yokuqalaampi-le (a) ikhombisa umumo we-pulse ofana nowe-Buchla™ 225e kanye nama-222e module pulses; i-trigger pulse yokuqala elandelwa yizinga eliqhubekayo elibonakala esangweni lokuphuma futhi likhiphe izimpendulo. Esinye i-exampkukhombisa ukuthi ama-pulses asanda kudlula (ku-+10V) ukuze aphume futhi aphume uma edlula ama-threshold afanele. Isiginali eyeqa yomibili imikhawulo izoba khona kukho kokubili okuphumayo.
I-Euro kuya ku-Banana Gate Trigger Translator - Isiteshi Esibomvu
Lesi isiguquli sesignali yesikhathi esiklanyelwe ukuguqula isango le-Eurorack futhi sicuphe amasignali abe okukhiphayo kokushaya kwesikhathi okuhambisana nokokufaka kwe-pulse yamamojula e-Buchla™ synthesizer.
ngena Okokufaka kwesokhethi ka-jack 3.5mm okuvela ku-Eurorack synthesizer. Lokhu kungaba yinoma iyiphi isignali eyeqa i-threshold yokufaka engu-+3.4V. Izokhiqiza i-pulse engu-+10V ewumngcingo (isinqamuli esilungiseka kububanzi obungu-0.5ms ukuya ku-5ms; imboni isethwe ku-1ms) lapho ishayela ngaphandle ngokunganaki ububanzi be-pulse bokufaka.
isango elingu-3.5mm lokufakwa kwe-jack socket gate elivela ku-Eurorack synthesizer. Lokhu kungaba yinoma iyiphi isignali eyeqa i-threshold yokufaka engu-+3.4V. Lokhu okokufaka kuklanyelwe ngokukhethekile ukudala okukhiphayo ku-pulse out okuhambisana ne-Buchla™ 225e kanye ne-222e module pulses okusho ukuthi kuzodala i-tri-state pulse ephumayo. Isango elisemaphethelweni aphambili lizokhiqiza i-+10V ye-trigger encane yokushaya (futhi i-trimmer eshintshwayo kububanzi obungu-0.5ms ukuya ku-5ms; imboni isethwe ku-4ms) lapho ishayela ngaphandle ngaphandle kokubheka okokufaka.
ububanzi be-pulse. Izophinda ikhiqize isignali 'yesango' egcina i-+5V ngesikhathi sokushaya kwe-pulse uma idlulela ngale kwe-trigger encane. Lokhu kungabonakala ku-example (a) kumdwebo wesikhathi osekhasini elilandelayo.
khipha umoya Okuphumayo kwesokhethi kabhanana okungu-4mm okuhambisana nokokufaka kwe-Buchla™ synthesizer pulse. Ikhipha inhlanganisela (umsebenzi NOMA) wamasignali atholakala ku-trig in kanye nesango kumajeneretha we-pulse. Okukhiphayo kune-diode endleleni yakho ukuze ivele ixhumeke kwamanye ama-pulses ahambisanayo e-Buchla™ ngaphandle kokungqubuzana kwesignali. I-LED ikhanya uma i-pulse out iphezulu.
Umdwebo wesikhathi ongenhla ubonisa izifani ezineampama-les of gate in kanye ne-trig in input waveforms kanye nezimpendulo ze-pulse out. I-input switching threshold yesango ne-trigger level detectors ikhonjiswa kokuthi +3.4V.
I-ex yokuqalaample (a) ikhombisa ukuthi i-Buchla™ 225e kanye ne-222e ishayela ehambisanayo yemojula yenziwa kanjani ukuphendula isango elikusiginali; i-4ms yokuqala ye-trigger pulse elandelwa yizinga eliqhubekayo elihlala ubude besango kusiginali.
ExampI-le (b) ibonisa ukuthi yini eyenzekayo uma isango kusignali lilifushane futhi livele likhiqize ukushaya kwe-trigger engu-4ms yokuqala ngaphandle kwezinga eliqhubekayo.
Example (c) ikhombisa ukuthi kwenzekani uma isignali ye-trig in kusetshenziswa; okukhiphayo kuyi-1ms trigger pulse eqalwe isuka onqenqemeni oluphambili lwe-trig kusignali futhi ishaya indiva insalela ye-trig kubude besignali. Exampi-le (d) ikhombisa ukuthi yini eyenzekayo uma inhlanganisela yesango lokungena nokufaka amasignali ikhona.
Imiyalo yokuxhumana
Ikhebuli yeRibbon
Uxhumo lwekhebuli yeribhoni kumojula (indlela eyi-10) kufanele njalo lunomugqa obomvu ngezansi ukuze luhambisane nokumaka RED STRIPE Kubhodi le-CVGT1. Okufanayo nakwesinye isiphetho sentambo yeribhoni exhuma kusixhumi samandla se-synth rack's modular (indlela eyi-16). Umugqa obomvu kufanele uhlale uye endaweni yephinikhodi 1 noma -12V. Qaphela ukuthi izikhonkwane ze-Gate, CV kanye ne-+5V azisetshenziswa. Izixhumi ze-+12V kanye -12V zivikelekile kumojula ye-CVGT1 ukuze kunqandwe umonakalo uma kuxhumeke emuva.
Ukulungiswa
Lezi zinguquko kufanele zenziwe kuphela umuntu oqeqeshwe ngokufanele.
Isilinganiso se-CV nokulungiswa kwe-offset
I-offset voltagIreferensi kanye namabhodwe okulungisa isikali asebhodini le-CV1. Lokhu kulungiswa kufanele kwenziwe ngosizo lwe-DC voltagUmthombo we-e kanye ne-Digital Multi-Meter (DMM) enembayo, enokunemba okuyisisekelo okungcono kunokungu-±0.1%, kanye nethuluzi lokusika elincane noma ithuluzi lokusika.
- Setha amaswishi ephaneli yangaphambili ngale ndlela elandelayo:-
Isiteshi esinesokhethi esimnyama: isikali siye ku-1.2
Isiteshi esinesokhethi esimnyama: isuka ku-0
Isiteshi esinesokhethi esiluhlaza: isikali siye ku-1.2
Isiteshi esinesokhethi esiluhlaza okwesibhakabhaka: ukusuka ku-0 - Isiteshi esinesokhethi esimnyama: Linganisa i-cv nge-DMM futhi akukho okokufaka okufakwe ku-cv ku - rekhoda inani le-residual offset voltage ukufunda.
- Isiteshi esinesokhethi emnyama: Faka i-6.000V ku-cv in - lokhu kufanele kuhlolwe ne-DMM.
- Isiteshi esinesokhethi emnyama: Linganisa i-cv nge-DMM futhi ulungise i-RV3 ukuze ifundwe ngo-5.000V ngaphezu kwevelu erekhodiwe esinyathelweni sesi-2.
- Isiteshi esinesokhethi emnyama: Misa i-offset ukuze ‒.
- Isiteshi esinesokhethi emnyama: Linganisa i-cv nge-DMM futhi ulungise i-RV1 ku-833mV ngaphezu kwevelu erekhodiwe esinyathelweni sesi-2.
- Isiteshi esinesokhethi esiluhlaza: Linganisa i-cv nge-DMM futhi akukho okokufaka okufakwe ku-cv ku - rekhoda inani le-residual offset voltage ukufunda.
- Isiteshi esinesokhethi eluhlaza okwesibhakabhaka: Faka i-8.333V ku-cv in - lokhu kufanele kuhlolwe ne-DMM.
- Isiteshi esinesokhethi esiluhlaza: Linganisa i-cv nge-DMM futhi ulungise i-RV2 ye-10.000V ngaphezu kwevelu erekhodiwe esinyathelweni sesi-7
Qaphela ukuthi kunokulawula isikali esisodwa kuphela sesiteshi esokhethi esimnyama nesodwa seshaneli yesokhethi eluhlaza okwesibhakabhaka ukuze ukulungiswa kwenzelwe isikali esingu-1.2. Kodwa-ke, ngenxa yokusetshenziswa kwezingxenye ezinemba okuphezulu ezisetshenzisiwe ezinye izikali zizolandelela u-1.2 omiswe phakathi kuka-0.1%. Ngokufanayo, ireferensi ye-offset voltagukulungiswa kwe-e kwabiwe phakathi kweziteshi zombili.
Ukulungiswa kwesikhathi se-Pulse
Amabhodwe okulungisa isikhathi sokushaya kwenhliziyo asebhodini le-GT1. Ukulungiswa kufanele kwenziwe ngosizo lwewashi noma umthombo wesango ophindayo, i-oscilloscope kanye ne-screwdriver encane noma ithuluzi lokunquma.
Ububanzi bama-pulse akhiqizwa ngokushaya kwe-pulse ngaphandle kwesango elingenayo kanye nokungena kufakwe efekthri ebekwe esangweni elihamba phambili lokushaya kwe-pulse ububanzi obungu-4ms (RV1) kanye ne-trig in pulse wide of 1ms (RV2). Lezi nokho zingasethwa noma yikuphi ukusuka ku-0.5ms kuya ngaphezu kuka-5ms. 
Ukucaciswa kwe-CVGT1
| I-Banana kuya ku-Euro CV - Isiteshi Esimnyama Okokufaka: I-cv yesokhethi kabhanana engu-4mm Ibanga lokokufaka: ±10V Wokufaka impedance: 1MΩ Ububanzi: DC-19kHz (-3db) Inzuzo: 1.000 (1), 0.833 (1.2), 0.500 (2) ±0.1% ubuningi Okukhiphayo: 3.5mm jack cv out Ibanga lokuphumayo: ±10V Ukuphazamiseka kokuphumayo: <1Ω |
I-Euro kuya ku-Banana CV - Isiteshi Esiluhlaza Okokufaka: 3.5mm jack cv in Ibanga lokokufaka: ±10V Wokufaka impedance: 1MΩ Ububanzi: DC-19kHz (-3db) Inzuzo: 1.000 (1), 1.200 (1.2), 2.000 (2) ±0.1% ubuningi Okukhiphayo: 4mm kabhanana isokhethi cv out Ukuphazamiseka kokuphumayo: <1Ω Ibanga lokuphumayo: ±10V Inkomba yokuphumayo: I-LED ebomvu yemiphumela engemihle -cv |
I-Banana kuya ku-Euro Gate Trigger - Isiteshi esiwolentshi
Okokufaka: I-pulse yesokhethi kabhanana engu-4mm
I-impedance yokokufaka: 82kΩ
I-threshold yokokufaka: +3.4V (isango), +7.5V (i-trigger)
Isango eliphumayo: 3.5mm isango likajack out
Izinga lokuphuma kwesango: isango elisuka ku-0V, isango ku-+10V
I-Trigger ephumayo: 3.5mm i-jack trig out
Qalisa izinga lokuphumayo: cisha i-0V, qalisa ku-+10V
Inkomba yokuphumayo: I-LED ebomvu ivuliwe isikhathi sokushaya kwenhliziyo
I-Euro kuya ku-Banana Gate Trigger - Isiteshi Esibomvu
Okokufaka kwesango: 3.5mm kajeke wesango phakathi
I-impedance yesango: 94kΩ
Umkhawulo wokufaka wesango: +3.4V
Okokufaka kwe-trigger: 3.5mm i-jack trig in
I-Impedans yokucupha okokufaka: 94kΩ
Qalisa umkhawulo wokufaka: +3.4V
Okukhiphayo: 4mm isokhethi likabhanana liphuma ngaphandle
Izinga lokukhiphayo:
- Isango eliqaliwe: isango elisuka ku-0V, isango liyi-+10V ekuqaleni (0.5ms ukuya ku-5ms) eliwela ku-+5V ngesikhathi sokungena kwesango. Unqenqema oluphambili kuphela lwesango kusiginali oluqalisa isibali sikhathi. Ubude besikhathi sokushaya kwenhliziyo (0.5ms kuya ku-5ms) busethwe isinqamuli (ifekthri isethwe ku-4ms).
- I-trigger iqaliwe: cisha i-0V, qalisa ku-+10V (0.5ms kuya ku-5ms) iqaliswe yi-trig in. Unqenqema oluphambili kuphela lwe-trig kusiginali oluqalisa isibali sikhathi.Ubude be-pulse (0.5ms ukuya ku-5ms) busethwe yisinqamuli.
- Okukhipha i-Pulse: Isango nezimpawu eziqalisiwe zihlanganiswa NOMA kuhlanganiswa kusetshenziswa ama-diode. Lokhu kuvumela amanye amamojula anomphumela oxhumeke kwi-diode ukuthi nawo enziwe NOMA ngale siginali. Inkomba yokuphumayo: I-LED ebomvu ivuliwe ngesikhathi sokuphuma kwe-pulse out
Sicela uqaphele ukuthi i-PostModular Limited inelungelo lokushintsha lokho okushiwo ngaphandle kwesaziso.
Okujwayelekile
Ubukhulu
3U x 8HP (128.5mm x 40.3mm); Ukujula kwe-PCB 33mm, 46mm kusixhumi seribhoni
Ukusetshenziswa kwamandla
+12V @ 20mA max, -12V @ 10mA max, +5V ayisetshenziswa
Ukusetshenziswa kwamabhasi A-100
±12V kanye ne-0V kuphela; I-+5V, i-CV ne-Gate ayisetshenziswa
Okuqukethwe
I-CVGT1 Module, 250mm 10mm 16-indlela iribhoni yezindlela eziyi-2, amasethi angu-3 we-M8xXNUMXmm
Izikulufu ze-Pozidrive, namawasha enayiloni
Copyright © 2021 (Syntax) PostModular Limited. Wonke Amalungelo Agodliwe. (Rev 1 July 2021)
Ezemvelo
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Iwaranti
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Ikhwalithi
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Imniningwano Yokuxhumana
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I-SYNTAX CVGT1 I-Analog Interfaces Modular [pdf] Imaniwali yosebenzisayo CVGT1 Analogi Interfaces Modular, CVGT1, Analog Interfaces Modular, Interfaces Modular, Analog Modular, Modular |
