I-ARC Nano Modules ARC Function Generator Guide User

Qinisekisa ukuthi uphawu LWE-RED kusixhumi samandla se-PCB lufana ne
umugqa onemibala kukhebula iribhoni.
Hlola konke ukuxhumana bese uvula imodyuli yakho
uhlelo.

Uma kukhona okudidayo okubonwayo, vala isistimu ngokushesha
bese uhlola kabusha ukuxhumana.

Incazelo

I-ARC iyi-analog Dual Function Generator enamabili azimele
iziteshi kanye nesigaba esivamile esiguquguqukayo. Isiteshi ngasinye singasetshenziswa
ukuze uthole ukulawula okunembile kwezikhathi ze-RISE kanye ne-FALL, AMAMBULU alungisekayo,
nezici ezengeziwe ezifana nemodi ye-SUSTAIN nokulungiswa kwe-OFFSET.
I-ARC yakhelwe ukubumba nokulungisa amasiginali omsindo nokulawula
izinguquko ezibushelelezi, izimvilophu eziyinkimbinkimbi, nokuguquguquka okunembile.

Isakhiwo

Imojula ifaka izilawuli ze-RISE & FALL zokubumba i
amandla esignali. Isango Lemanuwali livumela imvilophu yesikhathi sangempela
ukuqala, kuyilapho i-Offset ishuna kahle isiginali ye-DC offset. Imiphumela
faka RISE | Izimpawu zesango le-FALL kanye nemiphumela eyinhloko ngayinye
isiteshi.

Isigaba Esivamile

ISigaba Esivamile sihlanganisa amaswishi okulawula konke
ububanzi besikhathi (SPEED), umsebenzi we-loop (LOOP), kanye nokusekela
ukuziphatha. I-Logic Section inikeza imisebenzi efana no-X>Y
ukuqhathanisa, isignali yokuhlanganisa (SUM), kanye nokusebenza okunengqondo (OR).

FAQ

Q: Ngizilungisa kanjani izikhathi zokuvuka nokuwa?

A: Ungakwazi ukulawula izikhathi zokuvuka nokuwa usebenzisa i-RISE kanye
FALL amafindo ngokulandelana. Ukwengeza, okokufaka kwe-CV yangaphandle kungaba
esetshenziswa ukumodela lezi zikhathi.

Q: Iyini inhloso Yesigaba Sengqondo?

IMP: Isigaba Esinengqondo sihlinzeka ngemisebenzi yokuqhathanisa isiteshi
imiphumela, ukuhlanganisa amasignali, nokwenza imisebenzi enengqondo,
ukuthuthukisa ukuguquguquka kwamathuba wokuguquguquka.

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I-ARC
Umhlahlandlela osheshayo
Amamojula e-NANO – València 2024 ©

Siyabonga ngokukhetha i-ARC Yesistimu yakho ye-Eurorack.
Iqinisa
1. Vala amandla e-synthesizer yakho ye-modular. 2. Hlola kabili intambo yamandla polarity. Uma uxhuma imojuli emuva ungase
limaza amasekhethi ayo kagesi.

RED

Uma upheqa phezu kwe-ARC yakho, uzothola uphawu oluthi “RED” kusixhumi samandla se-PCB, okumele lufane nolayini onombala kukhebuli yeribhoni.

3. Uma usuhlole konke ukuxhumana, ungavula isistimu yakho ye-modular.
4. Uma ubona noma yikuphi okudidayo, cisha isistimu yakho ngokushesha bese uhlola ukuxhumana kwakho futhi.

I-ARC

Amamojula e-NANO – València 2024 ©

Incazelo
I-ARC iyi-analog Dual Function Generator ehlanganisa amashaneli amabili azimele kanye nesigaba esivamile esiguquguqukayo, esihlonyiswe ngokusebenza okuthuthukile.
Isiteshi ngasinye singasetshenziswa njenge:
· Ijeneretha yemvilophu (AD/ASR) · I-audio & Low-frequency oscillator (VCO/LFO) · Isinqamuli esinqunyiwe · Imoduli ye-Waveform (VCA/Polarizer)
Ngokufakwa kwe-trigger nesignali enikelwe, i-ARC ivumela ukulawula okucushwe kahle phezu kwezikhathi ze-RISE ne-FALL, AMAMBULO alungisekayo (aqondile, i-logarithmic, noma i-exponential), kanye nohlu lwezici ezengeziwe ezihlanganisa imodi ye-SUSTAIN, ukulungiswa kwe-OFFSET, kanye Nesigaba Somqondo esakhelwe ngaphakathi.
Idizayinelwe ukuthi ibe yinhliziyo yokusetha kwakho kwemojuli, i-ARC ikuvumela ukuthi ulolonge futhi uguqule kokubili amasiginali omsindo nokulawula, inikeze yonke into kusukela kuguquko olubushelelezi nezimvilophu eziyinkimbinkimbi kuya ekuguquguqukeni okunembile, okuyenza ibe imojula yokuya kulabo abafuna okwengeziwe emithonjeni yabo yokushintshashintsha.

I-ARC

Amamojula e-NANO – València 2024 ©

Isakhiwo · Okujwayelekile view
Lesi sithombe sizocacisa umsebenzi wesici ngasinye semojuli.

ISITESHI XX
PHAKAMA

I-ARC YESIGABA EYEVAMILE
VUKA UWA

Isiteshi YY
PHAKAMA

ISIVIVINYO

ILUPHU

VALIWE

IGAT ANUAL

UWA

IGAT ANUAL

PHAMBISA

VALIWE

I-POL

I-VCA

-5 +5
OFFSET

X PHUMA

I-X LOOP YX IYAQHUBEKA KAKHULU Y

Y PHUMA

-5 +5
OFFSET

Trig

PHAKAMA

EXP

UWA

X>Y

I-SUM

PHAKAMA

EXP

I-FALL TRIG

PHUMA X PHUMA

UWA

KANYE

PHAKAMA Y

NGENA

M POL

E VCA

I-ARC

Isakhiwo
Lesi sithombe sizocacisa umsebenzi wesici ngasinye semojuli.

I-RISE & FALL Shape
Lawula umumo wesikhathi sokukhuphuka noma sokuwa, phakathi kwe-Exponential Linear Logarithmic
Isango Lemanuwali
Qalisa imvilophu ngokwenza
ukulawula kwesikhathi sangempela.
I-Offset
Lungisa kahle i-DC yesiginali, elungisekayo phakathi kuka -5V kanye +5V.
Imiphumela
PHAKAMA | I-FALL Gate okukhiphayo okuphezulu lapho
isigaba sokukhuphuka noma sokuwa siyasebenza.
I-X OUT Primary okukhiphayo yesiteshi X, ihlinzeka ngomshini wokuphehla umsebenzi
isignali.

M POL

I-VCA E

ISITESHI XX

PHAKAMA

IGAT ANUAL

UWA

-5 +5
OFFSET

X PHUMA

Trig

PHAKAMA

EXP

UWA

PHUMA X PHUMA

UWA

VUKA FUTHI UWE
I-RISE knob ilawula ukuthi isignali ifika ngokushesha kangakanani esiqongweni sayo. I-FALL knob ilawula ukuthi isignali ibuyela ngokushesha kangakanani kusisekelo sayo.
I-Attenuverter
· I-Polarizer. Ukuguqulwa kwesigaba. · VCA. Ampi-litude modulation.
I-CV IN
PHAKAMA | I-FALL Ilawula Isikhathi Sokukhuphuka/Sokuwa semvilophu noma isignali yokushintshashintsha nge-CV yangaphandle. I-EXP Ilungisa ukusabela komchazi we-Rise and Aall times, okuthinta imvamisa eyinhloko yomsebenzi.

I-ARC

Amamojula e-NANO – València 2024 ©

Isakhiwo
Isigaba Esivamile Lesi sigaba sihlanganisa izilawuli ezabiwe ezivela kuzo zombili iziteshi ngaphandle komthungo.

Ukushintsha
I-SPEED Ilawula lonke ibanga lesikhathi lezikhathi zokukhuphuka nokuwa.
I-LOOP Iguqula umsebenzi wokuluphu
yemvilophi.
I-SUSTAIN Ilawula ukuthi ngabe imvilophi
ibambe esiqongweni sayo noma cha
Isigaba Somqondo
X>Y Ikhipha isignali ephezulu uma
isiteshi sika-X sikhulu kunesiteshi sika-Y.
I-SUM Ihlanganisa Isiteshi X & Y
izimpawu zibe munye.
NOMA Ikhipha ivolumu ephezulutage
yamashaneli X noma Y.
KANYE Nemiphumela yevolumu ephansitage
yamashaneli X noma Y.

PHAMBISA

ILUPHU

ISIVIVINYO

I-ARC
VUKA UWA

VULA VALIWE

I-X LOOP YX IYAQHUBEKA KAKHULU Y

X>Y

I-SUM

KANYE

PHAMBISA

ILUPHU

ISIVIVINYO

Izinkomba ze-LED CV IN

I-ARC

Amamojula e-NANO – València 2024 ©

Isakhiwo
Isiteshi Y Siyafana Nesiteshi X.

Isiteshi YY

POL M

PHAKAMA

UWA

IGAT ANUAL

E VCA

Y PHUMA

-5 +5
OFFSET

PHAKAMA

EXP

I-FALL TRIG

PHAKAMA Y

UWA

Qalisa
Qalisa okokufaka kwemvilophu.
Okokufaka kwesiginali
Okokufaka kwesignali okungenela isikhawuli esibulewe

I-ARC

Amamojula e-NANO – València 2024 ©

I-Envelope Generator AR/ASR
Sebenzisa izilawuli ze-RISE & FALL ukuze udale izimvilophu ze-AD ezilula zemisindo ehlabayo nenomsindo.
Ukuze uthole izimvilophu ze-ASR, vula iswishi ye-Sustain! Imvilophi izophakama iye phezulu futhi ibambe lapho ngenkathi iSango lisebenza.
I-Audio & Low Frequency Oscillator
I-ARC ihlanganisa ukulungiswa kwefrikhwensi ye-RISE & FALL kanye neswishi ye-SPEED enezindawo ezintathu (ehamba kancane, emaphakathi, esheshayo) ukuze ihlanganise zonke izidingo ezingaba khona.
Vula iswishi ye-LOOP ukuze uguqule ijeneretha esebenzayo ibe i-oscillator. Sebenzisa izilawuli zangaphambilini ukufanisa imvamisa edingekayo.
I-ARC ingakhiqiza uhla olukhulu lwamaza okukhiqiza amasiginali wesilinganiso somsindo womsindo ophonsekile kanye namagagasi ahamba kancane kakhulu ngezinjongo zokuguquguquka.
I-Slew Limiter & Waveform Modulation
· Isikhawuli esincane Bushelela izinguquko ezingalindelekile ku-CV namasignali omsindo ukuze udale imiphumela yokuhlunga ne-portamento.
· Ukushintshashintsha kwe-Waveform Lungisa umumo wokukhuphuka nokuwa ukuze udale umumo we-logarithmic, umugqa, noma umchazi phezu kwesiginali yakho yokufaka.
I-ARC

ISIVIVINYO

ISIVIVINYO
ILUPHU

Isango le-AR ASR
Fig.1 Ukucushwa Kokushintsha Isivinini & Igrafu Yezimvilophu ze-AR/ASR
KHANYISA CISHA
Fig.2 LOOP Switch ON & Graph for Speed Ranges
Umsebenzi Wokufaka Isignali Uphumile
Y
PHAKAMA
UWA
Fig.3 Amafindo Okumodareyitha kwe-Waveform nokumelwa kwesithombe isibample
Amamojula e-NANO – València 2024 ©

I-VCA kanye ne-Signal Inversion (POL)
I-VCA/POL ilungisa ivolumu yesiginali, isebenze njenge-VCA yendabuko yokulawula ileveli eguqukayo.
Ukwengeza, umsebenzi we-POL ulungisa i-polarity, okwenza kokubili ukuguquguquka okuhle nokubi ekubunjweni komsindo okuyinkimbinkimbi.
Umsebenzi we-OFFSET ungangeza noma ukhiphe ivolumutage isuka ku -5V iye ku-5V ukuze ifane nobubanzi besiginali edingekayo.
Isigaba Somqondo
I-ARC ihlanganisa okukhiphayo okunengqondo kwesango elingu-X > Y, eliqhathanisa amasiginali amabili okusebenza futhi likhiphe isango lapho u-X mkhulu kuno-Y.
Ukwengeza, imojula ihlinzeka nge-SUM yemisebenzi ye-X kanye ne-Y, kanye nemisebenzi ye-OR kanye KANYE ne-logic.

0V
Umsebenzi Wokufaka Isignali Uphumile

I-POL

I-VCA

-5 +5
OFFSET

X PHUMA

Fig.4 Imininingwane ye-X·OUT Attenuverter & Offset Knobs & Graphic Representation example

I-ARC

X>Y

I-SUM

KANYE

Fig.5 Imininingwane Yemiphumela Enengqondo kanye nokumelela kwayo okuyingcaca

Izilawuli / Isiteshi X & Y
· VUKA & UWE
UKUPHUKA: Ilawula ukuthi isignali ifika ngokushesha kangakanani esiqongweni sayo. Jikela ngokwewashi ukuze uthole ukuphakama okunensa, okushelelayo; ngokuphambene newashi ukuze kukhuphuke ngokushesha, nokucijile.
I-FALL: Ilawula ukuthi isignali ibuyela ngokushesha kangakanani kusisekelo. Ngokwewashi lokuwa kancane kancane; ngokuphambene newashi ukuze wehle ngokushesha.
· Umumo we-RISE & FALL Ulungisa ijika lezikhathi zokukhuphuka nokuwa phakathi kwe-Exponential, Linear, ne-Logarithmic.

PHAKAMA
UWA
Fig.6 Imininingwane ye-RISE & FALL Knobs
I-logarithmic linear exponential Fig.7 Imininingwane ye-RISE Shape Knob kanye nokumelela kwayo kwesithombe ngomugqa womchazi
i-logarithmic Fig.8 Imininingwane ye-FALL Shape Knob &
ukumelwa kwayo okuyingcaca

I-ARC

Izilawuli / Isiteshi X & Y
· Isango Lemanuwali Qalisa ngokuzenzela imvilophu ukuze isebenze ngesikhathi sangempela.
· Ukulungiswa kwe-Offset DC Offset: Ilungisa ivolumu yokuqala yesiginalitage phakathi -5V kanye +5V, iqondanise nezidingo zakho noma uqinisekise iphoyinti elilungile lokushintshwa kwegama lokuqala.
· I-Attenuverter Isebenza njenge-polarizer kanye ampisilawuli litude. Ikuvumela ukuthi ulawule i- amplitude futhi uguqule isigaba sesignali.

POL M

I-VCA E

ANUAL GAT Fig.9 Imininingwane Yenkinobho Yesango Lemanuwali
-5 +5
I-OFFSET Fig.10 Imininingwane ye-Offset Attenuverter

X PHUMA

Fig.11 Imininingwane ye-POL/VCA Attenuverter

I-ARC

Izilawuli / Isiteshi X & Y
· Okokufaka
/IN Lokhu okokufaka kwesignali okuphakelayo kumkhawulo obulewe. Iyashelela futhi ilolonge amasignali angenayo.
/TRIG I-trigger yokufaka imvilophu. Uma isignali ye-trigger itholwa, yenza imvilophu isebenze, iqalise izigaba zokukhuphuka nokuwa ngokuvumelana nezilawuli ezimisiwe.
· Okokufaka kweCV
/PHAKAMA | I-FALL Ilawula Isikhathi Sokukhuphuka/Sokuwa semvilophu noma isignali yokushintshashintsha nge-CV yangaphandle.
/EXP Imodela impendulo yomchazi we-Rise and Aall times, ethinta imvamisa eyinhloko yomsebenzi.
· Imiphumela
PHAKAMA | I-FALL Gate okukhiphayo okuphezulu lapho isigaba sokukhuphuka noma sokuwa sisebenza.
I-X OUT Primary okukhiphayo yesiteshi X, enikeza isignali yokukhiqiza umsebenzi.

Trig
KU-Fig.12 Imininingwane ye-TRIG & IN Okokufaka

PHAKAMA

EXP

UWA

Fig.13 Imininingwane ye-CV IN Okokufaka

RISE X OUT FALL Fig.14 Imininingwane Yemiphumela

I-ARC

Izilawuli / Isigaba Esivamile
· Izinkomba ze-LED
RISE Le LED ikhanyisa phakathi nesigaba sokukhuphuka semvilophu noma ijeneretha yokusebenza, okubonisa ukuthi isignali iyakhula ibheke phezulu.
I-OUT (Bicolor) Le LED ene-bicolor ibonisa isimo sokuphuma kwemojuli.
Ngokuvamile ishintsha umbala ngokusekelwe ku-polarity yesiginali noma isimo, okukuvumela ukuthi uhlole ngokushesha ukuthi okukhiphayo kuphozithivu, kunegethivu, noma kukuziro.
I-FALL Le LED ikhanyisa phakathi nesigaba sokuwa, okubonisa ukuthi isignali ibuyela kusisekelo sayo noma iqedela umjikelezo wayo.
· Ukushintsha
SPEED Le swishi ilawula lonke ibanga lesikhathi lezikhathi zokukhuphuka nokuwa.
· MID. Ibanga elilinganisiwe lezinguquko zesivinini esimaphakathi. · PHEZULU. Ezimvilophini ezisheshayo, ezisheshayo, ezilungele imisindo eshaywayo noma izinguquko ezisheshayo zokushintshashintsha kwezwi · OKUPHANSI. Ukuze uthole izimvilophu ezihamba kancane kanye nokushintshashintsha.

ISIVIVINYO

RISE OUT FALL Fig.15 Imininingwane Yezinkomba ze-LED
Fig.16 Imininingwane Yokushintsha Isivinini

ISIVIVINYO

I-ARC

Izilawuli / Isigaba Esivamile
· Ukushintsha
I-LOOP Iguqula umsebenzi wokuvula imvilophu. · VULIWE. Imvilophu izoqhubeka iluphu, idale umjikelezo ophindayo ngaphandle kwesidingo sokucupha kwangaphandle. · VALIWE. Imvilophu izosebenza ngokujwayelekile, icupha kanye kuphela ngesignali yesibangeli.
I-SUSTAIN Ilawula ukuthi imvilophu ibambe phezulu yini. · VULIWE. Imvilophu izoqhubeka isezingeni eliphakeme inqobo nje uma isango noma isignali ye-trigger isebenza, iqhubekela esigabeni sokuwa uma isango selikhululiwe. · VALIWE. Imvilophu izoqhubeka ngokushesha esigabeni sokuwa ngemva kokufinyelela esiqongweni, ngaphandle kokubamba.

PHAMBISA

ILUPHU

VALIWE Fig.17 Imininingwane Ye-Loop Switch
VALIWE Fig.18 Imininingwane ye-Sustain Switch

PHAMBISA

ILUPHU

I-ARC

Izilawuli / Isigaba Esivamile
· Okokufaka kweCV
LOOP Ukusebenzisa i-voltagI-e engaphezu kuka-2V kulokhu kufakwayo ivula imodi yeluphu, ibangele ukuthi umshini okhiqiza umsebenzi uphindaphinde umjikelezo wawo ngokuqhubekayo, ngaphandle kokudinga ukwenziwa kusebenze mathupha noma isignali yesango.
I-ATT.VER Lokhu kufakwayo kusebenza njengesilawuli se-CV ku-attenuverter yesiteshi, okukuvumela ukuba ulungise ampi-litude kanye ne-polarity yesiginali.
I-0V ibangela ukungaguquguquki, igcina okwamanje ampi-litude kanye ne-polarity. -5V iguqula isignali ngobuningi ampi-litude.(POL) +5V igcina i-polarity yesiginali ngobuningi ampukufunda. (VCA)
· Ukusebenza okunengqondo
/X>Y. Ikhipha isignali ephezulu uma isiteshi sika-X sikhulu kunesiteshi esingu-Y, siwusizo ekudaleni ukushintshashintsha okuyinkimbinkimbi noma izibangeli ezinemibandela.
/SUM. Ikhipha isamba seziteshi ze-X kanye ne-Y, ihlanganisa zombili amasiginali ibe yinye.
/NOMA. Ikhipha ivolumu ephezulutage yamashaneli X noma Y.
/FUTHI. Ikhipha ivolumu ephansitage yamashaneli X noma Y.
I-ARC

I-X LOOP Y
X ATT·VER Y Fig.19 Imininingwane Yokufakwayo kwe-Loop & Attenuverter CV

X>Y

I-SUM

KANYE

Fig.20 Imininingwane Yemiphumela Enengqondo

Ukulinganisa
I-ARC ilinganiswe njengasekuqaleni ngemithombo enembayo. Inqubo elandelayo eyokulungisa okungalungile ohlelweni lwakho:
· Isikhungo se-ATT-VER Lungisa i-1 2
Lokhu kulungisa indawo emaphakathi ye-attenuator/offset voltagi-e yamashaneli u-Y no-X. Uma i-potentiometer imaphakathi, okukhiphayo kufanele kube ngu-0V ukuze kuqinisekiswe ukuqondana okufanele.
· I-Rise Shape Lungisa 3 5
Lawa ma-trimmers alungisa ijika lokukhuphuka lamashaneli u-Y no-X. Zilinganise ukuze kuthi uma i-potentiometer yomumo imaphakathi, ijika lokukhuphuka libe ngomugqa. Lokhu kuqinisekisa indawo yokuqala engathathi hlangothi yokulungiswa okwengeziwe.
· I-Fall Shape Lungisa i-4 6
Lezi zilawula ijika lokuwa lamashaneli u-Y no-X. Zisethe ukuze ijika lokuwa lilingane lapho i-potentiometer yomumo iphakathi nendawo, okuvumela ukuguqulwa okubushelelezi.
· Ukulandelela kwe-V/OCT Lungisa 7 8
Lezi zilungisi zishuna ukulandelela okungu-1V/Octave kumashaneli angu-Y no-X, okuqinisekisa ukusabela okunembile kulo lonke ibanga lama-octave.

2
I-RT5
5
Y UMTHETHO WOKUPHAKAMELA
I-RT6
6
Y UKUJWA KWESLOPE
I-RT4
8
Y UMLANDO WE-VOCT

I-RT8
Y SLOPE ATT-VER CENTRE

I-RT7
X SLOPE ATT-VER CENTRE

RED

1
I-RT2
3
X SLO RIVE SHAPE
I-RT3
4
X UMUMO WE-SLOPE FALL
I-RT1
7
X UMLANDO WE-VOCT

I-ARC

Ukuhambisana
Le divayisi ithobela imihlahlandlela ye-EU futhi yakhiwe ngokuhambisana ne-RoHS ngaphandle kokusebenzisa i-led, i-mercury, i-cadmium ne-chrome. Noma kunjalo, le divayisi ingudoti okhethekile futhi ukulahlwa kukadoti wasendlini akunconywa.
Le divayisi ihlangabezana nezimfuneko zamazinga neziqondiso ezilandelayo:
· I-EMC: 2014/30/EU · EN 55032. Ukuhambisana kwe-electromagnetic kwemishini ye-multimedia. · EN 55103-2. Ukuhambelana kwe-electromagnetic - Indinganiso yomndeni yomkhiqizo yomsindo, ividiyo, i-audio-visual kanye nezinsiza zokulawula izibani zokuzijabulisa ukuze zisetshenziswe ngochwepheshe.
· EN 61000-3-2. Imikhawulo yokukhishwa kwamanje kwe-harmonic. EN 61000-3-3. Umkhawulo we-voltage izinguquko, voltage eguquguqukayo kanye nokucwayiza emphakathini low-voltagamasistimu wokuphakela. I-EN 62311. Ukuhlolwa kwezinto zokusebenza zikagesi nezikagesi ezihlobene nemikhawulo yokuchayeka komuntu ezinkambuni zika-electromagnetic.
· RoHS2: 2011/65/EU · WEEE: 2012/19/EU

I-ARC

Isiqinisekiso
Lo mkhiqizo umbozwa isiqinisekiso seminyaka engu-2 ezimpahleni ezithengiwe, esiqala lapho uthola iphakheji lakho.
· Lesi siqinisekiso sifaka noma isiphi isici ekwenziweni kwalo mkhiqizo. Ukushintsha noma ukulungisa, njengoba kunqunywe amamojula e-NANO.
· Lesi siqinisekiso asibandakanyi Noma yimuphi umonakalo noma ukungasebenzi kahle okudalwe ukusetshenziswa okungalungile, njengokuthi, kodwa kungagcini nje: – Izintambo zikagesi ezixhunywe emuva. - Umthamo oweqiletage amazinga. - Amamodi angagunyaziwe. - Ukuchayeka ezingeni lokushisa elidlulele noma amazinga omswakama.
Sicela uxhumane nesevisi yethu yamakhasimende - jorge@nanomodul.es - ukuze uthole ukugunyazwa kokubuyisela ngaphambi kokuthumela imojula. Izindleko zokuthumela imojuli emuva ukuze isetshenziswe zikhokhelwa ikhasimende.

Imininingwane Yezobuchwepheshe
Ubukhulu 24HP 120×128,5mm Okwamanje +12V 150mA / +5V 0mA / -12V 130mA Amasignali Okokufaka & Okukhiphayo ±10V Min. isikhathi se-Attack & Decay 0.5ms Max. isikhathi sokuhlasela nokubola imizuzu eyi-7 Okokufaka kokuphazamiseka 10k – Okukhiphayo 10k Izinto Ezisetshenziswayo I-PCB kanye Nephaneli – FR4 1,6mm Ukujula 40mm – I-Skiff friendly

Oxhumana naye
Bravo! Ufunde izisekelo eziyisisekelo ze-ARC Module yakho.
Uma unokungabaza, sicela ukhululeke ukuxhumana nathi. nano-modules.com/contact

Amamojula aklanywa futhi ahlanganiswa e-València.

I-ARC

Amadokhumenti / Izinsiza

I-ARC ARC Nano Modules ARC Function Generator [pdf] Umhlahlandlela Womsebenzisi
Amamojula we-ARC Nano Amamojula we-ARC Function Generator, i-ARC Nano, Amamojula we-ARC Function Generator, i-ARC Function Generator, i-Funk Generator

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I-ARC Nano Modules ARC Function Generator

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