ITA NOISE Maths Complex Function Generator Eurorack Module

Zvinotsanangurwa

• Product Name: MATHS
• Type: Analog Komputa yeMimhanzi Zvinangwa
• Mabasa: Voltage Inodzorwa Envelopu, LFO, Signal Processing, Signal Generation
• Inzwa Zvinotaurwa Range: +/- 10V

Mirayiridzo Yekushandiswa Kwechigadzirwa

Installation

Usati waiswa, tarisa kune yako kesi mugadziri weiyo nzvimbo yeakaipa inopa. Iva nechokwadi chekubatanidza simba rakakodzera.

Overview

MATHS yakagadzirirwa mimhanzi uye inopa akasiyana mabasa anosanganisira kugadzira mabasa, kubatanidza masaini, ampkusimudza, kuderedza, inverting masaini, nezvimwe.

Panel Controls

1. Signal Inzwa Zvinotaurwa: Shandisa kune Lag, Portamento, uye ASR mamvuropu. Range +/-10V.
2. Trigger Input: Gedhi kana Pulse inokonzeresa dunhu kuti rigadzire Mahamvuropu, Pulse Delay, Clock Division, uye LFO Reset.

Simuka, Kuwa, uye Vari-Mhinduro

• Iyo Rise, Fall, uye Vari-Response paramita inotsanangura maitiro eEmvuropu inogadzirwa neiyo Trigger Input.

Signal Outputs

• Chigadzirwa chacho chinopa zvakasiyana-siyana zviratidzo zvinobuda zvinosanganisira Maenvelope, Clock Divisions, nezvimwe. Tarisa kune bhuku remazano kune akadzama chigamba mazano.

Mazano & Mazano

• Ongorora kusanganisa akasiyana masaini ekudzora kuti ugadzire yakaoma modulations. Edzai ne modulating voltages uye kugadzira zviitiko zvemimhanzi zvinoenderana nekufamba kunzwa mukati meiyo system.

Patch Mazano

• Tarisa kune bhuku rekugadzira nzira dzekugadzira MATHS nemamwe mamodule musystem yako kune yakasarudzika kugadzirwa kweruzha uye modulation mukana.

INSTALLATION

Electrocution ngozi!

• Gara uchidzima kesi yeEurorack uye uburitse tambo yemagetsi usati wadzvanya kana kuburitsa chero tambo yekubatanidza bhazi reEurorack. Usabate chero materminal emagetsi kana uchibatanidza chero Eurorack bhazi bhodhi tambo.
• Iyo Make Noise MATHS ndeyemagetsi mimhanzi module inoda 60mA ye +12VDC uye 50mA ye -12VDC yakadzorwa vol.tage uye mudziyo wekugovera wakanyatsofometwa kuti ushande. Inofanirwa kuiswa zvakanaka muEurorack fomati modular synthesizer system kesi.
• Enda ku http://www.makenoisemusic.com/ zve exampzvishoma zveEurorack Systems uye Nyaya.
• Kuisa, tsvaga 20HP mukesi yako yeEurorack synthesizer, simbisa kuisirwa kwakakodzera kweEurorack bhazi board yekubatanidza tambo kuseri kwemodule (ona mufananidzo uri pazasi), uye plug yebhazi board yekubatanidza tambo muEurorack style bhazi bhodhi, uchifunga nezve polarity kuitira kuti mutsetse mutsvuku patambo wakananga kune NEGATIVE 12 Volt mutsetse pabhodhi zvese.
• PaIta Noise 6U kana 3U Busboard, iyo isina kunaka 12 Volt mutsetse inoratidzwa nechena mutsara.
• Ndokumbira utarise kune yako mugadziri wenyaya yakatarwa yenzvimbo yeakaipa.

PAKUPEDZAVIEW

MATHS ikombiyuta yeanalogi yakagadzirirwa mimhanzi. Pakati pezvimwe zvinhu, zvinokubvumira kuti:

1. Gadzira akasiyana mutsara, logarithmic, kana exponential inokonzeresa kana inoenderera mabasa.
2. Batanidza chiratidzo chinouya.
3. Amplify, deredza, uye Invert chiratidzo chiri kuuya.
4. Wedzera, bvisa, uye OR kusvika kumasaini mana.
5. Gadzira masaini eanalogi kubva kuruzivo rwedhijitari (Gedhi / Wachi).
6. Gadzira ruzivo rwedhijitari (Gedhi / Clock) kubva kumasaini eanalogi.
7. Kunonoka dhijitari (Gate/Clock) ruzivo.

Kana runyorwa rwuri pamusoro ruchiita sesainzi kwete mimhanzi, heino dudziro yacho:

1. Voltage Controlled Envelope kana LFO inononoka se25 maminetsi uye nekukurumidza se1khz.
2. Isa Lag, Slew, kana Portamento kudzora voltages.
3. Chinja kudzika kwemodulation uye modulate kumashure!
4. Sanganisa anosvika mana ekudzora masaini kuti ugadzire zvakanyanya kuoma modulations.
5. Zviitiko zveMumhanzi zvakadai saRampkurira kumusoro kana Pasi muTempo, pakuraira.
6. Kutanga Mimhanzi zviitiko pakuona kufamba muhurongwa.
7. Mumhanzi noti division uye/kana Flam.

MATHS revision 2013 idzinza rakananga reMATHS yepakutanga, richigovera dunhu repakati rimwechete uye richigadzira ese anoyevedza masaini ekudzora ayo ekutanga aikwanisa kuburitsa, asi nekumwe kukwidziridzwa, kuwedzera, uye shanduko.

1. Mamiriro ezvidzoro akachinjwa kuti ave anonzwisisika uye kuti ashande zvakanyanya ?unyoro neCV Bhazi uye mamodule aripo musystem yedu seDPO, MMG, uye ECHOPHON.
2. Chiratidzo che LED chezviratidzo chakakwidziridzwa kuratidza zvese zvakanaka uye zvisina kunaka voltages pamwe nekuwedzera sarudzo yekuratidzira. Kunyange voltages anoverengwa pa LED idzi.
3. Sezvo Ita Noise ikozvino inopa Yakawanda iyo Signal Output Multiple (kubva kune yekutanga MATHS) yakashandurwa kuita Unity Signal Output. Inobvumira kugadzira misiyano miviri yekubuda, imwe pakubatana uye imwe seyakagadziriswa kuburikidza neAttenuverter. Inobvumirawo kureruka mukupeta basa mhinduro zvisingagoneke neVari-Response control chete (ona p. 13).
4. Iyo Inverted SUM Output yakawedzerwa kune yakakura modulation mikana.
5. Chiratidzo che LED cheSum Bus chakawedzerwa kuti chiwedzere kuziva chiratidzo.
6. Chiratidzo che LED chakawedzerwa kuratidza mamiriro eEnd Of Rise uye End Of Cycle.
7. Kupera-kwe-Cycle Output iko zvino kwakavharirwa kuitira kugadzikana kwedunhu.
8. Yakawedzera reverse kuchengetedza simba.
9. Yakawedzerwa +/- 10V offset range. Mushandisi ane sarudzo ye +/- 10V offset paCH. 2 kana +/- 5V inobvisa paCH. 3.
10. Yakawedzera yakakura Logarithmic renji muVari-Response control inobvumira kuEast Coast maitiro Portamen-ku.
11. Iko kushanduka kwedunhu ndiyo Cycle Input inobvumira voltage kudzora kweCycle state muChannels 1 ne4. PaGedhi Repamusoro, Makokesheni eMATHS. PaGedhi rakaderera, MATHS haitendereri (kunze kwekunge bhatani reCycle rabatikana).

PANEL CONTROLS

1. Signal Inzwa Zvinotaurwa: Direct Coupled kuisa kudunhu. Shandisa yeLag, Portamento, ASR (Attack Sustain Release type envelopes). Zvakare, kuisa kuSum/OR Bhazi. Range +/-10V.
2. Trigger Input: Gedhi kana Pulse inoshandiswa kune iyi yekuisa inokonzeresa dunhu zvisinei nebasa riri paSignal Input. Mhedzisiro ndeye 0V kusvika 10V basa, aka Envelope, ane maitiro anotsanangurwa neRise, Fall, uye Vari-Response paramita. Shandisa envelopu, Pulse Delay, Clock Division, uye LFO Reset (chete panguva yekudonha chikamu).
3. Cycle LED: Iinotsanangura Cycle ON kana OFF.
4. Bhatani rekutenderera: Inokonzera kuti dunhu riite-kutenderera, nokudaro richigadzira rinodzokorora voltage function, aka LFO. Shandisa LFO, Clock, uye VCO.
5. Rise Panel Control: Inoisa nguva inotora voltage basa kune ramp kumusoro. CW kutenderera kunowedzera Rise Nguva.
6. Simudza CV Input: Linear control signal input yeRise parameter. Positive Kudzora masaini anowedzera Rise Nguva, uye Negative control masiginecha inoderera Rise Nguva maererano neRise panel control setting. Range +/-8V.
7. Fall Panel Control: Inoisa nguva inotora voltage basa kune ramp pasi. CW kutenderera kunowedzera Nguva yekudonha.
8. Ose maviri CV Input: Bi-Polar Exponential control chiratidzo chekuisa chese basa. Kupesana neKusimuka uye Kudonha kweCV Inputs, BOTH ine Exponential mhinduro uye Positive control masiginecha inodzikira yakazara nguva nepo Negative control masiginecha inowedzera nguva yakazara. Range +/-8V.
9. Kudonha CV Input: Linear control sign yekupinda yeFall parameter. Positive control signals inowedzera Kudonha nguva, uye Negative control masiginecha inoderedza Fall Time zvine chekuita neFall panel control. Range +/-8V.

MATHS Channel 1

1. Vari-Response Panel Control: Inoisa mhinduro curve yevoltage function. Mhinduro inoenderera-inoshanduka-shanduka kubva kuLogarithmic kuburikidza neLinear kuenda kuExponential kuenda kuHyper-Exponential. The Tick mark inoratidza Linear setting.
2. Cycle Input: PaGedhi HIGH, Macycles on. PaGedhi LOW, MATHS haitenderere (kunze kwekunge bhatani reCycle rabatikana). Inoda shoma +2.5V ye HIGH.
3. EOR LED: Inoratidza mamiriro eEOR Output. Mwenje kana EOR iri PAMUSORO.
4. End Of Rise Output (EOR): Inokwira kumusoro kumagumo eRise chikamu chebasa. 0V kana 10V.
5. Kubatana kwe LED: Inoratidza basa mukati medunhu. Positive voltages green, uye negative voltagari matsvuku. Range +/-8V.
6. Unity Signal Output: Chiratidzo kubva kuChannel 1 dunhu. 0-8V kana Kuchovha. Zvikasadaro, kubuda uku kunotevera ampruzivo rwekupinza.

MATHS Channel 4

1. Trigger Input: Gedhi kana Pulse inoshandiswa kune iyi yekuisa inokonzeresa dunhu zvisinei nebasa riri paSignal Input. Mhedzisiro ndeye 0V kusvika 10V basa, aka Envelope, ane maitiro anotsanangurwa neRise, Fall, uye Vari-Response paramita. Shandisa Emvuropu, Pulse Kunonoka, Clock Division, uye LFO Reset (chete panguva yekudonha chikamu).
2. Signal Inzwa Zvinotaurwa: Direct Coupled kuisa kudunhu. Shandisa yeLag, Portamento, ASR (Attack Sustain Release type envelopes). Zvakare, kuisa kuSum/OR Bhazi. Range +/-10V.
3. Cycle LED: Inoratidza Cycle ON or OFF.
4. Bhatani rekutenderera: Inokonzera kuti dunhu riite-kutenderera, nokudaro richigadzira rinodzokorora voltage function, aka LFO. Shandisa LFO, Clock, uye VCO.
5. Rise Panel Control: Inoisa nguva inotora voltage basa kune ramp kumusoro. CW kutenderera kunowedzera Rise Nguva.
6. Simudza CV Input: Linear control sign yekupinda yeRise parameter. Positive Kudzora masaini anowedzera Rise Nguva, uye Negative control masiginecha inoderera Rise Nguva maererano neRise panel control setting. Range +/-8V.
7. Fall Panel Control: Inoisa nguva inotora voltage basa kune ramp pasi. CW kutenderera kunowedzera Nguva yekudonha.
8. Ose maviri CV Input: Bi-Polar Exponential control chiratidzo chekuisa chese basa. Kupesana neKusimuka uye Kudonha kweCV Inputs, ZVINOTAURWA zvine Exponential mhinduro uye Positive control masiginecha inodzikira yakazara nguva nepo Negative control masaini inowedzera nguva yakazara. Range +/-8V.
9. Fall CV Input: Linear control signal input yeFall parameter. Positive control signals inowedzera Kudonha nguva, uye Negative control masiginecha inoderedza Fall Time zvine chekuita neFall panel control. Range +/-8V.

MATHS Channel 4

1. Vari-Response Panel Control: Inoisa mhinduro curve yevoltage function. Mhinduro inoenderera-inoshanduka-shanduka kubva kuLogarithmic kuburikidza neLinear kuenda kuExponential kuenda kuHyper-Exponential. The Tick mark inoratidza Linear setting.
2. Cycle Input: PaGedhi HIGH, Macycles on. PaGedhi LOW, MATHS haitenderere (kunze kwekunge bhatani reCycle rabatikana). Inoda shoma +2.5V ye HIGH.
3. EOC LED: Inoratidza mamiriro eKupera kweCycle Output. Mwenje kana EOC yakakwira.
4. End Cycle Output (EOC): Inokwira kumusoro pakupera kweKuwa chikamu chebasa. 0V kana 10V.
5. Kubatana kwe LED: Iinoburitsa chiitiko mukati medunhu. Positive voltages green, uye negative voltagari matsvuku. Range +/-8V.
6. Unity Signal Output: Chiratidzo kubva kuChannel 4 dunhu. 0-8V kana Kuchovha. Zvikasadaro, kubuda uku kunotevera ampruzivo rwekupinza.

SUM uye OR Bhazi

1. Direct Coupled Channel 2 Signal Input: Yakajairwa kune +10V referensi yekugadzira voltage offsets. Input Range +/-10Vpp.
2. Direct Coupled Channel 3 Signal Input: Yakajairwa kune +5V referensi yekugadzira voltage offsets. Input Range +/-10Vpp.
3. CH. 1 Attenuverter Kudzora: Inopa kuyera, kudzikisira, uye inversion yechiratidzo chiri kugadziriswa kana kugadzirwa neCH. 1. Yakabatanidzwa kuCH. 1 Variable Output uye Sum/Kana Bhazi.
4. CH. 2 Attenuverter Kudzora: Inopa kuyera, kuderedza, ampkukwidziridzwa, uye kushandura kwechiratidzo chigamba kuCH. 2 Signal Input. Pasina chiratidzo chiripo, inodzora huwandu hweseti yakagadzirwa neCH. 2.
   • Yakabatanidzwa kuCH. 2 Variable Output uye Sum/OR Bhazi.
5. CH. 3 Attenuverter Kudzora: Inopa kuyera, kuderedza, ampkukwidziridzwa, uye kushandura kwechiratidzo chigamba kuCH. 3 Signal Input. Pasina chiratidzo chiripo, inodzora mwero weiyo offset inogadzirwa neCH. 3.
   • Yakabatanidzwa kuCH. 3 Variable OUT uye Sum/OR Bhazi.
6. CH. 4 Attenuverter Kudzora: Inopa kuyera, kudzikisira, uye inversion yechiratidzo chiri kugadziriswa kana kugadzirwa neCH. 4. Yakabatanidzwa kuCH. 4 Variable Output uye Sum/OR Bhazi.

SUM uye OR Bhazi

1. CH. 1-4 Variable Outputs: Chiratidzo chakashandiswa chinogadziriswa neinoenderana chiteshi chekutonga. Yakajairwa kune SUM uye OR mabhazi. Kuisa chigamba tambo kunobvisa chiratidzo kubva kuSUM uye OR mabhazi. Output Range +/-10V.
2. KANA Bhazi Kubuda: Mhedzisiro yeAnalog Logic OR basa kune zvigadziriso zveattenuverter zvinodzora zveChannels 1, 2, 3, uye 4. Range 0V kusvika 10V.
3. SUM Bhazi Kubuda: Huwandu hwevoltages kune zvigadziro zveattenuverter zvinodzora zveChannels 1, 2, 3, uye 4. Range +/-10V.
4. Inverted SUM Output: Signal kubva kuSUM Output yakapinduka. Range +/-10V.
5. SUM Bhazi LEDs: Ratidza voltage chiitiko mubhazi reSUM (uye nekudaro, iyo Inverted SUM futi). Red LED inoratidza negative voltages. Green LED inoratidza positive voltages.

KUTANGA

MATHS akaiswa kumusoro kusvika pasi, ane symmetrical features pakati peCH. 1 uye 4. Mishonga yechiratidzo iri kumusoro, inoteverwa nemagetsi ekugadzirisa uye kudzora zviratidzo zvepakati. Izvo zvinobuda zvechiratidzo zviri pazasi pe module. Ma LED anoiswa pedyo nechiratidzo chavari kuratidza. Zviteshi 1 uye 4 zvinogona kuyera, kushandura, kana kubatanidza chiratidzo chinouya. Pasina chiratidzo chakaiswa, aya maChan-nels anogona kuitwa kuti agadzire akasiyana mutsara, logarithmic, kana exponential mabasa pakugashira chinokonzeresa, kana kuenderera mberi kana Cycle ichiita. Imwe mutsauko mudiki pakati peCH. 1 na4 iri mune yavo Pulse Outputs; CH.1 ine End of Rise uye CH. 4 ine End of Cycle. Izvi zvakaitwa kufambisa kusikwa kwemabasa akaoma kushandisa ese ari maviri CH. 1 na 4. Zviteshi 2 ne3 zvinogona kuyera, amplify, uye shandura chiratidzo chinouya. Pasina chiratidzo chekunze chakaiswa, aya maChannel anogadzira DC offsets. Musiyano chete pakati peCH. 2 na3 ndiyo CH. 2 inogadzira +/- 10V seti apo Ch. 3 inogadzira +/- 5V inogadzirisa.
Ese maChannel mana ane zvinobuda (zvinodaidzwa kuti Variable Outputs) izvo zvakajairwa kuSUM, Inverted SUM, uye OR bhazi kuitira kuti kuwedzera, kubvisa, inversion, uye analog logic OR manipulations zviwanikwe. Kupinza plug mune aya Variable Output sockets kunobvisa chiratidzo chakabatana kubva kuSUM neOR bhazi (Channel 4 ne1 dzine zvinobuda mukubatana, izvo ZVISINA kujaira kuSUM neOR bhazi). Izvi zvinobuda zvinodzorwa ne4 Attenuverters pakati peiyo module.

Signal Inzwa Zvinotaurwa

Izvi zvinopinda zvese zvakabatanidzwa zvakananga kune yavo yakabatana dunhu. Izvi zvinoreva kuti vanogona kupfuudza zvese odhiyo nekudzora masaini. Izvi zvinopinda zvinoshandiswa kugadzirisa kunze kwekutonga voltages. CH. 1 uye 4 Signal Input inogonawo kushandiswa kugadzira Attack/Stain/ Release type envelopes kubva pachiratidzo chegedhi. Zviteshi 2 ne3 zvakare zvakajairwa kuita voltage referensi kuitira kuti pasina kana chinhu chakavharirwa kune chekuisa, iyo chiteshi inogona kushandiswa kugadzira voltage offsets. Izvi zvinobatsira padanho rekuchinja basa kana chimwe chiratidzo chiri pane imwe yemamwe maChannel nekuwedzera voltage offset kune icho chiratidzo uye kutora iyo SUM Output.

Trigger Input

CH. 1 na4 zvakare vane Trigger yekupinda. Gedhi kana pulse inoshandiswa kune iyi inopinza inokonzeresa dunhu rakabatana zvisinei nebasa riri paSignal Inputs. Mhedzisiro ndeye 0V kusvika 10V basa, aka Envelope, ane maitiro anotsanangurwa neRise, Fall, Vari-Response, uye Attenuverter paramita. Iri basa rinosimuka kubva pa0V kuenda ku10V uye rinobva radonha kubva pa10V kuenda pa0V. HAPANA KUSVIRA. Kuti uwane inosimudzira envelopu basa, shandisa Signal Input (ona pamusoro). MATHS inokonzeresa zvakare panguva yekudonha chikamu chebasa asi HAZVITANIKI zvakare pachikamu chinosimuka chechiitiko. Izvi zvinobvumira wachi uye kupatsanurwa kwegedhi sezvo MATHS ichigona kurongwa kuti isatarise wachi uye magedhi anouya nekuseta Nguva Yokukwira kuti ive huru pane nguva iri pakati peChiwachi ne/kana Magedhi.

Cycle

Bhatani reKutenderera uye Kupinza Kwemabhasikoro ose anoita chinhu chimwe: anoita MATHS azvitenderere aka Cycle, anongori mazwi emhando yepamusoro eLFO! Paunenge uchida LFO, ita MATHS Cycle.

RISE FALL VARI-RESPONSE

• Izvi zvinodzora zvinogadzira chiratidzo chinobuda paUnity Signal Output uye Variable Outputs yeCH. 1 uye 4. Iyo Rise and Fall controls inosarudza kuti inokurumidza sei kana kuti inononoka dunhu rinopindura kune zviratidzo zvinoshandiswa kuSigino Input uye Trigger Input. Huwandu hwenguva hwakakura kupfuura yakajairwa Envelopu kana LFO. MATHS inogadzira mabasa anononoka semaminetsi makumi maviri neshanu (Simuka nekudonha yakazara CW uye ekunze masaini ekudzora akawedzerwa kuti apinde mu "slow-ver-drive") uye nekukurumidza se25khz (audio rate).
• Rise inogadzirisa nguva inotora dunhu kuti rifambe kusvika pakakwirira voltage. Kana yamutswa dunhu rinotanga pa0V uye rinofamba kusvika ku10V. Rise inosarudza kuti zvinotora nguva yakareba sei kuti izvi zviitike. Kana yakashandiswa kugadzirisa kunze kwekutonga voltages chiratidzo chakaiswa kuSigino Yekupinza chiri kuwedzera, kuderera, kana panzvimbo yakatsiga (kusaita chinhu). Rise inosarudza kuti chiratidzo chinogona kuwedzera nekukurumidza sei. Chinhu chimwe chete chisingagone kuitwa neMATHS kutarisa mune ramangwana kuti uzive kuti chiratidzo chekunze chinonanga kupi, saka MATHS haigone kuwedzera mwero weiyo yekunze.tage inochinja/ inofamba, inogona chete kuita pane iripo uye kuinonotsa (kana kuibvumira kuti ipfuure nekumhanya kwakafanana).
• Kudonha kunoseta huwandu hwenguva inotorwa sedunhu kuti ifambe ichidzika kusvika padiki voltage. Pakaridzwa voltage inotanga pa 0V uye inofamba inosvika ku10V, pa10V pachikumbaridzo chepamusoro chinosvikwa uye voltage inotanga kudonha ichidzika kusvika ku0V. Kudonha kunoratidza kuti zvinotora nguva yakareba sei kuti izvi zviitike. Kana yakashandiswa kugadzirisa kunze kwekutonga voltages chiratidzo chakaiswa kuSigino Yekupinza chiri kuwedzera, kuderera, kana panzvimbo yakatsiga (kusaita chinhu). Kudonha kunoita kuti chiratidzo ichochi chidzikire nekukurumidza. Sezvo isingakwanise kutarisa mune ramangwana kuziva kuti chiratidzo chekunze chekutonga chakananga kupi, MATHS haigone kuwedzera mwero weiyo yekunze vol.tage inochinja/ inofamba, inogona chete kuita pane iripo uye kuinonotsa (kana kuibvumira kuti ipfuure nekumhanya kwakafanana).
• Ose Rise uye Kudonha ane yakazvimirira CV yekupinda voltage kutonga pamusoro peiyi parameter. Kana attenuation ichidikanwa, shandisa CH. 2 kana CH. 3 munhevedzano kune yaunoda kuenda. Pamusoro peiyo Rise uye Kudonha CV Inputs, kune zvakare Maviri eCV Inputs.
• Ose maviri ekuisa CV anoshandura mwero webasa rese. Inopindurawo zvinopesana neKusimuka uye Kudonha kweCV Inputs. More positive voltages inoita kuti basa rese riite pfupi uye riwedzere kushatisa voltages inoita kuti basa rose rive refu.
• Vari-mhinduro inoumba mareti ari pamusoro ekuchinja (Kusimuka/Kudonha) kuve Logarithmic, Linear, kana Exponential (uye zvese zviri pakati pezvimiro izvi).
• Nemhinduro yeLOG, mwero weshanduko unodzikira sezvo voltage inowedzera.
• Nemhinduro yeEXPO, mwero wekuchinja unowedzera se voltage inowedzera. Iyo Linear mhinduro haina shanduko muchiyero sevoltage anochinja.

ZVINOBUDA ZVINOITWA

• Kune akawanda akasiyana masaini anobuda paMATHS. Dzese dziri pazasi pe module. Mazhinji awo ane maLED ari padhuze kuti aone zviratidzo zvezviratidzo.

The Variable Outs

• Izvi zvinobuda zvakanyorwa 1, 2, 3, uye 4 uye zvakabatana neAttenuverter zvinodzora zviri pakati pemodule. Izvi zvinobuda zvese zvinotemerwa nemaseting ezvavanodyidzana zvinodzora, esp. iye CH. 1 kuburikidza ne4 Attenuverter inodzora.
• Ese majeki aya akajairwa kuSUM neOR Bhazi. Pasina chinhu chakavharwa kune izvi zvinobuda, chiratidzo chinobatanidzwa chinopinzwa muSUM uye OR Bhazi. Kana iwe ukapeta tambo mune chero ipi yeaya majaki anobuda, chiratidzo chakabatana chinobviswa kubva kuSUM uye OR Bhazi. Izvi zvinobuda zvinobatsira kana iwe uine modulation kwaunenge uchienda uko pasina attenuation kana inversion iripo (iyo CV yekupinda paMATHS kana FUNCTION modules ye ex.ample).
• Izvo zvinobatsirawo kana iwe uchida kugadzira mutsauko wechiratidzo chiri pane zvakasiyana ampchidzidzo kana chikamu.

FOR OUT

• Uku ndiko Kupera Kwekusimuka Kwekubuda kweCH. 1. Ichi chiratidzo chechiitiko. Ingave pa 0V kana 10V uye hapana pakati. Iyo inomira ku 0V, kana Yakaderera kana pasina chiitiko.
• Chiitiko mune iyi kesi ndipo iyo yakabatana Channel inosvika pakakwirira voltage kwainofamba. Ichi chiratidzo chakanaka chekusarudza yeClocking kana Pulse-shaped LFO.
• Izvo zvinobatsirawo kuPulse Kunonoka uye kupatsanurwa kwewachi kubvira iyo Rise inoseta huwandu hwenguva yainotora kuti kubuda uku kuende Kumusoro.

EOC OUT

• Iyi ndiyo End Cycle yakabuda yeCH. 4. Ichi chiratidzo chechiitiko. Ingave pa 0V kana 10V uye hapana pakati. Iyo inomira ku +10V, kana High kana pasina chiitiko.
• Chiitiko mune iyi kesi ndipo iyo yakabatana Channel inosvika yakaderera voltage kwainofamba. Iyo yakabatana LED inobatidzwa kana pasina chiri kuitika. Ichi chiratidzo chakanaka chekusarudza yeClocking kana Pulse-shaped LFO.

Unity Signal Outs (CH. 1 ne4)

• Izvi zvinobuda zvinotapwa zvakananga kubva pakati peiyo yakabatana Channel. Ivo havana kukanganiswa neChannel's Attenuverter.
• Kupeta mune izvi zvinobuda HAZVISI kubvisa chiratidzo kubva kuSUM uye OR Mabhazi. Ichi chinhu chakanaka chekushandisa kana iwe usingade attenuation kana inversion kana iwe kana iwe uchida kushandisa chiratidzo zvese wakazvimirira uye mukati meSUM/OR Bhazi.

KANA KUBUDA

• Ichi ndicho chinobuda kubva kuanalogi OR dunhu. Izvo zvinopinda ndezve CH. 1, 2, 3, uye 4 Variable Outputs. Inogara ichiburitsa iro repamusoro voltage kubva muvhoriyamu yesetages inoshandiswa kune zvinopinda. Vamwe vanhu vanodana iyi kuti Maximum Voltage selector circuit! Iwo attenuators anobvumira kurema masaini. Haipinduri kune negative voltages, saka inogona zvakare kushandiswa kugadzirisa chiratidzo.
• Inobatsira kugadzira misiyano pane modulation kana kutumira CV kune zvinopinda zvinongopindura kune yakanaka voltages (semuenzaniso Ronga CV Inopinza paPHONOGENE).

SUM OUT

• Ichi ndicho chinobuda kubva kuanalog SUM circuit. Izvo zvinopinda ndezve CH. 1, 2, 3, uye 4 Variable Outputs. Zvichienderana nekuti maAttenuverters akaiswa sei, unogona kuwedzera, invert, kana kubvisa voltages kubva kune mumwe nemumwe achishandisa dunhu iri.
• Uku ndiko kuburitsa kwakanaka kushandisa kusanganisa akati wandei masaini ekudzora kuti abudise mamwe akaomarara modulations.

INV OUT

• Iyi ndiyo inverted vhezheni yeSUM Output. Inokubvumira kuti udzore kumashure!

MAZANO UYE MATINJI

• Kureba kutenderera kunowanikwa neakawanda Logarithmic mhinduro curves. Iwo anomhanyisa, anopinza mabasa anowanikwa nekunyanyisa Exponential response curves.
• Kugadziriswa kune mhinduro curve inokanganisa Rise uye Fall Times.
• Kuti uwane nguva yakareba kana ipfupi Rise and Fall Times pane inowanikwa kubva kuPanel Controls, isa voltage offset kune Control Signal Inputs. Shandisa CH. 2 kana 3 yeiri voltage.
• Shandisa iyo INV SUM Output paunoda kudzoreredzwa modulation asi usina nzira dzekuchinjisa panzvimbo yeCV (Sanganisa CV Input paECHOPHON, ye ex.ample).
• Kudyisa chiratidzo chakapidiguka kubva kuMATHS kudzokera muMATHS pane chero ipi zvayo yeCV inoiswa kunobatsira zvikuru pakugadzira mhinduro dzisina kuvharwa neVari-Response control chete.
• Paunenge uchishandisa iyo SUM uye OR Zvinobuda, isa chero isina kushandiswa CH. 2 kana 3 kusvika 12:00 kana kuisa dummy chigamba tambo kune Signal Input yeyakabatana Channel kudzivirira zvisingadiwe zvinokanganisa.
• Kana zvichidikanwa kuti chiratidzo chigadziriswe kana kugadzirwa neCH. 1, 4 iri paSUM, INV, uye OR mabhazi UYE inowanikwa seyakazvimiririra kubuda, shandisa iyo Unity Signal Output, sezvo isiri yakajairika kuSUM neKANA Mabhazi.
• OR Output haipindure kana kuburitsa negative voltages.
• End of Rise and End of Cycle inobatsira kugadzira yakaoma control voltage inoshanda uko CH. 1 uye CH. 4 dzinokonzerwa nemumwe. Kuti uite izvi, chigamba EOR kana EOC kune mamwe machannel's Trigger, Signal, uye Cycle inputs.

PATCH IDEAS

Typical Voltage Controlled Triangle Basa (Triangle LFO)

1. Gadzirisa CH.1 (kana 4) kuKutenderera. Seta Kusimuka uye Kudonha Panel Kudzora kusvika masikati, Vari-Mhinduro kune Linear.
2. Seta CH.2 Attenuverter kusvika 12:00.
3. Patch SUM Output kune Yese Kudzora Kupinza.
4. Sarudzo, shandisa chero yaunoda frequency modulation kune CH.3 Signal Input uye zvishoma nezvishoma shandura attenuator yayo wachi.
5. Wedzera CH.2 Attenuverter kuti uchinje Frequency.
6. Kubuda kunotorwa kubva kuSignal Output yeChannel yakabatana.
7. Kuseta Rise uye Kudonha paramita kuwedzera wachi kunopa kureba kutenderera. Kuseta aya maparamendi kuenderera mberi kunopa mapfupi kutenderera, kusvika pachiyero chekuteerera.
8. Iro basa rinokonzeresa rinogona kufambiswazve nekudzikisira uye / kana inversion neAttenuverter yakabatana. Neimwe nzira, tora zvakabuda kubva kuCycling Channel's UNITY Output uye gadzira Variable Outputs kuenda kuRise kana Kudonha CV Input kuti morph LFO maumbirwo ane CH.1 (kana 4) Attenuverter.

Typical Voltage Controlled Ramp Basa (Saw/ Ramp LFO)

Zvakangofanana nepamusoro, iyo chete Rise paramende yakasetwa zvizere counterclockwise, Fall parameter inomisikidzwa kusvika masikati.

Voltage Inodzorwa Nguva Yekuita Basa Jenareta (Attack / Kuora EG)

• Pulse kana gedhi rinoiswa kuTrigger Input yeCH.1 kana 4 rinotanga basa renguva pfupi iro Rinokwira kubva pa0V kuenda pa10V pamwero unotarwa neRise parameter robva radonha kubva pa10V kuenda ku0V pamwero wakatemwa neFall parameter.
• Iri basa rinokonzeresa zvakare panguva yekudonha chikamu. Rise and Fall zvakazvimiririra volt-age inodzoreka, ine mhinduro inoshanduka kubva Log kuburikidza Linear kusvika Exponential, sekusetwa neVari-Response panel Control.
• Iyo inokonzeresa basa inogona kuenderera mberi nekugadziriswa neattenuation uye / kana inversion neAttenuverter.

Voltage Controlled Sustained Function Generator (A/S/R EG)

• Gedhi rinoshandiswa kuSignal Input yeCH.1 kana 4 inotanga basa, iro Rinokwira kubva ku0V kusvika pamwero weGedhi rinoshandiswa, pamwero unotarwa neRise parameter, Inosimbisa pachiyero ichocho kusvikira chiratidzo cheGedhi chapera, uye chinowira kubva kune iyo nhanho kusvika ku0V pamwero wakatarwa neFall parameter.
• Simuka nekudonha zvakazvimiririra voltage inodzoreka, ine mhinduro inoshanduka sekusetwa neVari-Re-sponse panel Control.
• Iro basa rinokonzeresa rinogona kufambiswazve nekudzikisira uye / kana inversion neAttenuverter.

Peak Detector

1. Chigamba chiratidzo kuti chionekwe kune CH. 1 Signal Input.
2. Seta Kusimuka uye Kudonha kusvika 3:00.
3. Tora zvabuda kubva kuSignal Output. Gedhi Kubuda kubva kuEOR Output.

Voltage Mirror

1. Isa Chiratidzo Chekudzora kuti chionekwe kune CH. 2 Signal Input.
2. Seta CH. 2 Attenuverter kune Yakazara CCW.
3. Pasina chinhu chakaiswa paCH. 3 Signal Input (kugadzira inobvisa), isa CH. 3 Attenuvert-er kune yakazara CW.
4. Tora zvinobuda kubva kuSUM Output.

Half Wave Rectification

1. Isa chiratidzo chebi-polar kuCH. 1, 2, 3, kana 4 Zvinopinza.
2. Tora zvabuda kubva OR Output.
3. Funga nezvezvakajairwa kune OR bhazi.

Typical Voltage Controlled Pulse/Clock ine Voltage Controlled Mhanya/Misa (Clock, pulse LFO)

1. Zvakafanana neTypical Voltage Controlled Triangle Basa, chete inobuda inotorwa kubva kuEOC kana EOR.
2. CH.1 Rise parameter inonyatso gadzirisa frequency uye CH.1 Fall parameter inogadzirisa pulse width.
3. NeCH.4, zvinopesana ndezvechokwadi, apo Rise inogadzirisa zvakanyanya Width uye Fall inogadzirisa frequency.
4. Mune ese maChannels, zvese zvinogadziriswa kuRise uye Fall paramita zvinokanganisa frequency.
5. Shandisa CYCLE Input yeRun/Stop control.

Voltage Inodzorwa Pulse Kunonoka processor

1. Shandisa Trigger kana Gedhi Kuti Utange Input kana CH.1.
2. Tora zvabuda kubva End Of Rise.
3. Iyo yekusimuka paramende inoseta kunonoka uye iyo Fall parameter inogadzirisa hupamhi hweinokonzeresa pulse.

Arcade Trill (Complex LFO)

1. Seta CH4 Kusimuka uye Kudonha kusvika masikati, mhinduro kune Exponential.
2. Peta EOC kune yakawanda, wozoenda kuCH1 Trigger Input uye CH2 Input.
3. Gadzirisa iyo CH2 panel control kusvika 10:00.
4. Peta CH2 Kubuda kune CH1 ZVIRI MWARI Input.
5. Seta CH1 Kusimuka kusvika masikati, Kudonha kusvika kuzere counterclockwise, mhinduro kune Linear.
6. Bata CH4 Cycle switch (CH1 haifanire kunge iri bhasikoro).
7. Isa Unity Output CH1 kune modulation kuenda.
8. Gadzirisa CH1 Rise panel control yekusiyana (shanduko diki dzine mhedzisiro pakurira).

Chaotic Trill (inoda MMG kana imwe Direct Coupled LP sefa)

1. Tanga neArcade Trill chigamba.
2. Isa CH.1 Attenuverter kusvika 1:00. Isa CH.1 Signal Output kuMMG DC Signal Input.
3. Patch EOR kune MMG AC Signal Input, set to LP mode, hapana mhinduro. Tanga neFreq panguva yakazara-yakatarisana newachi.
4. Isa MMG Signal Output kuMATHS CH.4 Ose Input.
5. Chigamba CH.4 Variable Output kusvika CH.1 ZVIRI MUKATI CV Input.
6. Unity Signal Output kune modulation kuenda.
7. MMG Freq uye Signal Input controls uye MATHS CH1 uye 4 Attenuverters zvinofadza zvikuru mukuwedzera kune Rise and Fall parameters.

281 Mode (Complex LFO)

1. Muchigamba ichi, CH1 uye CH4 zvinoshanda pamwe chete kuti zvipe mabasa akachinjika nemadhigirii makumi mapfumbamwe.
2. NemaCycle Swichi ese ari maviri akabatanidzwa, batanidza Kupera kweRISE (CH1) kuTriger Inverter CH4.
3. Patch End of Cycle (CH4) to Trigger Input CH1.
4. Kana zvese CH1 neCH4 zvikasatanga kuchovha bhasikoro, shandisa CH1 Cycle muchidimbu.
5. NemaChaneli ese ari maviri ekuchovha bhasikoro, shandisa iwo maSignal mabudiro kune maviri akasiyana modulation nzvimbo, kune ex.ample, maviri Mateshi eOPTOMIX.

Typical Voltage Inodzorwa ADSR-mhando Envelopu

1. Isa chiratidzo cheGedhi kune CH1 Signal Input.
2. Seta CH1 Attenuverter kusvika pasi peYakazara CW.
3. Patch CH1 Kupera Kwekukwira kune CH4 Kukonzeresa Kupinza.
4. Seta CH4 Attenuverter kune Yakazara CW.
5. Tora zvinobuda kubva kuOR bhazi Kubuda, uine chokwadi chekuti CH2 neCH3 zvakaiswa masikati kana zvisiri kushandiswa.
6. Muchigamba ichi, CH1 uye CH4 Simuka inodzora Nguva Yekurwisa. Kune yakajairwa ADSR, gadzirisa aya maparamendi kuti ave akafanana (Kuisa CH1 Rise kuti irebe kupfuura CH4 kana vice-versa, inoburitsa maviri kurwisa s.tages).
7. CH4 Fall parameter inogadzirisa Kuora stage yehamvuropu.
8. CH1 Attenuverter inoseta Sustain level iyo inofanirwa kunge yakadzikira pane imwechete parameter paCH4.
9. Pakupedzisira, CH1 Kudonha inoseta Nguva yekuburitsa.

Bouncing Bhora, 2013 edition - nekuda kwaPete Speer

1. Seta CH1 Simuka yakazara CCW, Kudonha kusvika 3:00, mhinduro kune Linear.
2. Seta CH4 Simuka izere counterclockwise, Kudonha kusvika 11:00, mhinduro kune Linear.
3. Patch CH1 EOR kusvika CH4 Cycle Input, uye CH1 inoshanduka Inobuda kuCH4 Fall Input.
4. Patch CH4 Output kuVCA kana LPG control Input.
5. Rongedza Gedhi kana Trigger sosi (senge gedhi rekubata kubva kuPressure Points) kuenda kuCH1 Trigger Input yebhuku rekutanga re "bounces."
6. Rongedza CH4 Kusimuka uye Kudonha kune akasiyana.

Independent Contours - nekuda kweNavs

Nekuchinja mwero uye polarity yeVariable Output yeCH1/4 neAttenuverter, uye kudyisa chiratidzo ichocho kudzoka muCH1/4 paRise kana Fall Control Input, kutonga kwakazvimiririra kwe-corre-sponding slope kunowanikwa. Tora Kubuda kubva kuUnity Signal Output. Zvakanakisa kuita kuti Response panel control igadzirwe kusvika masikati.

Yakazvimirira Complex Contours

• Zvakangofanana nepamusoro, asi kutonga kwekuwedzera kunogoneka nekushandisa EOC kana EOR kukonzeresa iyo yakatarisana Channel uye shandisa iyo SUM kana OR Output Kusimuka, Kudonha, kana ZVIVIRI zveChannel yekutanga.
• Chinja Kusimuka, Kudonha, Attenuversion, uye mhinduro curve yeakatarisana maChannel kuti uwane akasiyana maumbirwo.

Asymmetrical Trilling Envelope - kutenda kuna Walker Farrell

1. Bata bhasikoro paCH1, kana kuisa chiratidzo chesarudzo yako kune yayo Trigger kana Signal Input.
2. Seta CH1 Kusimuka uye Kudonha kusvika masikati ne Linear mhinduro.
3. Peta CH1 EOR kusvika CH4 Cycle Input.
4. Seta CH4 Simuka kusvika 1:00 uye Kudonha kusvika 11:00, neExponential mhinduro.
5. Tora zvabuda kubva OR (neCH2 uye CH3 seti kusvika masikati).
6. Iyo envelope inoguma ine "trill" panguva yekudonha chikamu. Gadzirisa mazinga uye Rise / Fall nguva.
7. Neimwe nzira, chinjanisa maChannel uye shandisa iyo EOC Output kune CH1's Cycle yekuisa ye trilling panguva yekusimuka chikamu.

Envelopu Muteveri

1. Isa chiratidzo chinoteverwa kune Signal Input CH1 kana 4. Isa Rise kusvika masikati.
2. Seta uye kana gadzirisa Nguva yekudonha kuti uwane mhinduro dzakasiyana.
3. Tora zvakabuda kubva kune yakabatana Channel Signal Output yezvakanaka uye zvisina kunaka Peak Detection.
4. Tora zvinobuda kubva OR bhazi Kubuda kuti uwane ma ore akajairwa Positive Envelope Muteveri basa.

Voltage Comparator / Gedhi Kubvisa w / upamhi hwakasiyana

1. Isa chiratidzo kuti uenzaniswe neCH3 Signal Input. Gadzirisa iyo Attenuverter kune yakakura kupfuura 50%.
2. Shandisa CH2 kuenzanisa voltage (ine kana isina chinhu chakavharwa).
3. Patch SUM Output kune CH1 Signal Input.
4. Seta CH1 Kusimuka uye Kudonha kusvika kuzere CCW. Tora Gedhi rakabviswa kubva EOR.
   • CH3 Attenuverter inoita seyekuisirwa nhanho yekumisikidza, hunhu hunoshanda huri pakati pemasikati uye yakazara CW. CH2 inoshanda sechikumbaridzo kuseta hunoshanda hunhu kubva kuCCW Yakazara kusvika 12:00.
   • Hwaro dziri padyo na12:00 ZVINHU ZVINHU zvikumbaridzo. Kuisa iyo Rise yakawanda CW, unogona Kunonoka Gedhi rakatorwa.
   • Kuisa Kudonha kwakawanda CW kunosiyana hupamhi hweGedhi rakatorwa. Shandisa CH4 yemvuropu Muteveri chigamba, uye CH3, 2 & 1 yekubvisa Gedhi, uye une yakasimba sisitimu yekunze kwemasaini kugadzirisa.

Full Wave Rectification

1. Mult chiratidzo kuti chigadziriswe kune ese ari maviri CH2 uye 3 Input.
2. CH2 Kuyera/ Inversion yakaiswa kune Yakazara CW, CH3 Kuyera/Inversion yakaiswa kune Yakazara CCW.
3. Tora zvabuda kubva OR Output. Siyanisa The Scaling.

Kuwanza

1. Isa chiratidzo chakanaka chekuenda chekutonga kuti chiwanzwe kuCH1 kana 4 Signal Input. Gadzirisa Simuka kusvika kuCW yakazara, Kudonha kusvika Yakazara CCW.
2. Isa yakanaka inoenda yakawandisa Kudzora Chiratidzo kune ZVINODZORA Kupinza Input.
3. Tora zvinobuda kubva zvinoenderana neSignal Output.

Pseudo-VCA ine clipping - Thanx kuna Walker Farrell

1. Rongedza odhiyo siginecha kuCH1 ine Simuka uye Kudonha pazere pakatarisana newachi, kana kutenderera CH1 pachiyero chekuteerera.
2. Tora zvabuda kubva kuSUM kunze.
3. Isa iyo yekutanga nhanho neCH1 panel control.
4. Seta CH2 pani yekudzora yakazara CW kuti igadzire 10V yekubvisa. Odhiyo inotanga kuita clip uye inogona kunyarara. Kana ichiri kunzwika, isa imwezve yakanaka offset neCH3 panel control kusvika yanyarara.
5. Seta CH4 panel control kune yakazara CCW uye isa envelopu kuSignal Input kana kugadzira envelopu ine CH4.
   • Ichi chigamba chinogadzira VCA ine asymmetrical clipping mune waveform. Inoshanda neCV zvakare, asi iva nechokwadi chekugadzirisa CV yekuisa marongero kuti uite neiyo hombe base offset. Iyo INV inobuda inogona kubatsira zvakanyanya mune mamwe mamiriro.

Voltage Controlled Clock Divider

• Chiratidzo chewachi chakaiswa kuTrigger Input CH1 kana 4 inogadziriswa nedivisor sekusetwa neRise parameter.
• Kuwedzera Kukwira kunoisa divisor kumusoro, zvichikonzera kupatsanurwa kukuru. Nguva yekudonha inogadzirisa hupamhi hwewachi inobuda. Kana iyo Width ikagadziriswa kuti ive yakakura kupfuura iyo yakazara nguva yekupatsanurwa, iyo inobuda inoramba "yakakwirira."

FLIP-FLOP (1-Bit Memory)

• Muchigamba ichi, CH1 Trigger Input inoita se "Set" yekupinda, uye CH1 BOTH Control Input inoita se "Reset" Input.
  1. Isa Chiratidzo cheReset kuCH1 BOTH Control Input.
  2. Isa Gedhi kana chiratidzo chinonzwisisika kune CH1 Trigger Input. Gadzirisa Simuka kusvika Yakazara CCW, Kudonha kusvika Yakazara CW, Vari-Re-sponse kune Linear.
  3. Tora "Q" yakabuda kubva kuEOC. Patch EOC kune CH4 Signal kuti uwane "NOT Q" paEOC Output.
• Ichi chigamba chine muganho wekuyeuka weanenge maminetsi matatu, mushure mezvo chinokanganwa chinhu chimwe chete chawakaudza kuti chiyeuke.

Logic Inverter

• Isa logic gedhi kuCH. 4 Signal Input. Tora zvakabuda kubva kuCH. 4 EOC.

Muenzanisi/Gedhi Rekudhonza (A New Take)

1. Tumira chiratidzo kuti ufananidzwe neCH2 Input.
2. Seta CH3 panel control mune iyo yakaipa renji.
3. Bata SUM kunze muCH1 Signal Input.
4. Seta CH1 Kusimuka uye Kudonha ku0.
5. Tora zvakabuda kubva kuCH1 EOR. Tarisa chiratidzo polarity neCH1 Unity LED. Kana chiratidzo chikaenda zvakanaka zvishoma, EOR inofamba.
6. Shandisa CH3 panel control kuseta chikumbaridzo. Kumwe kudzikisira kweCH2 kungave kuri madikanwa kuti uwane iyo chaiyo renji yechiratidzo chakapihwa.
7. Shandisa CH1 Kudonha kutonga kuita kuti magedhi akareba. CH1 Rise control inoisa hurefu hwenguva iyo chiratidzo chinofanirwa kunge chiri pamusoro pechikumbaridzo kutsika muenzanisi.

LIMITED WARRANTY

• Ita Noise inobvumira kuti chigadzirwa ichi chive chisina hurema mune zvekushandisa kana kuvaka kwegore rimwe kubva pazuva rekutenga (uchapupu hwekutenga / invoice inodiwa).
• Kusashanda zvakanaka kunokonzerwa nemagetsi asina kunaka voltages, kumashure kana kudzoreredzwa eurorack bhazi bhodhi tambo yekubatanidza, kushungurudzwa kwechigadzirwa, kubvisa mapfumo, kushandura faceplates, kana chero zvimwe zvikonzero zvakatemwa neKuita Noise kuve mhosva yemushandisi haina kuvharwa neichi waranti, uye yakajairika masevhisi mareti achashanda. .
• Munguva yewaranti, chero zvigadzirwa zvakakanganisika zvichagadziriswa kana kuchinjwa, pasarudzo yeIta Noise, pakudzoka-ku-Make Noise hwaro nemutengi achibhadhara mari yekufambisa kuenda kuIta Noise.
• Make Noise zvinoreva uye haagamuchire mutoro wekukuvadza vanhu kana zvishandiso zvinokonzerwa nekushanda kwechigadzirwa ichi.
• Please contact technical@makenoisemusic.com uine chero mibvunzo, Dzokera Kumvumo yeMugadziri, kana chero zvaunoda & makomendi. http://www.makenoisemusic.com

NezveBhuku rino:

• Yakanyorwa naTony Rolando
• Yakarongedzwa naWalker Farrell
• Zvakaratidzwa naW.Lee Coleman naLewis Dahm Magadzirirwo naLewis Dahm
• NDATENDA
• Dhizaini Batsira: Matthew Sherwood
• Beta Muongorori: Walker Farrell
• Zvidzidzo zvekuyedza: Joe Moresi, Pete Speer, Richard Devine

FAQ

• Mubvunzo: MASHOKO anogona kushandiswa nedhijitari synthesizer?
  • A: MATHS inonyanya kugadzirirwa kushandiswa kweanalog asi inogona kuwirirana nedhijitari synthesizer kuburikidza neGedhi / Clock masaini.
• Mubvunzo: Ndingagadzira sei shanduko dze tempo ndichishandisa MATHS?
  • A: Iwe unogona kugadzira tempo shanduko uchishandisa iyo Envelopu mabasa uye modulating voltages kune ramp kumusoro kana pasi mu tempo.
• Mubvunzo: Chii chinangwa cheCycle Input?
  • A: Iyo Cycle Input inobvumira voltage kutonga kweCycle state muChannels 1 ne4, ichigonesa kuchovha bhasikoro zvichibva pamasaini eGedhi.

Zvinyorwa / Zvishandiso

ITA NOISE Maths Complex Function Generator Eurorack Module [pdf] Bhuku reMirayiridzo Maths Complex Function Generator Eurorack Module, Maths, Complex Function Generator Eurorack Module, Function Generator Eurorack Module, Generator Eurorack Module, Eurorack Module

References

• User Manual