Cov ntsiab lus zais
1 UA NOISE Maths Complex Function Generator Eurorack Module
2 Cov lus qhia siv khoom
3 INSTALLATION
4 TshajVIEW
5 Vaj Huam Sib Luag
6 THOV KOM TAU
7 RISE FALL VARI-RESPONSE
8 XOV TOOJ NTAWV
9 PATCH IDEAS
10 Full Wave Rectification
11 Logic Inverter
12 LIMITED Warranty
13 FAQ
14 Cov ntaub ntawv / Cov ntaub ntawv
14.1 Cov ntaub ntawv

MAKE-NOISE-LOGO

UA NOISE Maths Complex Function Generator Eurorack Module

MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-PRODUCT

Specifications

  • Khoom npe: MATHS
  • Hom: Analog Computer rau Lub Hom Phiaj Suab Nkauj
  • Muaj nuj nqi: Voltage Tswj lub hnab ntawv, LFO, Kev teeb tsa kev teeb tsa, teeb tsa tsim
  • Cov tswv yim ntau: +/- 10V

Cov lus qhia siv khoom

Kev teeb tsa

Ua ntej kev teeb tsa, xa mus rau koj cov chaw tsim khoom cov ntaub ntawv tshwj xeeb rau qhov chaw ntawm cov khoom tsis zoo. Xyuas kom muaj kev sib txuas fais fab.

Tshajview

MATHS yog tsim los rau kev ua suab paj nruag thiab muaj ntau yam haujlwm suav nrog kev tsim cov haujlwm, kev sib koom ua ke, amplifying, attenuating, inverting signals, thiab lwm yam.

Vaj Huam Sib Luag Tswj

  1. Lub teeb liab nkag: Siv rau Lag, Portamento, thiab ASR hnab ntawv. Ntau yam +/- 10V.
  2. Trigger Input: Lub rooj vag lossis Pulse ua rau lub voj voog tsim cov hnab ntawv, Pulse Delay, Clock Division, thiab LFO Reset.

Sawv, Caij Nplooj Hlav, thiab Vari-Response

  • Qhov Rise, Fall, thiab Vari-Response parameters txhais cov yam ntxwv ntawm lub hnab ntawv uas tau tsim los ntawm Cov Khoom Siv Hluav Taws Xob.

Teeb liab tso zis

  • Cov khoom lag luam muaj ntau lub teeb liab tso tawm nrog rau lub hnab ntawv, Lub Sijhawm Lub Sijhawm, thiab lwm yam. Xa mus rau phau ntawv qhia txog cov tswv yim thaj ua kom ntxaws.

Tswv yim & Tricks

  • Tshawb nrhiav kev sib txuas sib txawv tswj cov cim los tsim cov kev hloov kho nyuaj. Kev sim nrog modulating voltages thiab tsim cov xwm txheej suab paj nruag raws li qhov kev xav ntawm lub cev.

Patch tswv yim

  • Xa mus rau phau ntawv qhia txog txoj hauv kev muaj tswv yim los kho MATHS nrog rau lwm cov modules hauv koj lub cev rau cov cim suab thiab kev hloov pauv tau.

INSTALLATION

Teeb meem hluav taws xob!

  • Ib txwm tig lub rooj plaub Eurorack tawm thiab tshem tawm cov hlua hluav taws xob ua ntej ntsaws lossis tshem tawm ib qho Eurorack tsheb npav board txuas cable. Tsis txhob kov cov khoom siv hluav taws xob thaum txuas ib qho Eurorack bus board cable.
  • Lub suab nrov MATHS yog ib qho hluav taws xob suab paj nruag module xav tau 60mA ntawm +12VDC thiab 50mA ntawm -12VDC tswj vol.tage thiab ib lub chaw xa khoom xa tawm kom zoo los ua haujlwm. Nws yuav tsum raug ntsia kom zoo rau hauv Eurorack hom modular synthesizer system rooj plaub.
  • Mus rau http://www.makenoisemusic.com/ rau examples ntawm Eurorack Systems thiab Cases.
  • Txhawm rau nruab, nrhiav 20HP hauv koj cov ntaub ntawv Eurorack synthesizer, paub meej tias kev teeb tsa tsim nyog ntawm Eurorack bus board connector cable nyob rau sab nraub qaum ntawm lub module (saib daim duab hauv qab), thiab ntsaws lub tsheb npav board connector cable rau hauv Eurorack style tsheb npav, nco ntsoov lub polarity kom RED stripe ntawm lub cable yog taw qhia rau NEGATIVE kab ntawm ob lub tsheb npav thiab Volt.
  • Ntawm Ua Suab nrov 6U lossis 3U Busboard, qhov tsis zoo 12 Volt kab yog qhia los ntawm kab dawb.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-1
  • Thov xa mus rau koj qhov chaw tsim khoom cov ntaub ntawv tshwj xeeb rau qhov chaw ntawm cov khoom tsis zoo.

TshajVIEW

MATHS yog ib qho analog computer tsim los rau lub hom phiaj suab paj nruag. Ntawm lwm yam, nws tso cai rau koj mus:

  1. Tsim ntau hom kab, logarithmic, lossis exponential triggered lossis txuas ntxiv ua haujlwm.
  2. Ua ke ib lub teeb liab tuaj.
  3. Amplify, attenuate, thiab Invert ib qho teeb liab tuaj.
  4. Ntxiv, rho tawm, thiab LOSSIS mus txog 4 lub cim.
  5. Tsim cov cim analog los ntawm cov ntaub ntawv digital (Gate/Clock).
  6. Tsim cov ntaub ntawv digital (Gate/Clock) los ntawm analog signals.
  7. Ncua digital (Gate/Clock) cov ntaub ntawv.

Yog tias cov npe saum toj no nyeem zoo li kev tshawb fawb ntau dua li suab paj nruag, ntawm no yog cov txhais lus:

  1. Voltage Tswj Lub Hnab lossis LFO qeeb li 25 feeb thiab nrawm li 1khz.
  2. Thov Lag, Slew, lossis Portamento los tswj voltages.
  3. Hloov qhov tob ntawm modulation thiab modulate rov qab!
  4. Ua ke txog li 4 lub cim tswj los tsim cov kev hloov pauv ntau dua.
  5. Suab paj nruag xwm txheej xws li Rampnce lossis nqis hauv Tempo, ntawm kev hais kom ua.
  6. Pib pib suab paj nruag cov xwm txheej thaum hnov ​​​​cov lus tsa suab hauv qhov system.
  7. Kev faib suab paj nruag thiab / lossis Flam.

Kev kho MATHS 2013 yog ib tug xeeb leej xeeb ntxwv ntawm thawj MATHS, sib koom tib lub hauv paus ntsiab lus thiab tsim tag nrho cov kev tswj xyuas zoo heev uas tus thawj muaj peev xwm tsim tau, tab sis nrog qee qhov kev hloov kho tshiab, ntxiv, thiab kev hloov pauv.

  1. Cov txheej txheem ntawm kev tswj tau raug hloov pauv kom muaj kev nkag siab zoo thiab ua haujlwm ntau dua ?fluidly nrog CV Bus thiab cov qauv uas twb muaj lawm hauv peb lub cev xws li DPO, MMG, thiab ECHOPHON.
  2. Qhov taw qhia LED rau cov teeb liab tau hloov kho kom pom qhov zoo thiab qhov tsis zoo voltages nrog rau kom nce cov zaub daws teeb meem. Txawm me me voltages yog nyeem tau ntawm cov LEDs no.
  3. Raws li Ua Suab nrov tam sim no muaj ntau lub teeb liab tso zis ntau yam (los ntawm thawj MATHS) tau hloov mus rau Unity Signal Output. Nws tso cai rau tsim ob qhov kev hloov pauv ntawm cov zis, ib qho ntawm kev sib koom ua ke thiab lwm qhov ua tiav los ntawm Attenuverter. Kuj tseem tso cai rau kev yooj yim hauv patching cov lus teb tsis tuaj yeem ua tau nrog Vari-Response tswj ib leeg (saib pg. 13).
  4. Ib qho Inverted SUM Output tau muab ntxiv rau kev hloov pauv ntau dua.
  5. LED taw qhia rau Sum Bus tau ntxiv rau kev paub txog cov teeb liab ntxiv.
  6. LED qhia tau ntxiv los qhia txog lub xeev ntawm Qhov Kawg Ntawm Kev Sawv Rov Los thiab Qhov Kawg Ntawm Lub voj voog.
  7. Qhov kawg-ntawm-Cycle Output yog tam sim no buffered rau txhim kho circuit stability.
  8. Ntxiv rov qab lub zog tiv thaiv.
  9. Ntxiv +/- 10V offset ntau yam. Tus neeg siv muaj kev xaiv ntawm +/- 10V offset ntawm CH. 2 lossis +/- 5V offset ntawm CH. 3.
  10. Ntxiv ntau dua Logarithmic ntau nyob rau hauv Vari-Response tswj tso cai rau East Coast style Portamen-rau.
  11. Lub evolution nyob rau hauv Circuit Court yog Cycle Input uas tso cai rau voltage tswj lub Cycle xeev hauv Channels 1 thiab 4. Ntawm Gate High, MATHS Cycles. Ntawm Rooj vag qis, MATHS tsis Cycle (tshwj tsis yog lub voj voog khawm yog koom nrog).

Vaj Huam Sib Luag

MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-2

  1. Lub teeb liab nkag: Direct Coupled input rau Circuit Court. Siv rau Lag, Portamento, ASR (Attack Sustain Release type hnab ntawv). Tsis tas li, nkag mus rau Sum/OR Bus. Ntau yam +/- 10V.
  2. Trigger Input: Lub rooj vag lossis Pulse siv rau qhov kev tawm tswv yim no ua rau lub voj voog tsis hais txog kev ua ub no ntawm Cov Khoom Siv Hluav Taws Xob. Qhov tshwm sim yog 0V rau 10V muaj nuj nqi, aka Lub Hnab, uas nws cov yam ntxwv raug txhais los ntawm Rise, Fall, thiab Vari-Response parameters. Siv rau lub hnab ntawv, Pulse Delay, Clock Division, thiab LFO Reset (tsuas yog thaum lub caij nplooj zeeg).
  3. Cycle LED: Kuvndicates Cycle ON lossis OFF.
  4. Cycle Button: Ua rau lub voj voog rau tus kheej lub voj voog, yog li tsim ib qho rov ua dua voltage function, aka LFO. Siv rau LFO, Clock, thiab VCO.
  5. Rise Vaj Huam Sib Luag: Teem lub sij hawm nws yuav siv rau lub voltage ua ramp nce. CW rotation nce lub sij hawm nce.
  6. Nce CV Input: Linear control signal input rau Rise parameter. Kev Tswj Xyuas Zoo Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Zoo Ntau yam +/- 8V.
  7. Poob Vaj Huam Sib Luag Tswj: Teem lub sij hawm nws yuav siv rau lub voltage ua ramp nqes. CW rotation nce lub caij nplooj zeeg.
  8. Ob leeg CV Input: Bi-Polar Exponential tswj teeb liab tawm tswv yim rau tag nrho cov haujlwm. Contrary to the Rise and Fall of CV Inputs, BOTH muaj cov lus teb Exponential thiab zoo tswj cov cim txo qis tag nrho lub sijhawm thaum cov teeb meem tswj tsis zoo nce tag nrho lub sijhawm. Ntau yam +/- 8V.
  9. Caij nplooj zeeg CV Input: Linear control signal input for Fall parameter. Cov teeb liab tswj tau zoo nce lub caij nplooj zeeg caij nplooj zeeg, thiab cov teeb meem tswj tsis zoo yuav txo lub sij hawm caij nplooj ntoos zeeg txog lub caij nplooj ntoos zeeg tswj. Ntau yam +/-8V.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-3

MATHS Channel 1

  1. Vari-Response Panel Control: Teem cov lus teb nkhaus ntawm voltagua function. Cov lus teb yog con-tinuously-variable los ntawm Logarithmic los ntawm Linear rau Exponential rau Hyper-Exponential. Lub Tick mark qhia qhov Linear teeb tsa.
  2. Cycle Input: Ntawm Gate HIGH, Cycles rau. Ntawm Gate LOW, MATHS tsis Cycle (tshwj tsis yog lub voj voog khawm tau koom nrog). Yuav tsum tau yam tsawg kawg +2.5V rau HIGH.
  3. EOR LED: Qhia txog cov xeev ntawm EOR Output. Teeb thaum EOR yog HIGH.
  4. Kawg Ntawm Sawv Cov zis (EOR): Mus siab thaum kawg ntawm Rise feem ntawm txoj haujlwm. 0V los yog 10V.
  5. Unity LED: Qhia txog kev ua haujlwm hauv Circuit Court. Positive voltages ntsuab, thiab tsis zoo voltagyog red. Ntau yam +/-8V.
  6. Unity Signal Output: Teeb liab los ntawm Channel 1 circuit. 0-8V thaum Cycling. Txwv tsis pub, qhov tso zis no ua raws li cov amplitude ntawm lub tswv yim.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-4

MATHS Channel 4

  1. Trigger Input: Lub rooj vag lossis Pulse siv rau qhov kev tawm tswv yim no ua rau lub voj voog tsis hais txog kev ua haujlwm ntawm Lub Teeb Hluav Taws Xob. Qhov tshwm sim yog 0V rau 10V muaj nuj nqi, aka Lub Hnab, uas nws cov yam ntxwv raug txhais los ntawm Rise, Fall, thiab Vari-Response parameters. Siv rau lub hnab ntawv, Pulse Delay, Clock Division, thiab LFO Reset (tsuas yog thaum lub caij nplooj zeeg).
  2. Lub teeb liab nkag: Direct Coupled input rau Circuit Court. Siv rau Lag, Portamento, ASR (Attack Sustain Release type hnab ntawv). Tsis tas li, nkag mus rau Sum/OR Bus. Ntau yam +/- 10V.
  3. Lub voj voog LED: Qhia Cycle ON lossis OFF.
  4. Cycle Button: Ua rau lub voj voog rau tus kheej lub voj voog, yog li tsim ib qho rov ua dua voltage function, aka LFO. Siv rau LFO, Clock, thiab VCO.
  5. Rise Vaj Huam Sib Luag: Teem lub sij hawm nws yuav siv rau lub voltage ua ramp nce. CW rotation nce lub sij hawm nce.
  6. Nce CV Input: Linear control signal input for Rise parameter. Kev Tswj Xyuas Zoo Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Tshaj Lij Zoo Ntau yam +/- 8V.
  7. Poob Vaj Huam Sib Luag Tswj: Teem lub sij hawm nws yuav siv rau lub voltage ua ramp nqes. CW rotation nce lub caij nplooj zeeg.
  8. Ob leeg CV Input: Bi-Polar Exponential tswj teeb liab tawm tswv yim rau tag nrho cov haujlwm. Contrary to the Rise and Fall of CV Inputs, BOTH muaj cov lus teb Exponential thiab zoo tswj cov teeb liab txo tag nrho lub sij hawm thaum lub teeb liab tswj tsis zoo nce tag nrho lub sij hawm. Ntau yam +/- 8V.
  9. Lub caij nplooj zeeg CV Input: Linear tswj teeb liab input rau lub caij nplooj zeeg parameter. Cov teeb liab tswj tau zoo nce lub caij nplooj zeeg caij nplooj zeeg, thiab cov cim kev tswj tsis zoo yuav txo lub sij hawm caij nplooj ntoos zeeg txog lub caij nplooj ntoos zeeg tswj. Ntau yam +/- 8V.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-5

MATHS Channel 4

  1. Vari-Response Panel Control: Teem cov lus teb nkhaus ntawm voltagua function. Cov lus teb yog con-tinuously-variable los ntawm Logarithmic los ntawm Linear rau Exponential rau Hyper-Exponential. Lub Tick mark qhia qhov Linear teeb tsa.
  2. Cycle Input: Ntawm Gate HIGH, Cycles rau. Ntawm Gate LOW, MATHS tsis Cycle (tshwj tsis yog lub voj voog khawm tau koom nrog). Yuav tsum tau yam tsawg kawg +2.5V rau HIGH.
  3. EOC LED: Qhia txog lub xeev ntawm qhov kawg ntawm Cycle Output. Teeb thaum EOC siab.
  4. End Cycle Output (EOC): Mus siab kawg ntawm Lub Caij Nplooj Ntoos Zeeg ntawm qhov ua haujlwm. 0V los yog 10V.
  5. Unity LED: Kuvndicates kev ua haujlwm hauv Circuit Court. Positive voltages ntsuab, thiab tsis zoo voltagyog red. Ntau yam +/-8V.
  6. Unity Signal Output: Teeb liab los ntawm Channel 4 circuit. 0-8V thaum Cycling. Txwv tsis pub, qhov tso zis no ua raws li cov amplitude ntawm lub tswv yim.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-6

SUM thiab OR Bus

  1. Direct Coupled Channel 2 Signal Input: Normalized rau +10V siv rau tiam ntawm voltage offsets. Input Range +/- 10Vpp.
  2. Direct Coupled Channel 3 Signal Input: Normalized rau +5V siv rau tiam ntawm voltage offsets. Input Range +/- 10Vpp.
  3. CH. 1 Attenuverter Control: Muab rau scaling, attenuation, thiab inversion ntawm lub teeb liab ua tiav los yog generated los ntawm CH. 1. Txuas nrog CH. 1 Variable Output thiab Sum/lossis Bus.
  4. CH. 2 Attenuverter Control: Muab rau scaling, attenuation, amplification, thiab inversion ntawm teeb liab thaj rau CH. 2 Lub teeb liab nkag. Tsis muaj teeb liab tam sim no, nws tswj cov qib ntawm cov teeb tsa tsim los ntawm CH. 2.
    • Txuas rau CH. 2 Variable Output thiab Sum/OR Bus.
  5. CH. 3 Attenuverter Control: Muab rau scaling, attenuation, amplification, thiab inversion ntawm teeb liab thaj rau CH. 3 Lub teeb liab nkag. Tsis muaj teeb liab tam sim no, nws tswj cov qib ntawm qhov offset tsim los ntawm CH. 3.
    • Txuas nrog CH. 3 Variable OUT thiab Sum/OR Bus.
  6. CH. 4 Attenuverter Control: Muab rau scaling, attenuation, thiab inversion ntawm lub teeb liab ua tiav los yog generated los ntawm CH. 4. Txuas nrog CH. 4 Variable Output thiab Sum/OR Bus.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-7

SUM thiab OR Bus

  1. CH. 1-4 Variable Outputs: Cov teeb liab thov yog ua tiav los ntawm kev tswj hwm channel sib raug. Normalized rau SUM thiab OR busses. Ntxig ib daim kab xev tshem tawm cov teeb liab ntawm SUM thiab LOSSIS cov npav. Cov zis ntau yam +/-10V.
  2. LOSSIS Bus Output: Qhov tshwm sim ntawm Analog Logic LOSSIS muaj nuj nqi rau qhov chaw ntawm lub attenuverter tswj rau Channels 1, 2, 3, thiab 4. Ntau yam 0V txog 10V.
  3. SUM Bus Output: Qhov kawg ntawm qhov kev siv voltages mus rau qhov chaw ntawm lub attenuverter tswj rau Channels 1, 2, 3, thiab 4. Ntau yam +/- 10V.
  4. Inverted SUM tso zis: Teeb liab los ntawm SUM Output tig upside down. Ntau yam +/- 10V.
  5. SUM Bus LEDs: Qhia voltage kev ua si hauv SUM npav (thiab yog li ntawd, Inverted SUM ib yam nkaus). Liab LED qhia tsis zoo voltages. Ntsuab LED qhia qhov zoo voltages.

THOV KOM TAU

MATHS yog nteg tawm sab saum toj mus rau hauv qab, nrog symmetrical nta ntawm CH. 1 thiab 4. Cov teeb liab inputs nyob rau sab saum toj, ua raws li lub vaj huam sib luag tswj thiab tswj cov teeb liab inputs ntawm nruab nrab. Cov teeb liab outputs yog nyob rau hauv qab ntawm lub module. LEDs muab tso rau ze ntawm lub teeb liab uas lawv qhia. Channels 1 thiab 4 tuaj yeem teev, thim rov qab, lossis sib xyaw cov teeb liab tuaj. Tsis muaj teeb liab siv, cov Chan-nels no yuav raug tsim los ua kom muaj ntau yam ntawm cov kab, logarithmic, lossis exponential ua haujlwm thaum txais tos, lossis tsis tu ncua thaum Cycle koom nrog. Ib qho me me sib txawv ntawm CH. 1 thiab 4 yog nyob rau hauv lawv cov Pulse Outputs; CH.1 muaj End of Rise thiab CH. 4 muaj End of Cycle. Qhov no tau ua los pab txhawb kev tsim cov haujlwm nyuaj uas siv ob qho CH. 1 thiab 4. Channel 2 thiab 3 tuaj yeem ntsuas, ampliify, thiab invert ib tug incoming teeb liab. Tsis muaj cov teeb liab sab nraud siv, cov Channels tsim DC offsets. Tsuas yog qhov sib txawv ntawm CH. 2 thiab 3 yog CH. 2 tsim ib qho +/-10V teeb thaum Ch. 3 tsim ib qho +/- 5V offset.
Tag nrho 4 Channels muaj outputs (hu ua Variable Outputs) uas yog normalized rau ib tug SUM, Inverted SUM, thiab LOS YOG lub tsheb npav kom ntxiv, rho tawm, inversion, thiab analog logic OR manipulations yuav ua tiav. Ntxig lub ntsaws rau hauv cov qhov tso tawm qhov sib txawv no tshem tawm cov teeb liab cuam tshuam los ntawm SUM thiab LOS SIS lub npav (Chav 1 thiab 4 muaj kev sib koom ua ke, uas tsis yog ib txwm ua rau SUM thiab LOSSIS lub npav). Cov zis tawm no yog tswj los ntawm 4 Attenuverters ntawm qhov nruab nrab ntawm lub module.

Kos Npe Lub Tswv Yim

Cov inputs tag nrho yog txuas ncaj qha mus rau lawv qhov txuas txuas. Qhov no txhais tau tias lawv tuaj yeem dhau ob lub suab thiab tswj cov cim. Cov tswv yim no yog siv los ua cov txheej txheem sab nraud tswj voltages. CH. 1 thiab 4 Cov Khoom Siv Hluav Taws Xob kuj tuaj yeem siv los tsim kev tawm tsam / Txhawb nqa / tso tawm hom hnab ntawv los ntawm lub rooj vag teeb liab. Channel 2 thiab 3 kuj tseem normalized rau voltage siv kom tsis muaj dab tsi patched rau cov tswv yim, uas channel yuav siv tau rau tiam ntawm voltage offsets. Qhov no yog qhov muaj txiaj ntsig zoo rau qib hloov qhov ua haujlwm lossis lwm lub teeb liab uas nyob ntawm ib qho ntawm lwm Channels los ntawm kev ntxiv cov voltage offset rau qhov teeb liab thiab noj SUM Output.

Ua kom nkag siab

CH. 1 thiab 4 kuj muaj ib qho kev tawm tswv yim. Lub rooj vag lossis mem tes siv rau qhov kev tawm tswv yim no ua rau muaj kev cuam tshuam hauv Circuit Court tsis hais txog kev ua haujlwm ntawm Cov Khoom Siv Hluav Taws Xob. Qhov tshwm sim yog 0V rau 10V muaj nuj nqi, aka Lub Hnab, uas nws cov yam ntxwv raug txhais los ntawm Rise, Fall, Vari-Response, thiab Attenuverter tsis. Qhov kev ua haujlwm no nce ntawm 0V mus rau 10V thiab tom qab ntawd tam sim ntawd poob ntawm 10V rau 0V. Tsis muaj SUSTAIN. Txhawm rau kom tau txais lub hnab ntawv muaj nuj nqi, siv lub teeb liab tawm tswv yim (saib saum toj). MATHS rov ua rau lub sijhawm poob ntawm qhov kev ua haujlwm tab sis tsis rov ua dua ntawm qhov nce ntawm qhov ua haujlwm. Qhov no tso cai rau lub moos thiab lub rooj sib faib txij li MATHS tuaj yeem tsim los tsis quav ntsej cov moos thiab rooj vag los ntawm kev teeb tsa Lub Sij Hawm Sawv Cev kom ntau dua li lub sijhawm ntawm Cov Moos tuaj thiab / lossis Rooj vag.

Lub voj voog

Lub Cycle Button thiab Cycle Input ob leeg ua tib yam: lawv ua MATHS tus kheej oscillate aka Cycle, uas yog cov ntsiab lus zoo nkauj rau LFO! Thaum koj xav tau LFO, ua MATHS Cycle.

RISE FALL VARI-RESPONSE

  • Cov kev tswj xyuas cov teeb liab uas yog tso tawm ntawm Unity Signal Output thiab Variable Outputs rau CH. 1 thiab 4. Kev Rise thiab Caij Nplooj Ntoos Hlav txiav txim siab npaum li cas ceev lossis qeeb lub Circuit Court teb rau cov teeb liab siv rau lub teeb liab tawm tswv yim thiab Trigger Input. Qhov ntau ntawm lub sij hawm yog loj dua lub hnab ntawv ib txwm los yog LFO. MATHS tsim cov haujlwm ua haujlwm qeeb li 25 feeb (Rise thiab Fall tag nrho CW thiab sab nraud tswj cov cim ntxiv ntxiv mus rau hauv "slow-ver-drive") thiab nrawm li 1khz (suab tus nqi).
  • Rise teem lub sij hawm lub Circuit Court yuav siv sij hawm mus txog rau lub siab tshaj plaws voltage. Thaum pib lub voj voog pib ntawm 0V thiab mus txog 10V. Sawv los txiav txim seb nws yuav siv sij hawm ntev npaum li cas rau qhov no tshwm sim. Thaum siv los ua kev tswj hwm sab nraud voltages lub teeb liab siv rau lub Signal Input yog nce, txo qis, los yog nyob rau hauv lub xeev khov kho (tsis ua dab tsi). Rise txiav txim siab npaum li cas qhov teeb liab yuav nce. Ib yam uas MATHS tsis tuaj yeem ua yog saib mus rau yav tom ntej kom paub qhov twg lub teeb liab tswj hwm sab nraud yog coj mus, yog li MATHS tsis tuaj yeem nce tus nqi ntawm qhov chaw sab nraud.tage hloov / txav, nws tsuas tuaj yeem ua raws li qhov tam sim no thiab qeeb nws (lossis cia nws hla ntawm tib qhov ceev).
  • Lub caij nplooj zeeg teev cov sij hawm uas lub voj voog yuav siv mus rau qhov tsawg kawg nkaus voltage. Thaum pib lub voltage pib ntawm 0V thiab mus txog 10V, ntawm 10V qhov chaw siab tshaj yog mus txog thiab lub voltage pib poob rov qab mus rau 0V. Lub caij nplooj zeeg txiav txim siab seb nws yuav siv sijhawm ntev npaum li cas rau qhov no tshwm sim. Thaum siv los ua kev tswj hwm sab nraud voltages lub teeb liab siv rau lub Signal Input yog nce, txo qis, los yog nyob rau hauv lub xeev khov kho (tsis ua dab tsi). Lub caij nplooj zeeg txiav txim siab sai npaum li cas lub teeb liab yuav txo qis. Txij li thaum nws tsis tuaj yeem saib mus rau yav tom ntej kom paub qhov twg lub teeb liab tswj hwm sab nraud yog coj mus, MATHS tsis tuaj yeem nce tus nqi ntawm qhov chaw sab nraud.tage hloov / txav, nws tsuas tuaj yeem ua raws li qhov tam sim no thiab qeeb nws (lossis cia nws hla ntawm tib qhov ceev).
  • Rise thiab Fall muaj kev ywj pheej CV inputs rau voltage tswj cov kev txwv no. Yog xav tau attenuation, siv CH. 2 lub CH. 3 nyob rau hauv series mus rau qhov xav tau. Ntxiv rau Rise thiab Fall CV Inputs, kuj tseem muaj Ob Qhov CV Inputs.
  • Ob qho CV cov tswv yim hloov pauv tus nqi ntawm tag nrho cov haujlwm. Nws kuj teb inversely rau nce thiab poob ntawm CV Inputs. More positive voltages ua rau tag nrho cov haujlwm luv luv thiab ntau qhov tsis zoo voltages ua kom tag nrho cov haujlwm ntev.
  • Vari-response shapes saum toj no tus nqi ntawm kev hloov (Rise / Poob) ua Logarithmic, Linear, los yog Exponential (thiab txhua yam nyob rau hauv nruab nrab ntawm cov duab).
  • Nrog rau LOG ​​teb, tus nqi hloov pauv txo qis raws li voltage nce.
  • Nrog rau EXPO teb, tus nqi ntawm kev hloov pauv nce raws li voltage nce. Cov lus teb Linear tsis muaj qhov hloov pauv raws li qhov voltage hloov.

XOV TOOJ NTAWV

  • Muaj ntau lub teeb liab sib txawv ntawm MATHS. Tag nrho cov ntawm lawv yog nyob rau hauv qab ntawm lub module. Ntau ntawm lawv muaj LEDs nyob ze rau qhov pom kev pom ntawm cov teeb liab.

Lub Variable Outs

  • Cov txiaj ntsig no tau sau npe 1, 2, 3, thiab 4 thiab muaj feem cuam tshuam nrog plaub Attenuverter tswj nyob rau hauv nruab nrab ntawm lub module. Cov txiaj ntsig no tau txiav txim siab los ntawm kev teeb tsa ntawm lawv cov kev tswj hwm cuam tshuam, esp. lub CH. 1 txog 4 Attenuverter tswj.
  • Tag nrho cov jacks no ib txwm ua rau SUM thiab OR Bus. Tsis muaj dab tsi patched rau cov zis, cov teeb liab cuam tshuam raug txhaj rau hauv SUM thiab LOS SIS Bus. Thaum koj kho ib lub cable rau hauv ib qho ntawm cov khoom tso tawm, cov teeb liab cuam tshuam raug tshem tawm ntawm SUM thiab OR Bus. Cov txiaj ntsig no muaj txiaj ntsig zoo thaum koj muaj qhov kev hloov pauv qhov chaw uas tsis muaj kev cuam tshuam lossis kev hloov pauv muaj (CV inputs ntawm MATHS lossis FUNCTION modules rau example) ua.
  • Lawv kuj tseem muaj txiaj ntsig thaum koj xav tsim qhov kev hloov pauv ntawm cov teeb liab uas nyob ntawm qhov sib txawv amplitude los yog theem.

RAU OUT

  • Qhov no yog qhov kawg ntawm Rise Output rau CH. 1. Qhov no yog lub teeb liab tshwm sim. Nws yog nyob ntawm 0V lossis 10V thiab tsis muaj dab tsi ntawm. Nws ua haujlwm rau 0V, lossis qis thaum tsis muaj haujlwm.
  • Qhov xwm txheej nyob rau hauv cov ntaub ntawv no yog thaum lub koom haum Channel mus txog lub siab tshaj plaws voltage uas nws mus. Qhov no yog lub teeb liab zoo rau xaiv rau Clocking lossis Pulse-shaped LFO.
  • Nws kuj tseem muaj txiaj ntsig rau Pulse Delay thiab moos faib txij li Rise teeb tsa lub sijhawm nws siv rau qhov tso zis no mus Siab.

EOC OUT

  • Qhov no yog qhov kawg Cycle tso zis rau CH. 4. Qhov no yog lub teeb liab tshwm sim. Nws yog nyob ntawm 0V lossis 10V thiab tsis muaj dab tsi ntawm. Nws ua rau +10V, lossis siab thaum tsis muaj kev ua si.
  • Qhov xwm txheej nyob rau hauv cov ntaub ntawv no yog thaum lub koom haum Channel mus txog qhov qis tshaj voltage uas nws mus. Lub teeb pom kev zoo LED yog nyob rau thaum tsis muaj dab tsi tshwm sim. Qhov no yog lub teeb liab zoo rau xaiv rau Clocking lossis Pulse-shaped LFO.

Unity Signal Outs (CH. 1 thiab 4)

  • Cov txiaj ntsig no tau coj ncaj qha los ntawm qhov tseem ceeb ntawm cov koom nrog Channel. Lawv tsis cuam tshuam los ntawm Channel's Attenuverter.
  • Patching rau hauv cov zis no TSIS tshem tawm cov teeb liab los ntawm SUM thiab OR Buses. Qhov no yog ib qho txiaj ntsig zoo los siv thaum koj tsis tas yuav muaj kev cuam tshuam los yog inversion lossis thaum koj xav siv lub teeb liab ntawm nws tus kheej thiab hauv SUM / OR Bus.

LUB NEEJ

  • Qhov no yog qhov tso zis los ntawm analog OR circuit. Inputs yog CH. 1, 2, 3, thiab 4 Variable Outputs. Nws ib txwm outputs lub siab tshaj plaws voltage tawm ntawm tag nrho cov voltagyog siv rau cov khoom siv. Qee tus neeg hu qhov no yog Qhov Siab Tshaj Plawstagyog selector circuit! Cov attenuators tso cai rau qhov hnyav ntawm cov cim. Nws tsis teb rau qhov tsis zoo voltages, yog li ntawd nws kuj yuav siv tau los kho lub teeb liab.
  • Muaj txiaj ntsig rau kev tsim cov kev hloov pauv ntawm kev hloov pauv lossis xa CV rau cov tswv yim uas tsuas yog teb rau qhov zoo voltages (eg Organize CV Input on the PHONOGENE).

SUM OUT

  • Qhov no yog cov zis los ntawm analog SUM circuit. Inputs yog CH. 1, 2, 3, thiab 4 Variable Outputs. Nyob ntawm seb Attenuverters tau teeb tsa li cas, koj tuaj yeem ntxiv, hloov pauv, lossis rho tawm voltages los ntawm ib leeg siv qhov Circuit Court no.
  • Qhov no yog ib tug zoo tso zis los siv rau combining ob peb tswj teeb liab los tsim ntau complex modulations.

INV OUT

  • Qhov no yog qhov inverted version ntawm SUM tso zis. Nws tso cai rau koj los hloov kho rov qab!

NYIAJ THIAB TEEB MEEM

  • Lub voj voog ntev dua tau ua tiav nrog ntau cov lus teb Logarithmic nkhaus. Qhov ceev tshaj plaws, ntse tshaj plaws ua tiav nrog huab Exponential teb nkhaus.
  • Kev hloov kho rau cov lus teb nkhaus cuam tshuam rau Rise thiab Caij Nplooj Ntoos Hlav.
  • Txhawm rau ua tiav ntev dua lossis luv dua Rise thiab Caij Nplooj Ntoos Hlav dua li muaj los ntawm Kev Tswj Xyuas Vaj Huam Sib Luag, siv lub voltage offset rau Control Signal Inputs. Siv CH. 2 lossis 3 rau qhov offset voltage.
  • Siv INV SUM Output qhov twg koj xav tau kev hloov pauv hloov pauv tab sis tsis muaj txhais tau tias rau inversion ntawm CV lo lus uas peb (Mix CV Input ntawm ECHOPHON, rau example) ua.
  • Pub lub teeb liab inverted los ntawm MATHS rov qab rau hauv MATHS ntawm ib qho ntawm CV inputs yog qhov muaj txiaj ntsig zoo rau kev tsim cov lus teb uas tsis suav nrog Vari-Response tswj ib leeg.
  • Thaum siv SUM thiab OR Outputs, teem ib qho tsis siv CH. 2 lossis 3 mus rau 12:00 lossis ntxig ib daim kab xev rau lub teeb liab ntawm cov kab sib txuas kom tsis txhob muaj qhov tsis xav tau.
  • Yog tias nws xav tau lub teeb liab ua tiav lossis tsim los ntawm CH. 1, 4 yog ob qho tib si ntawm SUM, INV, thiab OR busses THIAB muaj raws li cov khoom siv ywj pheej, siv Unity Signal Output, vim nws tsis yog ib txwm ua rau SUM thiab OR Busses.
  • LOSSIS tso zis tsis teb los yog tsim tsis zoo voltages.
  • Thaum kawg ntawm Rise thiab End of Cycle yog qhov muaj txiaj ntsig zoo rau kev tsim kom muaj kev tswj hwm txoj cai voltage ua haujlwm qhov twg CH. 1 thiab CH. 4 yog ua los ntawm ib leeg. Txhawm rau ua qhov no, kho qhov EOR lossis EOC rau lwm cov channel's Trigger, Signal, thiab Cycle inputs.

PATCH IDEAS

Raug Voltage Tswj Daim duab peb sab Function (Daim duab peb sab LFO)

  1. Teem CH.1 (los yog 4) rau Cycle. Teem Rise thiab Fall Vaj Huam Sib Luag rau tav su, Vari- teb rau Linear.
  2. Teem CH.2 Attenuverter rau 12:00.
  3. Patch SUM tso zis rau ob qho tib si tswj inputs.
  4. Optionally, siv ib qho kev hloov kho zaus rau CH.3 Signal Input thiab maj mam tig nws lub attenuator clockwise.
  5. Ua kom lub CH.2 Attenuverter hloov qhov zaus.
  6. Cov zis yog muab los ntawm Lub Teeb Pom Kev Tshaj Tawm ntawm cov koom nrog Channel.
  7. Teem Rise thiab Fall parameters ntxiv clockwise muab lub voj voog ntev dua. Teem cov kev txwv no ntxiv counterclockwise muab lub voj voog luv, mus txog lub suab.
  8. Cov txiaj ntsig tshwm sim tuaj yeem ua tiav ntxiv nrog kev txo qis thiab / lossis hloov pauv los ntawm Attenuverter cuam tshuam. Xwb, muab cov zis tawm los ntawm Cycling Channel's UNITY Output thiab patch qhov Variable Outputs rau Rise lossis Fall CV Input rau morph LFO duab nrog CH.1 (los yog 4) Attenuverter.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-8

Raug Voltage Tswj Ramp Muaj nuj nqi (Saw/Ramp LFO)

Ib yam li saum toj no, tsuas yog Rise parameter yog teem tag nrho counterclockwise, Caij nplooj zeeg parameter yog teem rau tsawg kawg yog tav su.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-9

Voltage Controlled Transient Function Generator (Attack / Decay EG)

  • Lub pulse lossis lub rooj vag siv rau qhov kev nkag siab ntawm CH.1 lossis 4 pib lub sijhawm ua haujlwm uas nce ntawm 0V txog 10V ntawm tus nqi txiav txim siab los ntawm Rise parameter thiab tom qab ntawd poob ntawm 10V rau 0V ntawm tus nqi txiav txim los ntawm Lub Caij Nplooj Ntoos Hlav.
  • Qhov kev ua haujlwm no tuaj yeem rov ua dua thaum lub caij poob. Nce thiab poob yog nws tus kheej volt-hnub nyoog tswj tau, nrog cov lus teb sib txawv los ntawm Log los ntawm Linear rau Exponential, raws li teeb tsa los ntawm Vari-Response panel Control.
  • Cov txiaj ntsig tshwm sim tuaj yeem ua tiav ntxiv nrog kev txo qis thiab / lossis hloov pauv los ntawm Attenuverter.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-10

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

  • Lub rooj vag siv rau lub teeb liab tawm ntawm CH.1 lossis 4 pib ua haujlwm, uas nce ntawm 0V mus rau theem ntawm lub rooj vag siv, ntawm tus nqi txiav txim siab los ntawm Rise parameter, Sustains ntawm qib ntawd kom txog rau thaum lub rooj vag teeb liab xaus, thiab tom qab ntawd poob los ntawm qib ntawd mus rau 0V ntawm tus nqi txiav txim los ntawm lub caij nplooj zeeg parameter.
  • Rise and Fall yog ywj siab voltage controllable, nrog cov lus teb sib txawv raws li tau teev tseg los ntawm Vari-Re-sponse vaj huam sib luag Control.
  • Cov txiaj ntsig tshwm sim tuaj yeem ua tiav ntxiv nrog kev txo qis thiab / lossis hloov pauv los ntawm Attenuverter.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-11

Peak Detector

  1. Patch teeb liab yuav raug kuaj pom rau CH. 1 Lub teeb liab nkag.
  2. Teem Rise thiab Poob rau 3:00.
  3. Siv cov zis tawm los ntawm Kev Tshaj Tawm Tshaj Tawm. Gate Output los ntawm EOR Output.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-12

Voltage Daim iav

  1. Siv Control Signal yuav tsum mirrored rau CH. 2 Lub teeb liab nkag.
  2. Teem CH. 2 Attenuverter rau Full CCW.
  3. Tsis muaj dab tsi tso rau ntawm CH. 3 Lub teeb liab tawm tswv yim (los ua kom muaj kev sib txawv), teeb tsa CH. 3 Attenuvert-er rau tag nrho CW.
  4. Siv cov zis los ntawm SUM Output.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-13

Ib nrab Wave Rectification

  1. Siv cov teeb liab bi-polar rau CH. 1, 2, 3, lossis 4 inputs.
  2. Nqa cov zis los ntawm OR Output.
  3. Nco ntsoov qhov normalizations rau lub npav LOSSIS.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-14

Raug Voltage Tswj Pulse/Clock nrog Voltage Tswj Khiav / Nres (Lub moos, mem tes LFO)

  1. Ib yam li Hom Voltage Tswj Daim duab peb sab muaj nuj nqi, tsuas yog cov zis tawm los ntawm EOC lossis EOR.
  2. CH.1 Nce parameter zoo dua kho zaus thiab CH.1 Caij nplooj zeeg parameter kho mem tes dav.
  3. Nrog CH.4, qhov sib txawv yog qhov tseeb, qhov Rise kho qhov dav thiab lub caij nplooj zeeg kho zaus.
  4. Nyob rau hauv ob qho tib si Channel, tag nrho cov kev hloov kho rau nce thiab caij nplooj zeeg tsis cuam tshuam rau zaus.
  5. Siv CYCLE Input rau Khiav/Stop tswj.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-15

Voltage Tswj Pulse Delay Processor

  1. Thov Trigger los yog rooj vag los ua kom cov tswv yim yog CH.1.
  2. Coj cov zis los ntawm End Of Rise.
  3. Qhov nce parameter teeb tsa qhov ncua sij hawm thiab Lub Caij Nplooj Ntoos Hlav hloov kho qhov dav ntawm qhov tshwm sim pulse.MAKE-NOISE-Maths-Complex-Function-Generator-Eurorack-Module-FIG-16

Arcade Trill (Complex LFO)

  1. Teem CH4 Rise thiab Poob rau tav su, teb rau Exponential.
  2. Patch EOC rau ntau yam, ces mus rau CH1 Trigger Input thiab CH2 Input.
  3. Kho CH2 vaj huam sib luag tswj rau 10:00.
  4. Patch CH2 tso zis rau CH1 ob lub tswv yim.
  5. Teem CH1 Sawv rau tav su, Caij nplooj zeeg mus rau tag nrho counterclockwise, teb rau Linear.
  6. Koom nrog CH4 Lub voj voog hloov (CH1 yuav tsum tsis txhob caij tsheb kauj vab).
  7. Siv Unity Output CH1 mus rau qhov chaw hloov kho.
  8. Kho CH1 Rise vaj huam sib luag rau kev hloov pauv (kev hloov me me muaj qhov cuam tshuam loj heev ntawm lub suab).

Chaotic Trill (yuav tsum tau MMG lossis lwm yam Direct Coupled LP lim)

  1. Pib nrog Arcade Trill thaj ua rau thaj.
  2. Teem CH.1 Attenuverter rau 1:00. Thov siv CH.1 Signal Output rau MMG DC Signal Input.
  3. Patch EOR rau MMG AC Signal Input, teem rau LP hom, tsis muaj kev tawm tswv yim. Pib nrog Freq ntawm tag nrho counter-clockwise.
  4. Thov MMG Signal Output rau MATHS CH.4 Ob Lub Tswv Yim.
  5. Patch CH.4 Variable Output rau CH.1 Ob leeg CV Input.
  6. Unity Signal Output rau modulation lo lus uas peb.
  7. MMG Freq thiab Signal Input controls thiab MATHS CH1 thiab 4 Attenuverters yog qhov txaus siab ntxiv rau qhov nce thiab caij nplooj zeeg.

281 Hom (Complex LFO)

  1. Hauv thaj chaw no, CH1 thiab CH4 ua haujlwm nyob rau hauv tandem los muab cov haujlwm hloov los ntawm cuaj caum degrees.
  2. Nrog rau ob lub voj voog hloov pauv, kho qhov kawg ntawm RISE (CH1) rau Trigger Inverter CH4.
  3. Patch Xaus ntawm Cycle (CH4) rau Trigger Input CH1.
  4. Yog tias ob qho tib si CH1 thiab CH4 tsis pib caij tsheb kauj vab, koom nrog CH1 Cycle luv luv.
  5. Nrog rau ob qho tib si Channels caij tsheb kauj vab, siv lawv cov teeb liab tso tawm rau ob qhov chaw sib txawv, piv txwvample, ob Channels ntawm OPTOMIX.

Raug Voltage Tswj ADSR-hom hnab ntawv

  1. Siv Gate signal rau CH1 Signal Input.
  2. Teem CH1 Attenuverter kom tsawg dua Full CW.
  3. Patch CH1 kawg ntawm nce mus rau CH4 Trigger Input.
  4. Teem caij CH4 Attenuverter rau Full CW.
  5. Nqa cov zis los ntawm LOSSIS lub npav tso tawm, nco ntsoov tias CH2 thiab CH3 raug teem rau tav su yog tias tsis siv.
  6. Hauv thaj tsam no, CH1 thiab CH4 Sawv los tswj lub Sijhawm Tawm Tsam. Rau ADSR ib txwm, kho cov kev txwv no kom zoo sib xws (Setting CH1 Rise kom ntev dua CH4 lossis vice-versa, tsim ob qhov kev tawm tsam stages).
  7. CH4 Caij nplooj zeeg parameter kho qhov Decay stage ntawm lub hnab ntawv.
  8. CH1 Attenuverter teeb tsa qib Sustain uas yuav tsum qis dua li qhov ntsuas tib yam ntawm CH4.
  9. Thaum kawg, CH1 Lub Caij Nplooj Ntoos Hlav tau teem sijhawm tso tawm.

Bouncing Ball, 2013 ib tsab - ua tsaug rau Pete Speer

  1. Teem CH1 Rise tag nrho CCW, Caij nplooj zeeg rau 3:00, teb rau Kab.
  2. Teem CH4 Rise tag nrho counterclockwise, Caij nplooj ntoos zeeg rau 11:00, teb rau Linear.
  3. Patch CH1 EOR rau CH4 Cycle Input, thiab CH1 kuj nce mus rau CH4 Fall Input.
  4. Patch CH4 tso zis rau VCA lossis LPG tswj cov tswv yim.
  5. Patch ib lub rooj vag los yog qhov ua rau qhov chaw (xws li lub rooj vag kov los ntawm Cov Ntsiab Lus Siab) mus rau CH1 Trigger Input rau phau ntawv pib ntawm "bounces."
  6. Kho CH4 Nce thiab Caij Nplooj Ntoos Hlav rau kev hloov pauv.

Independent Contours - ua tsaug rau Navs

Los ntawm kev hloov qib thiab polarity ntawm qhov sib txawv ntawm qhov tso zis ntawm CH1 / 4 nrog Attenuverter, thiab pub cov teeb liab rov qab rau hauv CH1 / 4 ntawm Rise lossis Fall Control Input, kev ywj pheej tswj ntawm txoj kab nqes corre-sponding tiav. Siv cov Output los ntawm Unity Signal Output. Qhov zoo tshaj plaws kom muaj cov lus teb vaj huam sib luag tswj tau teem rau tav su.

Independent Complex Contours

  • Ib yam li saum toj no, tab sis kev tswj hwm ntxiv yog ua tau los ntawm kev siv EOC lossis EOR los ua rau qhov sib txawv ntawm Channel thiab siv SUM lossis OR tso zis rau sawv, poob, lossis ob qho tib si ntawm thawj Channel.
  • Hloov qhov Rise, Caij Nplooj Ntoos Hlav, Attenuversion, thiab cov lus teb nkhaus ntawm cov kab sib txawv kom ua tiav ntau yam duab.

Asymmetrical Trilling Envelope - ua tsaug rau Walker Farrell

  1. Koom nrog kev caij tsheb kauj vab ntawm CH1, lossis siv lub teeb liab uas koj xaiv rau nws qhov Kev Tshaj Tawm lossis Cov Lus Qhia.
  2. Teem CH1 Rise thiab Poob rau tav su nrog Linear teb.
  3. Patch CH1 EOR rau CH4 Cycle Input.
  4. Teem CH4 Nce rau 1:00 thiab Caij Nplooj Ntoos Zeeg rau 11:00, nrog cov lus teb Exponential.
  5. Siv cov zis los ntawm LOSSIS (nrog CH2 thiab CH3 teem rau tav su).
  6. Lub hnab ntawv tshwm sim muaj "trill" thaum lub caij nplooj zeeg. Kho cov qib thiab nce / caij nplooj zeeg.
  7. Xwb, swap Channels thiab siv EOC Output rau CH1's Cycle input rau trilling thaum lub sij hawm nce.

Lub hnab ntawv Follower

  1. Siv lub teeb liab kom ua raws li Cov Lus Qhia Tawm CH1 lossis 4. Teem caij rau tav su.
  2. Teem thiab los yog hloov lub Caij Nplooj Ntoos Hlav kom ua tiav cov lus teb sib txawv.
  3. Siv cov zis tawm los ntawm cov khoom sib txuas Channel Signal Output kom pom qhov zoo thiab qhov tsis zoo.
  4. Nqa cov zis los ntawm LOSSIS lub npav tso tawm kom ua tiav ma ore raug lub hnab ntawv zoo raws li kev ua haujlwm.

Voltage Comparator/Gate Extraction w/ variable width

  1. Siv cov teeb liab los muab piv rau CH3 Signal Input. Teem lub Attenuverter kom siab dua 50%.
  2. Siv CH2 los sib piv voltage (nrog lossis tsis muaj ib yam dab tsi patched).
  3. Patch SUM tso zis rau CH1 Signal Input.
  4. Teem CH1 Rise thiab Poob rau tag nrho CCW. Siv lub rooj vag rho tawm los ntawm EOR.
    • CH3 Attenuverter ua raws li qhov kev teeb tsa theem kev teeb tsa, cov txiaj ntsig siv tau nyob nruab nrab ntawm tav su thiab puv CW. CH2 ua raws li qhov pib teeb tsa qhov tseem ceeb ntawm Full CCW txog 12:00.
    • Tus nqi ze dua rau 12:00 yog qhov qis dua. Teem lub Rise ntau CW, koj tuaj yeem ncua lub rooj vag muab tau.
    • Kev teeb tsa lub caij nplooj zeeg ntau CW txawv qhov dav ntawm lub rooj vag muab tau. Siv CH4 rau nvelope Follower thaj, thiab CH3, 2 & 1 rau Gate extraction, thiab koj muaj lub zog muaj zog heev rau kev ua haujlwm sab nraud.

Full Wave Rectification

  1. Ntau lub teeb liab yuav tsum tau kho rau ob qho tib si CH2 thiab 3 Input.
  2. CH2 Scaling/Inversion teem rau Tag Nrho CW, CH3 Scaling/Inversion teem rau tag nrho CCW.
  3. Nqa cov zis los ntawm OR Output. Vary qhov Scaling.

Multiplication

  1. Siv qhov zoo mus tswj lub teeb liab kom muab ntau ntxiv rau CH1 lossis 4 Lub Teeb Pom Kev Zoo. Teem nce mus rau tag nrho CW, Caij nplooj zeeg mus rau tag nrho CCW.
  2. Siv qhov zoo mus rau ntau qhov Kev Tswj Teeb Meem rau ob qho tib si Control Input.
  3. Nqa cov zis los ntawm cov khoom siv hluav taws xob sib thooj.

Pseudo-VCA nrog clipping - Ua tsaug rau Walker Farrell

  1. Patch suab teeb liab rau CH1 nrog nce thiab poob ntawm tag nrho cov counterclockwise, los yog voj voog CH1 ntawm lub suab.
  2. Tshem tawm ntawm SUM tawm.
  3. Teem theem pib nrog CH1 vaj huam sib luag tswj.
  4. Teem CH2 vaj huam sib luag tswj tag nrho CW kom tsim tau 10V offset. Lub suab pib clip thiab tej zaum yuav ntsiag to. Yog hais tias nws tseem hnov, thov ib qho ntxiv qhov zoo offset nrog CH3 vaj huam sib luag tswj kom txog thaum nws tsuas yog ntsiag to.
  5. Teem lub CH4 vaj huam sib luag tswj kom tag nrho CCW thiab siv lub hnab ntawv rau Cov Khoom Siv Hluav Taws Xob lossis tsim lub hnab ntawv nrog CH4.
    • Qhov no thaj ua rau ib tug VCA nrog asymmetrical clipping nyob rau hauv lub waveform. Nws ua haujlwm nrog CV kuj, tab sis nco ntsoov kho CV input nqis los cuam tshuam nrog lub hauv paus loj offset. INV cov zis yuav muaj txiaj ntsig zoo dua hauv qee qhov xwm txheej.

Voltage Tswj Clock Divider

  • Lub moos teeb liab siv rau Trigger Input CH1 lossis 4 yog ua tiav los ntawm tus divisor raws li tau teev tseg los ntawm Rise parameter.
  • Nce Rise teeb tsa tus divisor siab dua, ua rau muaj kev faib loj dua. Lub caij nplooj zeeg kho qhov dav ntawm lub moos tshwm sim. Yog tias qhov dav tau hloov kho kom siab dua li tag nrho lub sijhawm ntawm kev faib, cov zis tseem "siab".

FLIP-FLOP (1-ntsis nco)

  • Hauv thaj chaw no, CH1 Trigger Input ua raws li "Teeb" cov tswv yim, thiab CH1 ob qho tib si Control Input ua raws li "Rov dua" Cov tswv yim.
    1. Thov Reset Pib ntsais koj teeb rau CH1 ob leeg tswj input.
    2. Siv Gate lossis logic teeb liab rau CH1 Trigger Input. Teem Rise rau Tag Nrho CCW, Caij Nplooj Ntoos Hlav rau Tag Nrho CW, Vari-Re-sponse rau Linear.
    3. Siv "Q" tso zis los ntawm EOC. Patch EOC rau CH4 Teeb Qhia kom ua tiav "Tsis Q" ntawm EOC Cov Lus Qhia.
  • Lub thaj no muaj lub cim xeeb txwv li ntawm 3 feeb, tom qab ntawd nws tsis nco qab ib yam uas koj tau hais kom nws nco qab.

Logic Inverter

  • Siv logic rooj vag rau CH. 4 Lub teeb liab nkag. Nqa cov zis los ntawm CH. 4 EOC.

Comparator/Gate Extractor (Ib qho tshiab)

  1. Xa lub teeb liab los muab piv rau CH2 Input.
  2. Teem CH3 vaj huam sib luag tswj rau hauv qhov tsis zoo.
  3. Patch SUM tawm rau hauv CH1 Signal Input.
  4. Teem CH1 nce thiab poob rau 0.
  5. Siv cov zis los ntawm CH1 EOR. Saib cov teeb liab polarity nrog CH1 Unity LED. Thaum lub teeb liab mus me ntsis zoo, EOR mus ncig.
  6. Siv CH3 vaj huam sib luag tswj los teeb tsa qhov pib. Qee qhov attenuation ntawm CH2 tej zaum yuav tsim nyog los nrhiav qhov chaw zoo rau lub teeb liab.
  7. Siv CH1 Caij Nplooj Ntoos Hlav tswj kom lub rooj vag ntev. CH1 Rise tswj teeb tsa lub sijhawm ntev lub teeb liab yuav tsum siab tshaj qhov pib mus rau qhov sib piv.

LIMITED Warranty

  • Ua suab nrov lav cov khoom no tsis muaj qhov tsis xws luag hauv cov ntaub ntawv lossis kev tsim kho rau ib xyoos txij li hnub yuav khoom (cov ntaub ntawv pov thawj ntawm kev yuav khoom / daim nqi yuav tsum tau).
  • Malfunctions tshwm sim los ntawm tsis ncaj ncees lawm fais fab mov voltages, thim rov qab los yog thim rov qab eurorack tsheb npav board cable txuas, kev tsim txom ntawm cov khoom, tshem cov pob qhov rooj, hloov lub ntsej muag, lossis lwm yam ua rau txiav txim siab los ntawm Ua Suab nrov los ua qhov txhaum ntawm tus neeg siv yuav tsis them los ntawm qhov kev lees paub no, thiab cov nqi kev pabcuam ib txwm siv. .
  • Thaum lub sijhawm lav, txhua yam khoom tsis raug yuav raug kho lossis hloov pauv, ntawm kev xaiv Ua Suab nrov, rov qab-rau-Ua Suab nrov nrog cov neeg siv khoom them tus nqi thauj mus los ua suab nrov.
  • Ua suab nrov cuam tshuam thiab lees txais tsis muaj lub luag haujlwm rau kev puas tsuaj rau tib neeg lossis cov cuab yeej siv los ntawm kev ua haujlwm ntawm cov khoom no.
  • Thov hu rau technical@makenoisemusic.com nrog rau cov lus nug, Rov qab mus rau Chaw Tsim Khoom Tso Cai, lossis ib qho kev xav tau & cov lus pom. http://www.makenoisemusic.com

Txog Phau Ntawv Qhia no:

  • Sau los ntawm Tony Rolando
  • Hloov kho los ntawm Walker Farrell
  • Illustrated los ntawm W.Lee Coleman thiab Lewis Dahm Layout los ntawm Lewis Dahm
  • Ua tsaug ntau
  • Tsim Kev Pab: Matthew Sherwood
  • Beta Analyst: Walker Farrell
  • Xeem Kawm: Joe Moresi, Pete Speer, Richard Devine

FAQ

  • Q: MATHS puas tuaj yeem siv nrog digital synthesizers?
    • A: MATHS feem ntau yog tsim los rau kev siv analog tab sis tuaj yeem cuam tshuam nrog digital synthesizers los ntawm Gate/Clock signals.
  • Q: Kuv tuaj yeem tsim tempo hloov pauv siv MATHS li cas?
    • A: Koj tuaj yeem tsim tempo hloov pauv los ntawm kev siv lub hnab ntawv ua haujlwm thiab kev hloov pauv voltages ua ramp nce lossis nqis hauv tempo.
  • Q: Lub hom phiaj ntawm Cycle Input yog dab tsi?
    • A: Lub Cycle Input tso cai rau voltage tswj lub Cycle xeev hauv Channels 1 thiab 4, ua rau kev caij tsheb kauj vab raws li Gate signals.

Cov ntaub ntawv / Cov ntaub ntawv

UA NOISE Maths Complex Function Generator Eurorack Module [ua pdf] Phau ntawv qhia
Lej Complex Function Generator Eurorack Module, Maths, Complex Function Generator Eurorack Module, Muaj nuj nqi Generator Eurorack Module, Generator Eurorack Module, Eurorack Module

Cov ntaub ntawv

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