INSTRUO V2 Modulation Tushen Mai Amfani

Bayanin / Features
Tushen Modulation ƙwaƙƙwarar ƙira ce da aka ƙera don samar da siginar daidaitawa a cikin saitin synthesizer. Yana fasalta hanyoyin daidaitawa daban-daban da nau'ikan dabaru don haɓaka damar sarrafa sauti.

Shigarwa

Tabbatar cewa tsarin yana ɗora amintacce a cikin akwati mai haɗawa.

Haɗa gefen 10-pin na kebul na wutar IDC zuwa mai haɗin fil 2 × 5.
Lura: Wannan tsarin yana da kariyar juzu'i. Shigar da kebul na wutar da ba daidai ba ba zai lalata tsarin ba.

Ƙarsheview
Modulation Source Modulation yana ba da jimillar hanyoyin daidaitawa guda 24 a cikin nau'in nau'in nau'in HP guda 8, yana ba da damar damar daidaitawa da yawa.
Cikakkun Masu Gyaran Wave (f.2)
Cikakkun masu gyara kalaman kalaman suna samar da ingantattun sigina na daidaitawa don ƙarin aiki a cikin saitin synthesizer na ku.

Analogue Diode Logic Pairs (+/-)
Ma'anar ma'ana ta analog diode nau'i-nau'i suna ba da ayyuka masu inganci da mara kyau, suna faɗaɗa zaɓuɓɓukan daidaitawa da ke akwai.
Abubuwan Haɓakawa (Trig)
~ 8ms suna haifar da sigina masu jawowa a farkon duk ko da ma ƙidayar LFOs masu tasowa masu tasowa kuma ana samar da su a saiti na uku na fitowar 4, suna ba da damar yin aiki tare.

R-2R 4-Bit Logic (R2R)
R-2R da'irori na tsani yana ba da damar ƙirƙirar masu sauya dijital-zuwa-analog masu sauƙi (DACs), yana ba da damar tsara volt bazuwar.tage sigina a sashe na huɗu na fitowar abubuwa 4, yana haɓaka yuwuwar ƙirar ƙirƙira.

FAQ

Tambaya: Shin wannan tsarin yana dacewa da duk shari'ar synthesizer?
A: An tsara tsarin Tushen Modulation don dacewa da yawancin lokuta masu haɗawa. Koyaya, ana ba da shawarar duba dacewa tare da takamaiman yanayin ku kafin shigarwa.
Tambaya: Zan iya amfani da hanyoyin daidaitawa a lokaci guda?
A: Ee, zaku iya amfani da hanyoyin daidaitawa da yawa lokaci guda don ƙirƙirar hadaddun tsarin daidaitawa da tasiri a cikin haɗin sautinku.

øchd expander Modulation Source User User Manual

Bayani

Haɗu da Instruō [ø] 4 ^ 2, ƙirar faɗaɗa don ɗaya daga cikin mafi ƙanƙancin hanyoyin daidaitawa na Eurorack, øchd.
An ƙaddamar da shi a cikin 2019 kuma an tsara shi tare da haɗin gwiwar Ben "DivKid" Wilson, Instruō øchd ya kafa ma'auni don ƙayyadaddun hanyoyin daidaitawa waɗanda za a iya gani a cikin dubban tsarin eurorack. Instruō [ø] 4^2 yana ƙara fitowar 16 da sabbin ayyuka 4 zuwa aikin øchd na yau da kullun.

Yin amfani da LFOs na øchd a matsayin tushen sigina, [ø] 4^2 yana ƙara cikakken raƙuman ruwa da aka daidaita daidaitattun LFOs, ma'anar diode analog don ƙarami da matsakaicin vol.tage hadawa, sigina na faɗakarwa na stochastic don ƙirar rhythmic mai ban sha'awa, da R-2R 4-bit bazuwar vol.tage tushen duk wani abu daji da hargitsi - duk waɗannan ana sarrafa su ta hanyar sarrafa mitar guda ɗaya ta øchd da CV attenuverter.
8 LFOs a cikin 4 HP yana da kyau kuma duka, amma 24 hanyoyin daidaitawa a cikin 8 HP yana da yawa, mafi kyau.

Siffofin

16 ƙarin abubuwan fitarwa don øchd

4x cikakken raƙuman ruwa da aka gyara unipolar tabbatacce LFOs
2x Analog diode dabaru nau'i-nau'i (AND/min da OR/Max)

4x Cascading stochastic jawo sigina
4x R-2R 4-bit dabaru bazuwar voltage Sources (slow amo)

Shigarwa

Tabbatar da cewa tsarin haɗin gwiwar Eurorack yana kashe.
Nemo 4 HP na sarari (kusa da øchd module ɗin ku) a cikin akwati na haɗin Eurorack don ƙirar.
Haɗa gefen fil na 10 na kebul na wutar lantarki na IDC zuwa 2 × 5 fil na kan baya na module, yana mai tabbatar da cewa ratsin ja akan kebul na wutar lantarki na IDC yana da alaƙa da -12V, wanda aka nuna tare da farin ratsin a kan module.
Haɗa gefen fil ɗin 16 na kebul na wutar lantarki na IDC zuwa madaidaicin fil na 2 × 8 akan samar da wutar lantarki ta Eurorack, yana mai tabbatar da cewa an haɗa jajayen igiyar wutar lantarki zuwa -12V.
Haɗa duka igiyoyi masu faɗaɗa IDC zuwa 2 × 4 masu faɗaɗa fil na [ø] 4 ^ 2 da 2 × 4 faɗaɗa fil na øchd, yana mai tabbatar da cewa ratsin ja yana nuna zuwa kasan [ø] 4^2. da gefen baya na øchd.
Dutsen Instruō [ø] 4^2 a cikin akwati na haɗin Eurorack.
Kunna tsarin haɗin gwiwar ku na Eurorack.

Lura:

Wannan tsarin yana da kariyar juzu'i.
Juyawa shigar da kebul na wuta ba zai lalata tsarin ba.

Ƙayyadaddun bayanai

Nisa: 4 HP
Zurfin: 32mm ku
+ 12V: 5mA
-12V: 5mA

Ƙarsheview

øchd expander | aiki (maths) 8+4^2 = ƙarin daidaitawa

Maɓalli

LFO 1 cikakken mai gyaran igiyar ruwa
LFO 3 cikakken mai gyaran igiyar ruwa

LFO 5 cikakken mai gyaran igiyar ruwa
LFO 7 cikakken mai gyaran igiyar ruwa
LFO 2 da LFO 3 KO dabaru

LFO 2 da LFO 3 DA dabaru
LFO 6 da LFO 7 KO dabaru
LFO 6 da LFO 7 DA dabaru

LFO 2 yana haifar da fitowar sigina
LFO 4 yana haifar da fitowar sigina
LFO 6 yana haifar da fitowar sigina

LFO 8 yana haifar da fitowar sigina
LFOs 1, 2, 3, 4 DAC fitarwa
LFOs 5, 6, 7, 8 DAC fitarwa

LFOs 1, 3, 5, 7 DAC fitarwa
LFOs 2, 4, 6, 8 DAC fitarwa

Cikakkun Masu Gyaran Wave (f · 2)

Cikakkun juzu'ai na gyaran raƙuman ruwa na duk LFOs masu ƙima ana ƙirƙira su a saitin farko na abubuwan fitarwa 4. Mummunan sashe na madaidaicin madaidaicin triangle triangle an juya shi ya zama tabbataccen unipolar. Wannan yana haifar da cikakkiyar madaidaitan raƙuman triangle mai kyau a ninka sau biyu na ainihin raƙuman raƙuman bipolar a daidai abubuwan da suka dace.

LFO 1 cikakke ne da aka gyara ta tare da fitarwa da aka samar a saman jack na hagu a cikin wannan saitin abubuwan fitarwa guda 4.
- Voltage kewayon: 0V-5V
LFO 3 cikakke ne da aka gyara magudanar ruwa tare da fitarwa da aka samar a saman jack na dama a cikin wannan saitin abubuwan fitarwa guda 4.
- Voltage kewayon: 0V-5V
LFO 5 cikakke ne da aka gyara raƙuman ruwa tare da fitarwa da aka samar a ƙasan jack na hagu a cikin wannan saitin abubuwan fitarwa guda 4.
- Voltage kewayon: 0V-5V

LFO 7 cikakke ne da aka gyara magudanar ruwa tare da fitarwa da aka samar a ƙasan jack na dama a cikin wannan saitin abubuwan fitarwa guda 4.
- Voltage kewayon: 0V-5V

Analogue Diode Logic Pairs (+/-)

Matsakaicin mafi ƙarancin voltages na nau'i-nau'i biyu na LFO daban-daban suna samar da sigina bipolar a saitin na biyu na abubuwan 4.

Matsakaicin voltage (OR dabaru) tsakanin LFO 2 da LFO 3 an samar da su a saman jack na hagu a cikin wannan saitin abubuwan fitarwa.
- Voltage kewayon: +/- 5V
Mafi ƙarancin voltage (DA dabaru) tsakanin LFO 2 da LFO 3 ana haifar da su a jack ɗin hagu na ƙasa a cikin wannan saitin abubuwan fitarwa.
- Voltage kewayon: +/- 5V
Matsakaicin voltage (OR dabaru) tsakanin LFO 6 da LFO 7 an samar da su a saman jack na dama a cikin wannan saitin abubuwan da aka fitar.
- Voltage kewayon: +/- 5V

Mafi ƙarancin voltage (DA dabaru) tsakanin LFO 6 da LFO 7 ana haifar da su a jack ɗin dama na ƙasa a cikin wannan saitin abubuwan fitarwa.
- Voltage kewayon: +/- 5V

Abubuwan Haɓakawa (Trig)

~ 8ms ana samar da sigina masu tayar da hankali a farkon duk madaidaitan LFOs masu tasowa kuma ana samar da su a saiti na uku na fitowar 4.

Daidaita jujjuyawar agogon agogo ta hanyar abubuwan da ake fitarwa yana haifar da rarrabuwar sigina idan an bar abin da ya gabata ba a buɗe ba. Ana iya amfani da wannan don ƙirƙirar ƙirar siginar faɗakarwa.
Ana samar da sigina masu tayar da hankali da LFO 2 ke samarwa a saman jack na hagu a cikin wannan saitin abubuwan fitarwa.
Ana iya samar da sigina masu tayar da hankali waɗanda LFO 2 da LFO 4 suka samar a saman jack ɗin dama a cikin wannan saitin abubuwan da aka fitar dangane da yanayin haɗin jack ɗin hagu na sama.

Ana iya samar da sigina masu tayar da hankali waɗanda LFO 2, LFO 4, da LFO 6 suka samar a ƙasan jack ɗin dama a cikin wannan saitin abubuwan da aka fitar dangane da yanayin haɗin jack na sama na hagu da jack na dama na sama.
Ana iya samar da sigina masu tayar da hankali waɗanda LFO 2, LFO 4, LFO 6, da LFO 8 ke samarwa a ƙasan jack na hagu a cikin wannan saitin abubuwan da aka fitar dangane da yanayin haɗin jack na sama na hagu, jack na sama na dama, da jack ɗin dama na ƙasa.

R-2R 4-Bit Logic (R2R)

Ana amfani da da'irar tsani na R-2R don ƙirƙirar masu sauya dijital-zuwa-analog (DACs). Wannan yana ba da damar ƙirƙirar voltage sigina a sashe na huɗu na fitowar 4.

Akwai abubuwa guda biyu a cikin wasa waɗanda ke tasiri abubuwan DAC.

Da fari dai, ƙimar LFO madaidaici ya saita ƙimar siginar bazuwar. Na biyu, odar Mafi Muhimman Bit (MSB) zuwa Mafi Muhimmanci Bit (LSB) yana rinjayar girma da ƙimar vol.tage canza. Tari masu zuwa daga øchd za su samar da dandano daban-daban guda huɗu na bazuwar voltage (a hankali amo) daga [ø] 4^2.
Ana amfani da LFOs 1 zuwa 4 don haifar da jinkirin amo a saman jack na hagu a cikin wannan saiti na 4, inda LFO 1 shine MSB kuma LFO 4 shine LSB.

Ana amfani da LFOs 5 zuwa 8 don haifar da jinkirin amo a saman jack na dama a cikin wannan saiti na 4, inda LFO 5 shine MSB kuma LFO 8 shine LSB.
Ana amfani da duk LFOs marasa ƙima don haifar da jinkirin amo a ƙasan jack na hagu a cikin wannan saitin abubuwan 4, inda LFO 1 shine MSB kuma LFO 7 shine LSB.
Ana amfani da duk LFOs masu ƙima don haifar da jinkirin amo a jack ɗin dama a cikin wannan saiti na 4, inda LFO 2 shine MSB kuma LFO 8 shine LSB.