SCHAPPI ENGINEERING BTMX Eurorack 4 Channel Logic Module
Ulwazi Lomkhiqizo
I-BTFLD (I-Bit Fold) iwukuhlanekezela, ifolda ye-wave, kanye ne-analog e-asynchronous ezine kuya kusiguquli sedijithali. Okukhiphayo okugoqayo ngesilinganiso somsindo kunikeza i-timbre eqinile efana nesekhethi yefolda ye-sawtooth eyingqayizivele. Okukhiphayo okunyathelwe kuwuhlobo lomphumela ochotshozwe kancane futhi okuphumayo kwegagasi lesikwele kunikeza ukuphindaphindeka okuhlukile noma ukuhlanekezela. Izigqi nazo zingakhiqizwa ezimvilophini noma kuma-LFO.
IZICI
- ZUZA
Ilawula ukuzuza kwesiginali engenayo ngaphambi kwezigaba ze-ADC/zefolda ye-wave. Kunikezwa inzuzo efinyelela ku-2x.
Uma lokhu kuphansi ngokuphelele (ngaphandle kwe-CV) ngeke kube khona okukhiphayo kumojula. - CV
Ilawula ukuncishiswa kwe-CV engenayo, yengeza kokuthi GAIN.
Okukhiphayo kwe-Saw kwenziwa ngokwejwayelekile lapha ukuze kuhlanekezelwe impendulo uma kungekho okokufaka okutholiwe. - RANGE
Ikhetha ivolumu yokufaka nokuphumayotage ububanzi. I-+-5V ihloselwe ukucutshungulwa komsindo futhi i-+10V ihloselwe ukucubungula i-CV, kodwa noma yikuphi kungaba wusizo. - JOVA
Ingeza okokufaka kwesignali -ngemuva- kwe-VCA. Lokhu kunika amandla ukuguquguquka kwesigaba uma okokufaka kwe-IN noma kwe-INJECT kukuzinga lomsindo.
Ukusebenzisa i-attenuation noma i-VCA ngaphambi kwalokhu kufakwa kunconywa kakhulu. 
UKUPHUMA KWABONA
Umthelela wohlobo lokugoqa wamagagasi ozodala ingxubevange yamagagasi e-sawtooth nanoma iyiphi isignali yokufaka. Kungase kuzwakale kufana nomphumela wokuvumelanisa oqinile kuye ngesignali yokufaka.- OKUPHUMA KWESIKWELA
I-OUT8, i-OUT4, i-OUT2, kanye ne-OUT1 ehlanganisiwe yakha igama elibili. Angasetshenziswa njengabahlukanisi bewashi noma ukwakha isigqi. Yonke imiphumela yesango ingamasignali anengqondo angu-0 noma angu-10V uma iswishi yobubanzi isendaweni engu-+10V noma +5,-5 amaza ayisikwele endaweni +-5. - UKUPHUMA KWESINYATHELO
Inyathelwe voltage yenziwe ngokwengeza imiphumela eyisikwele engu-4 kanye nezisindo kanambambili. Lokhu okukhiphayo kuyisignali ye-analog enezinyathelo ezingu-0-10V enamanani ahlukene angu-16 (okuhlanganisa noziro). I-top bit (OUT8) izohlinzeka cishe nge-5.3V, elandelayo ibe ngu-2.64, bese kuba ngu-1.32, futhi phansi ibe ngu-0.66V
UKUGUQULWA UNAMBAMBILI
Kanambambili imelela inombolo esebenzisa kuphela oyedwa kanye noziro, futhi indawo ngayinye ihambisana namandla amabili. Ngegama le-four-bit sino-1, 2, 4, kanye no-8, lapho ndawonye kungangeza ku-15.
Lawa mabhithi ahlukene aphuma njengamagagasi ayisikwele, angasebenza njengokuphindaphinda kwefrikhwensi yasekuqaleni noma okuphumayo kwesango okuhlobene nesigqi kuye ngokokufaka.
Igama kanambambili elingu-4 libizwa ngokuthi i-Nibble futhi lihlangana kahle namanye amamojula kanambambili (noma amanye anengqondo).
I-PRO ICEBISO: Hlanganisa okukhiphayo okunyathelwe kanye nokunye okuphumayo! Lena indlela enhle yokwengeza ama-bass (noma ayisisekelo) emuva kusiginali egoqwe ngamagagasi ngenkathi futhi ugcina amandla athile evolumu.
I-PRO ICEBISO: Buka ama-LED! Uma udlula iziphetho kunoma iyiphi indlela i-waveform ingase iqale ukunqamula, okungaba umphumela othakazelisayo ngokwayo kodwa kungase kungabi yilokho obukuhlosile.
AMAPHESHISI OKUQALA NGAWO
- Ifolda ye-Sawtooth Wave
- Setha u-RANGE ukuze uthi +-5V
- Qala ngawo womabili amafindo ngokugcwele ngokuphambene newashi
- Hlanganisa isilinganiso somsindo i-sine noma igagasi elingunxantathu kokokufakayo
- Lalela okukhiphayo kweSaw
- Vula inkinobho ethi GAIN phezulu bese ulalela umphumela
- Ngeke kube khona okukhiphayo uma womabili amafindo ephansi
- Yehlisa inkinobho ethi GAIN
- faka imvilophu enensayo noma i-LFO kokokufaka kwe-CV bese uphakamisa inkinobho ye-CV
- Zama ukuhlanganisa womabili amafindo
- Zama amanye amagagasi okufakwayo, igagasi lesikwele ngeke lenze lutho ngaphandle kwesaha, i-sine, nonxantathu
- Ifolda ye-Wave yesikwele
- Landela imiyalelo engenhla kodwa ulalele i-OUT1
- Lokhu kufanele kufane ne-Saw out kodwa nge-timbre ehlukile
- Zama okunye okuphumayo kwegagasi lesikwele (OUT2, OUT4, OUT8)
- I-Drone Beast
- Qala nganoma iyiphi yalezi ziqephu ezingenhla
- Namathisela i-oscillator yesibili kokokufaka kwe-CV
- Shuna i-oscillator yesibili (ngesilinganiso somsindo) eduze nesokuqala noma ukuphindaphinda kweyokuqala
- Ijeneretha yesigqi
- Setha u-RANGE ku-+10V
- Qala ngawo womabili amafindo ngokugcwele ngokuphambene newashi
- Faka imvilophu ku-IN
- Namathisela i-OUT1 kusicuphi noma okokufaka kwesango ukuze uthole umsindo oshayayo
- Vula inkinobho ethi GAIN phezulu bese ulalela umphumela
- Ngeke kube khona okukhiphayo uma womabili amafindo ephansi
- Shintsha ukuma kwemvilophu yokufaka
- A ramp-phezulu ngezinga elifanayo newashi lingasetshenziswa ukukhiqiza ukuphindaphinda kwefrikhwensi yewashi
- Ukwengeza isilawuli voltagi-e ingaholela kwezinye izigqi ezingavamile kakhulu
- Isigaba Module
- Qala ngenye yeziqephu zesilinganiso somsindo.
- Pakisha i-LFO nge-VCA noma i-attenuator kokokufaka kwe-INJECT
- Gcina izinga lalesi siginali yesibili liphansi kakhulu
- Izame ngesignali yomsindo ehambisana nokuvumelana
VIMBELA ISI-DIAGRAM
I-BTFLD ingacatshangwa njengezigaba ezimbalwa ezihlanganisiwe: Isigaba sokufaka esine-VCA kanye ne-offset. Isigaba se-ADC lapho isignali iqhathaniswa ne-16 voltage amazinga futhi iguqulwe ibe 4 bit isignali kanambambili. Isigaba sokuphumayo esinomshini wokugagasa wamagagasi wokuphuma kwesaha kanye ne-DAC yevolumu enyanyisiwetagokukhiphayo.
Amadokhumenti / Izinsiza
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SCHAPPI ENGINEERING BTMX Eurorack 4 Channel Logic Module [pdf] Umhlahlandlela Womsebenzisi I-BTMX Eurorack 4 Channel Logic Module, BTMX, Eurorack 4 Channel Logic Module, 4 Channel Logic Module, Logic Module, Module |