Morphader - Synthesizer Befaco - Free user manual and instructions

USER MANUAL Morphader Befaco

MORPHADER x CV 1 CV 2 CV 3 CV 4 1 2 3 10V 10V IN A IN B 4 A CV AUDIO B FADER LAG 1 2 3 [MIX] 4 A B

MORPHADER USER A!UAL

PO) ERI! G & HEHA! KS FOR PURCHASI! G A ODULE FRO BEF, ODULEBEFORE +OU PLUG &HIS ODULE I! ...

1. Disco ect your cabi et from the mai s.

2. Triple check the power cord polarity. &30 . olour0/ 1480 o8 t30 . , -10 (: 48 8um-0r o80) 4s t30 -12( r, 4l.

3. I1 Cou : lu2 t30 mo/ ul0 - , .5A, r/s Cou m423t - ur8 4t out , 8/ u81ortu8, t0lC t34s 4s 8ot .o@0r0/ - C t30 A, rr, 8tC.

4. I1 Cou 3, @0, 8C qu0st4o8s, -out t34s: ro/ u.t: l0, s0 s08/ t30m to: -01, .osC8t3@2m, 4l..om

-12V

I! &RODUC&ID! ORPHADER

or: 3, /0r 4s , : 0r1orm, t4@0 tool /0s4280/ to m, 50 mult4. 3, 880l C( , 8/ Au/4o .ross1, /0 0, sC , 8/.om1ort, -10. F, /482 1rom o80 qu, / C( /, u/4o s. 080 to , 8ot30r. &30 . or0 o1 t30 mo/ ul0 3, s 1our C( .o8troll0/ .ross1, /0rs, 0, .3 A4t3 t304r 48/ 4@4/ u, l .o8trol , 8/ , m, st0r 1, /0r to . o8trol t30m , ll. &30 mo/ ul0 m4B0s t30 1our .ross1, /0s , t 4ts 1ourt3 out: ut, t3, 85s to , .10@0r 8orm, l4D, t4o8 s. 30m0. E, .3 o1 t30m ., 8 -0 0, s4lC r0mo@0/ 1rom t30 m4B -C : lu22482 , ., -10 , t 4ts oA8 out: ut.

ODULE REFERE! CE PA! ELO(ER(IE)

MORPHADER ⑦ CV 1 CV 2 CV 3 CV 4 ⑥ ① 2 3 ⑨ ② 10V 10V IN A IN B ③ A AUDIO B ⑧ FADER LAG ⑤ A B B3FACO

1. A/B Input

, 48 48: uts o1 0, .3 .ross1, /0 .3, 880l. A8C @olt, 20 -0tA008 +/-10( 4s , .0: t0/. &30s0 48: uts , r0 8orm, l4D0/ to 10( so t30 mo/ ul0 ., 8 2080r, t0 C(-C 4ts0l1 A308 8ot3482 4s : , t. 30/.

2. A/B Attenuator

Att08u, tor . o8trols 1or A/B I8: uts. &34s . o8trols t30 @olt, 20 : r0s08t , t t30 . ross1, / 0 . 3, 880l

3. CV or Audio Mode Selector

S010.ts C( (l480, r) or Au/ 4o (0qu, l : oA0r) -03, @4or o8 t30 / 0s4r0/ .ross1, / 0 . 3, 8801.

4. Ma ter Cro fade Control

&34s sl4/0r . o8trols t30 A-B tr, 8s4t4o8 o1 , ll 1our . ross1, /0 . 3, 880ls , t t30 s, m0 t4m0. C3, 880ls A4t3 , C(s428, l : r0s08t , t 4ts C( I8: ut Ao8't -0 , E0.t0/ -C t34s . o8trol.

5. 1-4 Output

Out: uts o1 0@0rC . ross1, / 0 . 3, 880l.) 4t3 8o8 o1 t30 r0st o1 t30 outs : , t. 30/, Out: ut 4 Aor5s , s , m4B o1 , ll t30 . 3, 880ls.

6. 1-4 CV Input

Co8trol I8: uts 1or 0, .3 .3, 880l. BC / 01, ult, C( 1 4s 8orm, 1400/ to t30 r0st, -ut 4t A4ll -0 r0: l, .0/ 41, 8 0Bt0r8, l C( s428, 1 4s : lu220/ , t t30 / 0s4r0/ 48: ut. ( olt, 20 r, 820 4s 0-8(

7. CV1 Attenuator

Att08u, tor . o8trol 1or C( 1 I8: ut s428, l.

8. Fader Lag

&34s : ot A4ll ,// som0 l, 2 to t30 .ross1, /0 tr, 8s4t4o8. It o8IC , E0.ts t30 , st0r Cross1, /0 Co8trol. &30 t4m0 r, 820 4s 0-15s

9. Cro fade Channel LED'

Pro@4/0s @4su, l 100/-, .5 o1 t30 .ross1, / 0 : os4t4o8.

ODULE REFERE! CE FU! C&IO! AL S&RUC&URE

or: 3, /0r 4s -, s0/ o8 1our : , 4rs o1 s428, ls (1- 4). E, .3 : , 4r 3, s tAo 48: uts (A-B) t3, t A4ll mor: 3 1rom 0, .3 ot30r 48to 4ts / 0s4280/ Out: ut (.ross1, /0). All t34s .o8troll0/ 04t30r -C t30 m, 48 .ross1, /0 .o8trol or 4ts oA8 C( I8: ut

All in+u.-a,e n*,mali4e .* 10V, ,IloA482 4t to 1,/0 1rom tAo FB0/ @olt, 20s s010.t0/ A4t3 4ts ,tt08u,tor.

Ti+: Cou . , 8 m, 50 , 1, /0 -0tA008 , s428, l , 8/ , FB0/ @olt, 20 41 o8IC o80 o1 t30 48: uts 4s . o880. t0/. &34s 4s qu4t0 48t0r0st482 A308 Aor5482 A4t3 C( s428, ls , s Cou . , 8 . r0, t0 tr, 8s4t4o8s 1rom , mo@482 : , r, m0t0r to , FB0/ @, lu0 , 8/ @4. 0 @0rs, .

Ou.+u.- a, e all -umme in.* .he f*u,.h *u.+u., , lloA482 .om: 10B s428, 1 s. 080s to mor: 3482 0, s41C. E, .3 .3, 880l A4ll -0 / 4s. o880. t0/ 1rom t34s m4B A308 , ., -10 4s : lu220/ 48to t3, t 48/ 4@4/ u, l out. &30 LED's o8 0, .3 .3, 880l : ro@4/ 0s @4su, l 100/-, .5 o1 t30 .ross1, / 0 : os4t4o8.

Each channel has 2 inputs (A-B) The marked jack is the Input A of ch.1 The master fader crossfades between both inputs A and B If nothing is plugged at this jack a fixed voltage is present at Out 1. The pot adjusts the amplitude of this fixed voltage on a range of 0-10V. With a signal plugged in, this pot works as attenuator of the incoming signal. INPUTS A ← IN B B OUT 1 OUTPUTS Every Out is mixed at Out 4 If we plug a cable on Out 1 this one will be extracted from the mix. It applies to every channel. MORPHADER CV 1 CV 2 CV 3 CV 4 1 2 3 10V 10V 4 CV IN A IN B A AUDIO B FADER LAG A B B3FACO

C( / AUDIO ODE

E, .3. ross1, /0., 8 Aor5 04t30r 1or C( or Au/4o s428, ls. &34s., 8 -0 s010.t0/ 48/0: 08/08t1C 1or 0, .3 o80 A4t3 t30 sA4t. 3 lo., t0/ -0tA008 t30 , tt08u, tors.

I8 CV m* e t30., an-i.i*n be.1 een .he -ignal- i- ma e linea, I3 48 or/0r to : r0s0r@0 t30 or4248, l s3, : 0 o1 t30 s428, ls.

I8 Au i* m* e t30 mo/ul0 m, 50s t30 1, /0 -0tA008 t30 s428, ls f*ll*1 ing an e2+*nen.ial c,*--fa e-ha+e, A34.3 4s /0s4280/ to m, 48t, 48 0qu, l : oA0r o1 t30 s428, ls /ur482 t30 tr, 8s4t4o8.

CV AUDIO

graph LR
    A["Circle Component"] -->|x| B["Component 1"]
    B --> C["Component 2"]
    C --> D["Component 3"]
    D --> E["Component 4"]

C( I! PU&S

or: 3, /0r .ou8ts A4t3 1our C( I8: uts, o80 1or 0, .3 .ross1, /0r .3, 880l. ) 4t3 t34s 48: uts, t30 .ross1, /0 o1 0, .3 .3, 880l., 8 -0 .o8troll0/ A4t3 0Bt0r8, 1 C( s428, ls (0-8V ,ange).

BC / 01, ult, CV1 i- n*, mali4e .* .he , e-. , -ut 4t A4ll -0 r0: l, .0/ 41, 8 0Bt0r8, 1 C( s428, 14s : lu220/ , t t30 / 0s4r0/ 48: ut.

C( 48: uts 1rom 2 to 4 A4ll /4s. o880. t 4ts r0l, t0/ .ross1, /0 .3, 880ls 1rom t30 , st0r Cross1, /0 Co8trol. Thi- 1 *n'. affec. CV1, a- i.- 0alue i- -umme .* .he Ma-.e, C,*--fa e C*n.,*1 0alue.

AS&ER CROSSFADE CO! &ROL

&34s sl4/0r .o8trols t30 .ross1, /0 o1 ,ll t30 .3, 880ls ,t o8.0. E2ce+. f*, c,*--fa e channel 1, i. 1 *n'. ha0e an3 effec. if a CV -ignal i- +,e-en. a. .he channel'- CV In+u.. &30 .ross1, /0 ., 8 -0 sl0A0/ @4, Fa e, Lag .o8trol, 0B: , 8/482 t30 t4m0 to r0, .3 1rom A to B u: to 15s. Pa3 a..en.i*n .ha. 1 hen Fa e, Lag i- a++lie .he .,an-i.i*n 1 ill f*ll*1 an e2+*nen.ial -ha+e 1 hen fa ing f,*m A .* B an l*ga,i.hmic 1 hen c*ming back f,*m B .* A 1 hich can affec. -ligh.l3 .* .he .ime +e,ce+.i*n *f .he .,an-i.i*n e+en ing *f .he .3+e *f -ignal- +,e-en. *n .he c,*--fa e.

A B FAUER LAS

ISCELA! EASPECS & CREDI&S

* Si4e: 12HP
* De+.h: 32mm
* +120: 50mA
* -120: 50mA

D0s4280/ A4t3., r0, 8/ lo@0 -C t30 B01, .o &0, m.

&3, 85s, lot to, ll -0t, t0st0rs, 8/1r408/s t3, t tr40/t30 mo/ul0, 8/

: ro@4/0/ lo,/s o1 @, lu, -l0 481orm, t4o8!

ODULE BLOCK DIAGRA REFERE! CE

graph TD
    subgraph CHANEL 1
        A1["IN A"] --> B1["CROSS FADER 1"]
        A2["IN B"] --> B1
        A3["CV 1 (BV RANGE)"] --> B1
        B1 --> C1["CV IN"]
        C1 --> D1["OUT 1"]
    end

    subgraph CHANNEL 2
        A4["IN A"] --> B2["CROSS FADER 2"]
        A5["IN B"] --> B2
        A6["CV 2 (8V RANGE)"] --> B2
        B2 --> C2["CV IN"]
        C2 --> D2["OUT 2"]
    end

    subgraph CHANNEL 3
        A7["IN A"] --> B3["CROSS FADER 3"]
        A8["IN B"] --> B3
        A9["CV 3 (8V RANGE)"] --> B3
        B3 --> C3["CV IN"]
        C3 --> D3["OUT 3"]
    end

    subgraph CHANEL 4
        A10["IN A"] --> B4["CROSS FADER 4"]
        A11["IN B"] --> B4
        A12["CV 4 (8V RANGE)"] --> B4
        B4 --> C4["CV IN"]
        C4 --> D4["OUT 4 (MIX)"]
    end

    A --> E["A"]
    B --> F["B"]
    E --> G["FADER LAG"]
    F --> G
    G --> H["+"]
    H --> I["OUT 4 (MIX)"]