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Manual de usuario Roland, modelo MKS-80

Fabricar: Roland
Tamaño del archivo: 1.04 mb
Nombre del archivo:
Idioma del manual:en
Enlace gratuito para este manual disponible en la parte inferior de la página



Otros manuales para este modelo:

Resumen del manual


41 to 43. ■ Consumption 35W ■ Dimensions 430(W) x 400(D) x 88(H) mm 16-7/8" x 15-3/4" x 3-1/2" ■ Weight 8 kg / 17 lb 10 oz ■ Accessories Connection Cord (LP-25) x 2 5P DIN Cord AC Cord Memory Cartridge (M-64C) Owner's Manual ■ OPTIONS Programmer MPG-80 Power Switch • Rear Panel Input Selector MIDI PROGRAMMER Output Level Output Mode Balanced Output 47 model MKS-80 MIDI Implementation RECOGNIZED RECEIVE ПАТА 1. \ When ihn MIDI FUNCTION is al I, Note events., Hold ON/OFF. Mode Messaire£ and Ac l iv« Sensing fecofnt zcd • 2.3 When the MIDI FUNCTION is, at MI Tune Roquestand Exclusive Messages vili be bent in addition the message* described in 2. 1 Thü Prograrn Change is no I internally originated 3. TRANSMITTED EXCLUS IVE MESSACES 1000 nnnn Okkk kkkk Dvw vvw Not« OFF, velocity ignored 1001 nnnn Ok k k kkkk GOOD OÛOÛ No te OFF kkkkkkk с 0 - 127 <21 - 108) *1 1 00) nnnn Ofckfc kkkk Ov V V vvw Note ON kkkkkkk =0-127 (21 - IOS) *1 wvvvw “ t - 127 101 1 nnnn 0100 uoon 0 1 XX XXXX Но 1d ON хкхяхх = 0 ~ 63 1 0 M nnnn 0 1 00 oooo OUxx xxxx Ho 1ct OFF xxxxK* = Ö - 63 1011 nnnn 01 1 i 101 I 0000 0000 ALL SOTES OFF 101 1 nnnn 0111 MOO 0000 0000 OMNI OFF »2 1011 nnnn 01 1 1 1101 OOOO nooo OMN] OV *2 loi ; nnnn o: 11 1110 0000 mm mm MONO ON *2 rammfli = 1 ion nnnn Oil) Mil 0000 0000 POLY ON *2 Jin 1 110 Acl iVи Sens ins No les »1 Note numbers outside of Ihe ranpe 21 - JOB are transposed to (he neafet t octave inside this rsnga. *2 Mode Mbss»ec£ Cl 23 - 127) arn also recognized as ALU NOTES OFF. MONO DN messages in which rnmrnm = Ö or 2 “ 15 art; ignored. Mode Messages are recognized as follows: POLY ON : MONO ON С1265 OMNI OFF (124) OMN] ON (125) OMNI » OFF POLY OMN! = ON POLY OMNI MONO OMNI = ON MONO MONO ON С12Б) ШЛ1ПЛП <> I i *410 r ed (not changed) ignored (not changed) 1.2 When the MIDI FUNCTION it At I ! Modulation, Volume. Bonder Sens, Program Change, ChanneJ After Touch» Pitch Bender and Tune Request are recognized in addition to the mBtufis described in 1. \. Statut 101i nnnn Second 0D00 0001 Th i rd Qvvv уу V V 1011 nnnn 0DÖÜ 0П1 Owv vvw 11 00 nnnn 1101 nnnn II I 0 nnnn 1 Mi 01 10 No te Owv vvw Dbsc Г ip t ion Vo lutne vwvvvv = 0 - 127 Bender Seni It iv 1 ly V V у vvw = 0 ~ 127 Program Change ppppppp = 0 - 127 Channel After Touch vvvvvw «0-127 Pitch ftentjer Change Tune Re que s t The Program Change numbur in Ihe basic channel is recognized a* an Upper ’Tone ?tumb« r' and lhat in (he basic channel + i at ¡» Lower one. . 3 When the MIDI FUNCTION is dl I t I EXCLUSIVE matsJKos and ihe me*tace& described in i!2 are recognized. The Program Change number only in Lha basic channel ij> recognized as ’Patch Numbe r' , The Program Chan*: к asь >unro^n l Prog В 0 - 63 64 - 127 Mumbeг 1 1 - E MEMORY AREA л*itch I NT A Internat carl A cart A carl B carl В Internal MIDI June i i 1) I I I f To ne Numb в Г ‘ ’Patch Number' TRANSMITTED DATA 2. 1 When the MIDI FUNCTION is al \ Only message* received [rom MIDI SN art itn t te MIDI OUT. messages are Internally originated. 2.2 When (he MIDI FUNCTION I* at 11 Progratn Change and Tune Request «ill be snnt messages desdribed in 2. 1. addition to the Program Chinee p pp pppp — 0 - 63 Tune Request When the Tone Parameters are changed while the MIDI FUNCTION III. the following exclusive message UPR) Ï s sent. By t e Deter ip ( ken a 111! 0000 Exclusive status b 0100 0001 Ro1 and ID « с 0011 0110 Operation code ~ 1 PR findiv idual parame ter) d OOOQ nnnn Unit S = MIDI ha&tt channnl . nnnn » 0 ~ 15 where nnnn + 1 “ channcl if e 0010 0000 Fo rma\ type f 0010 0000 Le ve i C = 1 К 0000 OOgg Croup ft *f = Dl Upper Tone gg fc 10 Lowe r Tone h Oppp РРРР Parameter if ^ 0 - 47 > i Owv Vvw Value < 0 - 100 > h and i ( repetitively ) J Jill 0П 1 End of System Kxchj&jve Я Func t ion Vali 0 LFOM RATE 0 - 100 1 LFO-J DELAY TIME 0 - 100 S LFO-S WAVEFORM 0 = Rand um I = Squart Wave 2 = Saw touth Wave J = T T i an ß I r* Wave 3 VCO MOD LFO-] DEPTH 0 - 100 4 VCO MOD ENV-l DEPTH Ü - too 5 PW 0 - 100 6 PWM 0 - 100 7 PWM MODE SEL 0 =■ K e y h o a r d as LFO- 1 и = ENV-1 e PWM' POL 0 = 1 n v« r 1 »i d 3 = No rma\ в VCO KE\ FOLLOW 0 - 100 10 VCO SEL 0 es VCO-2 [ = OFF 2 Ä VCO-1 11 XMOD MANUAL DEPTH 0 - 100 12 XMOD ENV-1 DEPT.H 0 - 100 13 XMOD POL 0 = Inve T(ad 1 5i No rma1 14 VCO-1 MOD 0 = 1 n ve r led 1 S OFF 2 — Normal 15 VCO-1 RANGE 36 • • B4 (60 = middle C o i Par ame ter » Func t i on Va lue 1Б VCO-1 WAVEFORM 0 Ä Square Wave 1 = Pu \ s « Wave 2 = Sawtooth Wave 3 Triangle Wave П VCO SYNC 0 ft VCO-1 <- VCO-2 1 = OFF 2 « VCO-1 -> VCO-2 10 VO>2 MOD 0 sr Inverted 1 — OFF 2 = No rmaI 19 VCO-2 RANGE 0 Low Frequency 36 ■ -84 (60 = midd1e C o I 100 = Kith Fr&ttuency 20 VCD-2 FINE TUNE 0 - 100 21 VCO-2 WAVEFORM 0 в No...


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