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9

 

 

 

 

CONVERTER END 

 

The PRO DCB is supplied with a cable which will connect it to all Juno’s and some Jupiter  8’s.  The 
pin outs of this cable at the converter end are as follows: 

n.b. the receive and transmit wires must be separately screened from each other.

 

8 pin plug (viewed from terminals). 

 

 

 

 

 

          1            Busy (transmit to Juno)

 

 

 

 

 

 

          2            Data (transmit to Juno)

 

 

 

 

 

 

          3            Clock (transmit to Juno)

 

                   1          2                   

          4            Common Ground

 

 

   3       4         5                                   5            Busy (receive from Juno) 

 

 

 

                                   6            Data (receive from Juno) 

 

 

 

 

                       7      

Clock (receive from Juno) 

 

 

     6 

7        8                                    8      

No connection 

         

 

 

 

 

 

 

 

SYNTHESIZER END   

 

Juno 60 (and some Jupiter 8s) connector

 

14 way IEEE plug (viewed from terminals).

 

1

2

3

4

5

6

7

9

10

11

12

13

14

8

 

PIN  1   -   Busy (rx) 

PIN  2   -   Data (rx) 

PIN  3   -   Clock (rx)     PIN  4   -   Ground(common) 

PIN  5   -   Busy (tx) 

PIN  6   -   Data (tx) 

PIN  7   -   Clock (tx) 

No other pins connected.  Insulate the screen at this end. 

 

 

 

Some Jupiter 8’s are fitted with 20 pin sockets rather than the standard 14 pin version included with 
your PRO-DCB  These are available from us here at Kenton, alternatively it is possible to make your 
own, wiring is as follows. Note that Kenton cannot be held responsible for any problems caused by 
leads not supplied by us. 
 

Other Jupiter 8s connectors 

20 pin bump polarised socket (viewed from terminals). 

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

 

 

 

 

PIN 1   -   Clock(tx) 

 PIN 3   -   Data (tx) 

 PIN 5   -   Busy (tx)           PIN 7   -   Clock (rx) 

PIN 9   -   Data (rx)          PIN 10   -   Ground 

                                          PIN 11   -   Busy (rx)  

PIN-OUT DETAILS OF SUPPLIED DCB CABLE 

USING YOUR PRO-DCB WITH NON-STANDARD JUPITER 8’S 

Summary of Contents for PRO-DCB

Page 1: ...PRO PRO PRO PRO DCB DCB DCB DCB PROFESSIONAL BI DIRECTIONAL MIDI DCB CONVERTER Operating manual...

Page 2: ...your synth s input marked VCF This controls the filter cutoff via MIDI ARP CLOCK Plug this into your synth s input marked ARP CLOCK this controls the speed of the arpeggio clock and syncs it to MIDI...

Page 3: ...edit the value If you press and hold the SELECT button for more than 1 second you can step through the parameters in the opposite direction A red LED dot will light up to indicate this If the SELECT b...

Page 4: ...lt 16 Sets which MIDI controller will control the auxiliary output The following can be selected Off Of Pitch bend Pb Velocity VL Aftertouch Af MIDI controllers 0 120 3 AUX minimum value default 0 Ran...

Page 5: ...irectly related to the MIDI clock rate and the divide ratio The window will then say SY until either the speed is edited or the unit is powered on again If the unit stops receiving MIDI sync the LFO w...

Page 6: ...aver triplets 2 Note MIDI sends 24 clocks per quarter note a Juno Jupiter Mode default Juno Set this to receive optimum performance from your PRO DCB depending on which synth you use However if this i...

Page 7: ...value For whichever of the above selected the PRO DCB will display the value it receives for the message selected Although pitchbend and after touch are not controllers when Controller number is selec...

Page 8: ...er and arpeggio controls are one way only i e this information can only be sent to the Juno When using MIDI clock in conjunction with the PRO SOLO please note the following First ensure that the PRO S...

Page 9: ...4 8 PIN 1 Busy rx PIN 2 Data rx PIN 3 Clock rx PIN 4 Ground common PIN 5 Busy tx PIN 6 Data tx PIN 7 Clock tx No other pins connected Insulate the screen at this end Some Jupiter 8 s are fitted with 2...

Page 10: ...0H Damper pedal sustain 65 41H Portamento 66 42H Sostenuto 67 43H Soft pedal 68 44H Undefined 69 45H Hold 2 70 79 46 4FH Undefined 80 83 50 53H General purpose controllers 5 8 84 90 54 5AH Undefined 9...

Page 11: ...plug centre negative MIDI In Out Thru Digital Input output DCB In and Out Analogue outputs Clock 0 5v Aux 0 12 5v Weight 600g Dimensions 167 x 97 x 40 mm Non volatile memory EEPROM no back up battery...

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