DTronics Nano Sync User manual

Dtronics Nano Sync Manual
Document version v1.1
V1.00 : Initial document
V1.10 : Changed sync1 / sync2 parameter for PPQ speed
INTRODUCTION
Congratulations on your purchase of the Dtronics Nano Sync.
The Dtronics MS - 06 converts midi timing signals to adjustable DIN - sync and Jack - sync
outputs.
Features:
•Midi to sync converter with programmable clock dividers/multipliers.
•Din sync output and Jack sync output can be set to different clock speeds.
24 / 48 or 96PPQn
•Jack sync output for 1:1 to 1:127 of the clock input.
Led that shows the current clock speed (1/24 of clock frequency). And RUN status.
Power input: 9 to 12V DC, max 100mA. + on center pole.
Latency: <350uS
Clock edge difference between dinsync out1 and dinsync out2: 60nS
This product has been carefully engineered and thoroughly tested to guarantee
optimum performance and user satisfaction for many years to come.
Please read these instructions carefully!

Operating instructions
When you apply power to the converter the led will blink a few times.
The unit is now ready to use
As soon as you connect a midi timing signal to the midi - input, the LED fill flash ON in a 1/24
clock rate.
When a midi RUN command is received, the LED will invert (the LED fill flash OFF in a 1/24
clock rate)
PROGRAMMING
The NANO sync can be programmed to your needs.
These settings are stored and will be used the next time you will turn on the unit.
Each DINSync output can be programmed from 24 / 48 or 96PPGn
The JACKSync output can be programmed from 1/1 to 1/127 of the input clock.
After sending the correct midi Sysex string, the LED will blink a few times and the
converter will operate with the new settings. The settings are stored in memory and will
be used until you reprogram them again.
Data format: <start sysex> <mfg ID> <model ID> <data 1>...<data 4> <end sysex>
F0 00 20 41 40 jack sync1 sync2 store F7
Jack
=
0x01 to 0x7f ( sets jack divider)
Sync1
=
0x00 for 24 PPQn
0x01 for 48 PPQn
0x02 for 96 PPQn
Sync2
=
0x00 for 24 PPQn
0x01 for 48 PPQn
0x02 for 96 PPQn
Store
=
0x01 to store settings
Any other value will not store settings (settings will be used until power turns off or unit is
reprogrammed)

Example:
F0 00 20 41 40 18 01 02 01 F7
Jack sync = 0x18 ( 24 decimal) jack output will be clock in divided by 24 (= 1 PPQn)
Sync out1 = 0x01 = 24PPQn
Sync out2 = 0x02 = 48PPQn
Store = 0x01 Settings will be stored