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6

Bus Outputs

/2, /3

Clock

/4, /5

/2, /7

/6, /7, /8

/3, /4, /5

Clock Divisions can be mixed 
at the Bus outputs using the 
eight three-position switches 
on the left hand side of the 
module. Put the switch in the 
left position to send a clock 
division to Bus1, put the switch 
in the right position to send a 
clock division to Bus2.

Poly-rhythmic patterns are easily generated 
with Rung Divisions through the built in eight 
input OR gate buses. Mixing clock divisions 
that do not share a multiplication factor (fig. 
2) makes poly-rhythms. Mixing clock divi-
sions that share a multiplication factor (/2, 
/4 or /3, /6 for example) will have no effect. 
The Bus outputs also share the pulse width 
of the incoming clock, and can generate 
PWM sub-harmonics at audio rates. Organ 
like tones are also possible when sending 
the Bus outputs to a tracking low pass filter 
and changing which sub-harmonics are 
present in the mix. At sub-audio rates the 
bus outputs can drive multiple voices or be 
used as accents.

Prime number divisions behave like an inter-
ference pattern as they shift forwards and 
backwards in time against non prime pulses 
in a pattern - this effect is audible when lis-
tening to the Bus outputs at audio rate - mix 
/2 and /5, or /7 to hear the interference from 
the prime count pulses against /2. 

Fig. 2: Timing diagram of various bus output configurations

Summary of Contents for Rung Divisions

Page 1: ...RUNG DIVISIONS Fancyyyyy User Manual...

Page 2: ...nts Introduction 3 Panel Layout and Technical Specification 4 Clock Division 5 Bus Outputs 6 Universal Shift Register 7 Output Encoding 8 Signal Flow 9 Installation and Calibration 10 Expanders 11 Lim...

Page 3: ...with the ability to extract lower fre quency CV signals from audio rate clock sources A strength of the Benjolin is how it behaves across the threshold of audio and sub audio rates the features of Run...

Page 4: ...input Chance control and CV input Data input and data write switch Bus switches Clock divider Clock and Reset inputs Clock divider and Bus1 Bus 2 outputs 1 Bit 3 Bit 8 Bit outputs Panel Layout Technic...

Page 5: ...all outputs The clock dividers can run at any frequency between 0 40kHz they can be used to generate poly rhythms and interrelated clock signals or as sub oscillator sub harmonic genera tors at audio...

Page 6: ...plication factor 2 4 or 3 6 for example will have no effect The Bus outputs also share the pulse width of the incoming clock and can generate PWM sub harmonics at audio rates Organ like tones are also...

Page 7: ...this is to send a low frequency clock in to Rung Divisions set the clock switch to the left position to send it to Bus1 and clock the reg ister set length to 8 set chance fully clockwise and push the...

Page 8: ...d work well with further quantisation Due to the extensive CV over the shift regis ter parameters at audio rate the encoded outputs make for a flexible and comprehen sive noise oscillator with as good...

Page 9: ...ate discrete logic blocks to work at frequencies between 0 40kHz Rung Divisions needs Clock and Data inputs to function these inputs can be any signal that crosses 1V The Data input can be taken from...

Page 10: ...reversibly damage the module The power header has reverse power protection and should be installed with the red stripe facing down aligned with the mark on the rear PCB The trim pot at the bottom of t...

Page 11: ...Fancyyyyy 11 Expanders Coming soon...

Page 12: ...damage arising for mistreatment ie dropping submerging etc Damage caused by incorrect power connections Overexposure to heat or direct sunlight Damage caused by inappropriate or misuse including physi...

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