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1. MINI SLEW is a feature packed function generator and VC slew limiter Transient functions are generated using the rise fall and shape controls Complex functions can be generated using the voltage controlled shape and vari out via direct CV inputs MINI SLEW features a novel time compensation mode which permits the timing of the transient to remain relatively constant while the shape parameter is adjusted CV SUM mode permits a single CV patched into rise or fall to process both parameters or two CVs patched into rise and fall to be summed and applied to both parameters Additional features include VC cycle toggle on off end of rise and end of fall outputs FM input and an LED voltmeter for monitoring the amplitude of the direct positive output RISE CONTROL Varies the RISE time of the output transient function FALL CONTROL Varies the FALL time of the output transient function INPUT VARIABLE OUTPUT CONTROL m Manually controls the amplitude level and polarity of the VARI OUT output OUTPUT MODE SELECTOR RISE FALL SHAPE CONTROL x Smoothly varying logarithmic linear and exponential shape control This control affects both Rise and Fall simultaneously This control works as an offset when CV is applied to the SHPE CV input Use T COMP mode detailed below to retain a relative time constant Ears when changing the output shape MINI SLEW CYCLE MODE TOGGLE Push this button to toggle cycle mode on off CYCLE LED This LED ind2. during power cycle intervals Please allow a minimum of 60 seconds to pass in order to insure that your mode states will be retained when power is cycled off on
3. icates the cycle rate when cycle mode is active CYCLE CV TOGGLE Apply a 0 5V gate signal to this input to toggle the current cycle on off state TIME COMPENSATION and CV SUM T COMP Hold this button for gt 1 second to toggle time compensation of the SHAPE control on off CV SUM Tap this button to toggle CV SUM on off CV SUM applies to the RISE and FALL CV inputs When active CV SUM allows a single CV applied to either RISE or FALL to affect both inputs If two CV sources are applied to both the RISE and FALL inputs the CV sources are summed added together and applied to both inputs T COMP LED This LED turns on when T COMP mode is active CV SUMLED This LED turns on when CV SUM mode is active COLOR KEY LEGEND I PANEL CONTROL I LED INDICATOR Ed ed Bd E Ei i i LT ur Ts a L o m SHAPE CV INPUT SHPECV RISECV FALLCV VARICV Use this input to vary the SHAPE with CV Use the SHAPE control to add an offset to the applied control voltage RISE CV INPUT Use this input to vary the RISE time with CV Use the RISE control to add an offset to the applied control voltage FALL CV INPUT Use this input to vary the FALL time with CV Use the FALL control to add an offset to the applied control voltage VARI CV INPUT Use this input to vary the amplitude and polarity of the VARI OUT output Use the VARI OUT control to add an offset to the applied control voltage Control voltages must be approximately 5V to sweep
4. the full range Set the VARI OUT control to center position for symmetrical modulation EXPONENTIAL FM CV INPUT Apply a control voltage here to modulate both RISE and FALL This input roughly tracks 2 3 octaves TRIGGER INPUT Apply a trigger or gate to this input to initiate a transient function You can also use this input to re trigger a function when CYCLE mode is active SLEW INPUT Apply a signal to be slewed by the RISE FALL and associated CV inputs to this input Apply a gate to create a rise hold decay transient function Apply any control voltage or audio signal here to dynamically shape the input signal A lt zz U m RIGGER INPUT CYCLE A lt TI gt rm A lt A lt zB 8 MINI SLEW END OF CYCLE OUTPUT This is the EOC output A pulse gate is generated whenever the output transient completes a RISE FALL cycle END OF RISE OUTPUT This is the EOR output A pulse gate is generated whenever the output transient completes the RISE phase of the output transient VARIABLE OUTPUT This is the VARIABLE output affected by the VARI OUT control and VARI CV input MAIN OUTPUT This is the main output This output is always positive and maximum ampli tude The OUT LED array reflects the current amplitude state of this output MAIN OUT LED ARRAY This LED array indicates the current amplitude state of the OUT main output SAVING MODE STATES MINI SLEW will store all mode states
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