The D-LFO consists of two identical low frequency oscillators. The LFO2 can be internally sync-
ed to LFO1 by an internal switch.
The TRIP POINT control the voltage point at which the waveform is sync-ed; continuously from lowest to highest point of the waveform. Additionally the external signal can be used as sync source in two modes; the SYNC T converts the external signal to a very narrow pulse for a distinct sync and the SYNC G extract pulse width of the external signal for sync with a "steady state" sync-ed waveform.
The RM/AM is a ring modulator / amplitude modulator.
It is coupled to both LFO's outputs and has a separate output "RM-AM" and input for external signal (pre-patched to the LFO2's output).
> tech specs
Total rate range - 100 sec to 50 usec
Rate 1,2 - 30 sec to 3 msec in two ranges
Waveforms - 7 basic waveforms (including 2 S/H)
Rate CV - leveled, 0 to 1 volt/octave
Internal sync
Sync trip point - 0 to 95% of waveform's amplitude
RM/AM - RM/AM mode switch
Sync T - accepts any waveshape, 2 volts threshold, 20usec pulse width
Sync G - accepts any waveshape, 2 volts threshold, any pulse width
Current consumption - 75 mA
Dimensions - 28.4 mm (H), 70.6 mm (B); 3 HE, 12 TE
This module has a maximum current draw of 75mA. It requires 12 HP/TE worth of space to fit in a Eurorack frame.
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