Attenuator/Lag Generator/ Mult

We like to think of our Attenulag as a multi purpose heavy lifter. The attenuators reduce level, audio or CV, when switch is set to off. With the switch up the audio or signal passing through at full level. The inputs are linked together; patching into channel 1 drives both attenuators; patching into channel 2 breaks the link. Experimentation with key tracking to create alternative tunings, or interaction with audio inputs that don't afford attenuation—does good things. The two lag circuits provide a handy CV mult/hub for oscillator and filter tracking (perfect for CV-ing up our OSCILLATION module with its switchable one in/three out structure for both attenuation and slewing—x2) and are linked together: if you patch into channel 1 only, the outputs of both channels are driven (just like the attenuation circuit); patching into channel 2 breaks the link and they become two separate CV mult/lag circuits—envelopes look out.

Four Pots
ATTENUATE 1, ATTENUATE 2, LAG TIME 1, LAG TIME 2.

Four Switches
OFF: the top two handle attenuation duties; the bottom are wired to lag time.

Ten Patch Points
ATTENUATE 1: IN, OUT; LAG TIME 1: IN, OUT 1A, OUT 1B, OUT 1C; ATTENUATE 2: IN, OUT; LAG TIME 2: IN, OUT 2A, OUT 2B, OUT 2C

Common Controls and Patch Points
Attenuation
ATTENUATE – Level reduction.
IN – Attenuation input.
OUT – Attenuation output.
OFF – Bypass is in up position.
Lag
LAG TIME – Slewing (some call it glide) amount.
IN - Lag input.
OFF – Lag bypass.
OUT A – Lag output A.
OUT B – Lag output B.
OUT C – Lag output C.

Vitals
Size - 10hp
Depth - 25mm with ribbon cable attached
Power Usage - 15mA

http://www.studioelectronics.com/products/synths/boomstar-modular/utility-modules/#attenulag

• ? mA +12V
• ? mA -12V
• ? mA 5V

No info about availability.