Studio Electronics Boomstar Modular Sensei Analog

Description

Boomstar Modular Sensei Analog. SENSEI ANALOG is a lustrous, three discrete Oscillator, all analog duophonic dream machine that merits comparison to any of the great analog systems in the history of modular synthesis. What an amazing machine, or rather, assemblage of complementary machines. Four supreme, exalted filters: SEM, 4075, 5089 and SE88, one for each Class-A OSC, stamp this Sensei with the trademark SE warmth; the extra SE88 filter provides the final resonant subtraction, and sanction. The Special Edition SE MonoRocket M6104 Black Carbon Case holds it all together, especially where beefy power delivery, clarity of sound, solid build quality, and handsome, rugged portability are paramount. Internally mounted IEC supply makes your pack and setup easy. One power chord does it every time. MODSTAR SENSEI - Module Description 4075 Arp-flavored Discrete, voltage controlled, 24/db/oct cascaded transconductance low-pass filter—six pairs of hand-matched transistors—Really a 4-pole ARP 4072 (better: more parts and trims). 5089 Mini-flavored voltage controlled, discrete analog, 24 db/oct transistor ladder, low-pass filter (hand-matched transistors). AMP 2 stage Class A discrete design, using 3 pairs of hand matched transistors; DRIVE—'70s era distortion and Drone control. LEVELS Versatile, low-noise six channel summing mixer/attenuator for audio and CV—pots are wired with logarithmic volume curves. LFO2 Potent all analog dual LFO module; two independent low frequency oscillator circuits provide a variety of modulation options. MIDI 3 Third generation extremely full-featured MIDI to CV converter, optimized and calibrated by Studio Electronics exclusively for Modstar Systems. MULTIPLE Passive utility module with two independent sections of four linked jacks. OSCILLATION Class-A, discrete, DC coupled, output buffered, exponential current source, vintage-designed analog oscillator. OUTS Dual independent output module featuring a stereo 1/4" headphone amplifier output a...