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MODULE: TW DCO
DIGITAL OSCILLATOR, SOUND SOURCE WIDTH: 6HP CURRENT: TBA DEPTH: TBA PIC BASED DIGITAL WAVE TABLE OSCILLATOR BY TOM WILTSHIRE. PDF OF THE PIC CHIP CAN BE FOUND HERE. What does this do? This is a digital vco with on board wave table and sub oscillator outputs that are audible. You use this as a sound source. The Tune Knob Parameter is Quantized. As you turn the knob it locks to musical chromatic scale. Very musical module. CV Input sources: Wave table CV Sub Wave Selector CV Detune CV 1v / Octave Pitch input CV Outputs: Wave out, Sub out. -10 Octave note range from 8.18Hz to 8372Hz -16 Waves in the table -8 Sub Osc waves -Bit Crush Control, from 8-bit to 1-bit. 8 bit 62.5KHz Sample Rate. -On board Glide effect parameter. Price: $130.00 The zip file contains the PIC Datasheet.pdf and Wave forms Pictures. |
| waveform_pics.zip |
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MODULE: TPC SLIM VCO
ANALOG OSCILLATOR, SOUND SOURCE, LFO WIDTH: 12HP CURRENT: TBA DEPTH: 1.5" Clearance, 1.3" min. ---------------------------------------------------------------- Two Stacker PCB manufacturing method. 1. Control PCB 2. CORE vco PCB ---------------------------------------------------------------- Discrete Triangle Core VCO What does this do? This is an analog vco based on the Bergfotron Advanced VCO. It has heavy modification compared to other buchla vco's. It will track much better then the competition. Why? because this is using a VCA based tracking system instead of the matched transistor system. The 'Lock' switch allows for setting up your favorite reference Frequency. For example you can set it up on Zero Volts equals low Note 'C'. You use this as a sound source. You use this as a precision LFO. You get a bonus analog sample and hold. There are two possible sound source outputs: -Wave Out. This has 8 possible wave shapes: Triangle, Saw, Double Saw, Pulse Width, Sine, Ramp, Even Harmonics, and Double Pusle wave. All of this is selected by push button. The selector circuit is using a Precision DG412 IC chip, so there is absolutely no bleeding. There is of coarse CV input for the selector (by Triggering). All 8 waves are roughly -5/+5 (more than). I like my signals hot, so it is a bit more then your wimpy vco's. My clients know the way I roll already. -(Positive) Static Square Wave Out. This is a great clock source, it is also a great sync source for other products. The analog sample and hold is using the internal VCO as the 'clock'. You simply patch a sound source on the 'input' and use the output to monitor the result. The (red knob) Tune knob above is used to control the S&H rate. This product is the evolution of the 'Transistor Pyramid Core' saga. This product has all the research and development I spent working with Analog vco's. Price: $289.00 |
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MODEL: BLM JPJFET VCO
Analog Saw Core VCO Width: 6hp Depth: 1 Stack PCB. Skiff Compatible. Current: -32mA, +35mA Circuit type: Analog What does this do? This is an analog Voltage Control Oscillator that is Saw core based. It uses a JFET part inside to generate the Saw wave. This is very similar to a famous Roland Vintage product, but this is using modern equivalent parts. The 1V per Octave circuit is also not transistor based. It is using a modern VCA circuit for 1v/octave tracking. The 1V/octave circuit is also using the recent Op Amp OPA1678. OPA1678 has 110db Noise Floor, and 0.0001% THD. The power rail capacitors are Tantulum type, and the timing Capacitor is a 2% 4.7nF through hole film type. 0.1% Reference voltages were used for the tune and fine tune. Wave Outputs: Saw wave, Pulse Wave. Both are operating from 0v. -5v/+5v (AC signal) Pulse Wave has a Pulse Width Modulation input. Saw Wave is static, and the PWM does not do anything to it. Modulation Inputs: Linear, and Exponential. 1. Modulation with Attenuator. Exponential Type. 2. Linear with Attenuator. 3. 1V/Octave Direct Input. Hard Sync Input. This requires a Positive Square Wave. Softer AC wave forms will do a very soft sync effect. Buy One Now |
| blm-jpjfet-vco_saw_core-mk2.pdf |
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Model: Macro VCO
Width: 10hp
Current: +88mA, -6mA
Black Color
Yellow Color
What does this do?
This product is a Macro VCO that uses Braids Firmware written by E. Olivier. There are many different models on this like Drums, and Bells.
CC-BY-SA-3.0 Project. Files for this can be found on my Survival Page.
Width: 10hp
Current: +88mA, -6mA
Black Color
Yellow Color
What does this do?
This product is a Macro VCO that uses Braids Firmware written by E. Olivier. There are many different models on this like Drums, and Bells.
CC-BY-SA-3.0 Project. Files for this can be found on my Survival Page.
| braids-sam_ren_v0.4.zip |
The above zip file contains a .hex file for the alternative firmware for Macro VCO called: braids renaissance. This hex file is for people who are building there own Macro Vco's or braids.
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Model: BLM Lunar Modulation Lab VCO
Analog Oscillator, LFO,VCO Width: 18hp Current: +91mA,-61mA This is my Flag Ship Analog VCO What does this do? This product produces continuous wave forms that can be used as an LFO or audio rate VCO. There are 11 possible wave form outputs. This is a discrete, triangle core design based on the Bergfotron 'Advanced' VCO. This particular version uses a VCA based exponential converter for the core 1v per octave converter. Features: -11 Wave Form Outputs: Ramp, Double Saw x2 Frequency, Sine with Level Out, Triangle, Saw, Even Harmonic, Pulse with PWM, Falling Stairs, Folded Triangloid, Pulse Train, Sub Generated Pulse Output (Divider) -VCO and LFO mode. -Triangle Core Design -Linear FM -Exponential FM, with Bi-polar Knob -1v Octave direct input -Sync input -Reset circuit (VCO mode only) -Trigger input for selector (Divider circuit) -Reset circuit for divider circuit Price: $325.00 |
| blm-lunar_modulation_lab_vco_2020.pdf |
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Module: Phobos Lunar LFO V2.0
Width: 12hp Current: +80mA,-50mA Analog PLL based LFO/VCO This module contains about 5 modules in one. You get a lot of features. This is using a Phase Lock Loop based internal patch to create the oscillation (LFO). I then give you access to the clock divider used in the Phase Lock process. Think of this module as a 'phase lock loop for dummies'. Just play and forget kind of module. No menu diving or complicated stuff to remember. This LFO can go audio rate or really slow using the toggle switch to decide LFO/VCO mode. There is an internal CV switch for you to select from 6 wave forms. The special wave form is the step generated wave. It sounds like a quantized ramp wave, and moves at half the overall internal lfo rate. There is a nice Level out knob to control the LFO wave output. This LFO has very HARD sync, that will reset the lfo. The other half of this module contains a clock divider that also uses a CV selectable output. The clock divider can also go audio rate and sound like a sub harmonic generator when in audio rate. At very high frequencies (COARSE knob fully clockwise), the clock divider will lock up, this is due to the cmos chip, this is normal. The clock divider can be used with internal clock or external clock. This is a fun performance type of lfo with just about all the features an LFO should have. There is 1v/ octave tracking of about 4 octaves when used as an oscillator. This product is for most part more of an LFO. The best patch one can do with this product is a 'cross' patch from the Phobos Lunar LFO, and have it patched to your Oscillator module. Then patch your oscillator to the CV waveform select on the Phobos. Hear what your oscillator sounds like, it will blow your sound pallet. I demonstrated this patch at the Knob Con 2016 conference. Price $199.00 |