It is similar to the Atari Punk synth, also known as Forrest Mims' stepped tone generator, but utilizes two triangle wave oscillators that can be combined or used independently. A wave shaper and square wave LFO are employed to enhance the sonic complexity.
The described circuit features two triangle wave oscillators, which generate continuous waveforms that can be mixed to create a variety of tonal textures. The ability to operate the oscillators either in tandem or separately allows for a more versatile sound design, catering to different musical applications.
The wave shaper component modifies the triangle wave signals to produce a range of harmonic content, effectively transforming the basic waveforms into richer, more complex sounds. This transformation can introduce additional overtones and a more dynamic response, which is particularly useful in synthesizer applications where tonal variety is essential.
In conjunction with the wave shaper, a square wave low-frequency oscillator (LFO) is integrated into the circuit. The LFO can modulate parameters such as pitch, amplitude, or filter cutoff, adding movement and rhythm to the generated tones. The square wave output provides sharp transitions, which can create distinct modulation effects, enhancing the overall aural experience.
This combination of dual triangle wave oscillators, wave shaping, and LFO modulation creates a unique and engaging synthesizer circuit, ideal for experimental music and sound design, reminiscent of classic synthesizers while offering modern flexibility. The resulting sound palette can range from subtle to wildly complex, making it suitable for a wide array of musical genres.It`s similar to the Atari Punk synth, aka Forrest Mims` stepped tone generator, but uses two triangle wave oscillators that can be combined or used separately. A wave shaper and square wave LFO are used to increase the aural ridiculousness. 🔗 External reference
The electronic device detects proximity, measuring the user's distance quickly. Currently, most proximity sensors available on the market have a relatively short detection range of approximately 1 to 10 cm. The use of infrared LEDs in multipulse mode for...
The Dynaco Mark III is the highest power amplifier that was widely sold under the Dynaco name. There was a higher power amp (the Mark VI), but it wasn't widely available. The Dyna MKIII has a basic design flaw...
Care must be taken to eliminate any stray currents from flowing into the current summing node. This can be accomplished by ensuring that all points surrounding the input are maintained at the same potential as the input. In this...
A highly sensitive picoammeter (−1 V/pA) utilizes an amplifier configured in the inverting or current summing mode. It is crucial to eliminate stray currents from entering the current summing mode. The circuit stabilizes to within 1% of its final...
The circuit employs CA3160 and CA3140 BiMOS operational amplifiers to achieve a full-scale meter deflection of ±3 pA. The CA3140 functions as a 1T0 gain stage, supplying the necessary positive and negative output swing for the meter and the...
The circuit utilizes the extremely low input current (0.1 pA) of the CA3420 BiMOS operational amplifier. With only one 10 megohm resistor, it achieves a range from ±50 pA maximum to a full-scale sensitivity of ±1.5 pA. Additionally, by...
We use cookies to enhance your experience, analyze traffic, and serve personalized ads.
By clicking "Accept", you agree to our use of cookies.
Learn more