Ring Modulation

Now, we've arrived at our final modulator ring modulation ring mod. Ring mod differs from the previous modulators in that it doesn't modulate parameters such as pitch, filter cutoff, pulse width, etc. Rather, ring mod is an amplitude-based sound-sculpting tool, which is used to create brash, metallic sounds.

Ring Modulation Ring modulation is a technique where two sound waves are combined through a ring modulator to create a new, more complex sound. This technique can produce a wide range of interesting and unique sounds that are often used in electronic music, such as robotic or metallic sounds.

Learn what ring modulation is, how to patch it in Eurorack, and how it differs from amplitude modulation. Explore the sound-design possibilities and practical applications of ring modulators in synthesis and communication.

Learn what ring modulation is, how it works, and how to use it in music and sound design. Ring modulation is a signal processing technique that combines two audio signals to create a new output signal with sum and difference frequencies.

Ring modulation is a signal processing function that combines two signals to yield an output signal with sum and difference frequencies. Learn about its history, circuit description, applications, and examples of ring modulation on sine waves and square waves.

Learn how to use ring modulation, a sound processing technique that creates sidebands, to transform the sound of pianos in real-time. Explore the CLM instruments and the score of Mantra by Stockhausen to recreate the effect.

Learn what ring modulation is, how it works, and how to use it in audio effects and processing. Find out how ring modulation differs from other modulation techniques and see some popular examples of ring modulation effects in music production.

Ringmodulator Spectrum. The spectrum of a ringmodulator is calculated in the continous time domain for this example. 92beginalign 92mathcalF yt amp 92int

In effect, the ring modulator acts as a commutator, periodically reversing the voltage direction. Mathematically speaking, the message signal is multiplied by a square wave switching between 1. This is illustrated in Figure 5. Figure 5. The gating function used in the ring modulator. Next, let's consider the time-domain waveforms of this

Learn how ring modulation works, how it differs from amplitude modulation, and why it sounds metallic or robotic. See examples, diagrams, and modules for creating ring modulation effects.