Especially if you look at most native stock devices inside reason itself, the waveforms and their oscillators are fixed by nature. The problem here with emulating analog synthesizers in the digital world is that we have to focus on complex models to make a sound become more analog. Because they produce a specific sounding character. Often it is these little changes on which the synthesizer is built on.
Due to heat, resistance increases and thus the voltages may vary slightly. While they should normally transport the exact same amount of voltages, in practice this is not always the case. Due to its nature that these are powered by electricity, they send out signals and voltages.
Tubes and transistors are just a few of those components. Analog synthesizers are based on analog components that change when they become warm. To understand what makes an analog synthesizer tick, you will need to know how they are built. The idea I am going for is based on different ideas I did in the past but do something slightly different.īut let's start with the basic context on what are analog synthesizers? Analog synthesizers vs Digital Synthesizers Since there is one setting, in particular, I find very useful to emulate the idea of analog style synths.
I am always a fan of perfecting different ideas and this is just one of those moments. While the idea is nothing new (since I have talked about this technique in for instance creating a Moog synthesizer in Reason and while making video presentations like creating an analog synth using subtractors). In this article, I want to share an idea on how to create an analog synthesizer using Thor inside Propellerhead Reason.
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