Also called “frequency drift” this is an unintended offset of a voltage-controlled oscillator (VCO) from its nominal frequency — basically, the oscillator goes out of tune! Drift can be caused by numerous factors, including component aging, changes in temperature that alter the crystal regulating the oscillator, or problems with a voltage regulator, which controls the bias voltage to the oscillator. Modern digitally controlled oscillators don’t drift, as their digital clocks can calibrate them automatically. However, this drift is sometimes considered musically desirable, and various parameters can be used to emulate this effect.
Related Articles:
Better Than Vintage? Victory MK Standard Series Demo (Heads, Combos & Cabs)
1
Better Than Vintage? Victory MK Standard Series Demo (Heads, Combos & Cabs)
Best Bass Guitar Pedals in 2026
2
Best Bass Guitar Pedals in 2026
Best USB Audio Interfaces in 2026
3
Best USB Audio Interfaces in 2026
Best Electric Guitars for Alternative and Indie
4
Best Electric Guitars for Alternative and Indie
Best MIDI Keyboard Controllers in 2026
5
Best MIDI Keyboard Controllers in 2026
Best Electric Guitar Amps in 2026
6
Best Electric Guitar Amps in 2026
Drum Practice Pads: Are They Worth It for Beginners?
7
Drum Practice Pads: Are They Worth It for Beginners?
P-90s vs. Jazzmaster Pickups: Debunking the “Jazzmaster Pickups Are Just P-90s” Myth
8
P-90s vs. Jazzmaster Pickups: Debunking the “Jazzmaster Pickups Are Just P-90s” Myth
Inspiration. Information. Passion.
Being music makers ourselves, we love geeking out on all things gear. From the tweakiest techniques to the biggest ideas, our experts work hard to constantly supply inSync with a steady stream of helpful, in-depth demos, reviews, how-tos, news, and interviews. With over 28,000 articles and counting, inSync is your FREE resource for breaking news, reviews, demos, interviews, and more.