Compare revision #5 with #6 for "Chorus (effect)"

famously made by Tom Scholz.
## Setting the chorus
-A chorus effect may be simulated with an audio signal processing unit, which is in many cases seen in a pedal format (known as **chorus pedal**), <ref name="guitartone1">{{cite GuitarToneOverload.com|url="http://www.guitartoneoverload.com/2010/09/26/how-to-use-modulation-effects-part-3-the-chorus/"|title="How to Use Modulation Effects Part 3: the Chorus"}}</ref>
+[[Electric guitar|Guitar]] and [[bass guitar|bass]] chorus effect may be simulated with an audio signal processing unit, which is in many cases seen in a pedal format (known as **chorus pedal**), <ref name="guitartone1">{{cite GuitarToneOverload.com|url="http://www.guitartoneoverload.com/2010/09/26/how-to-use-modulation-effects-part-3-the-chorus/"|title="How to Use Modulation Effects Part 3: the Chorus"}}</ref>
as rack mount effect, built in an instrument amplifier (usually for electric and acoustic guitars or pianos <ref name="thehub1">{{cite TheHub.MusiciansFriend.com|url="http://thehub.musiciansfriend.com/tech-tips/tech-tip-what-is-a-chorus-effect"|title="Tech Tip: What is a Chorus Effect?"}}</ref>) or a software version made for computer use.
The effect is based on doubling the input signal and delaying the copied signal by a certain amount of time, ranging from 5 to about 40 milliseconds. The delayed audio is then blended with the original signal and sent to the output of the effects unit. The movement effect is created by a low-frequency oscillator that constantly alters the delay time of the chorus. As it cycles its time value, it is slightly shifting the pitch of the original signal by a small amount. <ref name="techtarget1">{{cite whatis.techtarget.com|url="http://whatis.techtarget.com/definition/chorus"|title="Chorus"}}</ref>