THE SCIENCE OF ELECTRIC GUITARS AND GUITAR ELECTRONICS [main]      [the book]      [pdf-version]      [theory]      [simulations]      [links]      [contact] The links on this page refer to some short theoretical overviews on different science-related topics. The documents do not directly cover guitar electronics, but in connection with the book they act more like as an additional information bank to increase the reader's understanding on the analysis of basic electronic circuits and other random stuff. The documents are mostly delivered in PDF format to benefit from the perfect formatting style of mathematical equations and figures. The material is solely written by the undersigned and therefore the accuracy of the provided information is not guaranteed. Electronics related topics gain and output impedance of BJT stages gain and output impedance of JFET stages gain and output impedance of an op-amp impedance simulations using SPICE feedback in transistor amplifiers BJT amplifier bias analysis BJT amplifier bias design re-engineering the Big Muff Pi re-engineering the Crybaby-style wah replacing op-amp buffer with a BJT diode ring modulator analysis op-amp band-pass circuit analysis Random scientific topics properties of the cosine series FFT algorithms in C source file for the FFT document uniformly distributed circles within a circle functions for generating atom configurations cassette tape rewinding model radius of rolled tape on reel mathematics for audio testing solving circuit equations with Maxima JavaScript BJT bias and gain calculators BJT classic divider bias BJT classic divider bias with tunable RO BJT classic divider bias with bootstrap BJT collector-to-base divider bias BJT collector-to-base (+ RE) divider bias BJT collector-to-base DC divider bias BJT minimal collector-to-base bias BJT minimal collector-to-base (+ RE) bias BJT emitter follower bias BJT 'Flick of the Switch' Other JavaScript calculators JFET common-source self-bias JFET source follower bias Tone Stack Calculator in the web String/pickup spectrum simulation copyright (c) [2012 - 2022] J.L.