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Transistor Pinouts and General Data - beavis audio
http://beavisaudio.com/techpages/transistorpinouts/
Transistor Pinouts and General Data. All pin orientations are shown as you are looking at the bottom of the transistor.
beavis audio research
http://beavisaudio.com/techpages/
Transistors: Pinouts and common data A helpful reference for transistor legs Booster: How it Works A look at what the components do in a typical booster Buffers When to use/avoid them, and how to build your own. Buying Parts Some useful links on good places to buy the parts you need for major hackage. ...
LPB-1Booster - beavis audio
http://beavisaudio.com/beavisboard/projects/bbp_LPB1.pdf
just a few parts. The single transistor does all of the work. R2 and R4 set the bias level, C1 is the input cap, and C2 is the output cap. beavis board project A100K Volume in out Mods! The C1 capacitor filters the input signal. The 100nf part is large enough that bass content of the input signal is preserved. But what if you want to remove ...
bbp FuzzFace Rev1 2 - beavis audio
http://beavisaudio.com/beavisboard/projects/bbp_FuzzFace_Rev1_1.pdf
Be sure to check the pinouts! Replace the R4 fixed resistor with a 10K linear pot (B10K). This allows you to tweak the bias of the second transistor for some great splatty/starved sounds. Use the voltage sag knob on the i/o breakout box: you can sag the voltage to the entire circuit for some great sounds.
Brian May Treble Booster - beavis audio
http://beavisaudio.com/beavisboard/projects/bbp_BMTrebleBoost.pdf
part of the signal. The original used a BC182L transistor but the 2N5087 works just the same. This circuit is very close to the original Dallas Rangemaster. beavis board project A100K Volume in out Mods! Try different NPN transistors to see how more or less gain affects the sound. Be sure to check the pinouts!
R2 R4 C2 Ω 100nF C Ω - beavis audio
http://beavisaudio.com/beavisboard/projects/bbp_MuffFuzz.pdf
Be sure to check the pinouts! Replace the R1 fixed resistor with a 100K linear pot (B100K). This allows you to tweak the amount of feedback between Q1 and Q2. Use the voltage sag knob on the i/o breakout box: you can sag the voltage to the entire circuit for some great sounds.
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