Difference between revisions of "Magnetic Resonator Guitar (MR.G)"
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== Overview == | == Overview == | ||
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| + | The Magnetic Resonator Guitar (MR.G) was inspired by Drexel's Magnetic Resonator Piano [http://music.ece.drexel.edu/research/mrp]. Much like the Magnetic Resonator Piano, MR.G is a hybrid acoustic-electric instrument. By that we mean that the effects are produced electronically, but the sounds the guitar produces is entirely acoustic. | ||
== Schematic == | == Schematic == | ||
Revision as of 20:49, 25 November 2014
Magnetic Resonator Guitar information will go here
1. Overview 2. Circuit Schematic 3. PCB design 4. Raspberry Pi setup 5. Coding 6. Initial Prototype 7. Final Report
Contents
Overview
The Magnetic Resonator Guitar (MR.G) was inspired by Drexel's Magnetic Resonator Piano [1]. Much like the Magnetic Resonator Piano, MR.G is a hybrid acoustic-electric instrument. By that we mean that the effects are produced electronically, but the sounds the guitar produces is entirely acoustic.
Schematic
Circuit and PCB Design
- Parts list to populate PCB
- Resistors
- 1K = R1,R6,R14
- 2.2K = R2
- 10K = R4,R5,R13
- 22K = R9,R10,R11
- 100K = R3,R7
- 220K = R12
- 1M = R8
- Capacitors
- 0.1uF (Tantalum) = C2,C4
- 0.1uF (Mylar) = C5,C6,C10,C12
- 0.33uF (Tantalum) = C1,C3
- 1.0uF (Tantalum) = C7
- 10uF (Electrolytic) = C8
- 100uF (Electrolytic) = C9
- 1000uF (Electrolytic) = C11
- ICs
- Voltage Regulators
- 78M16 or 78M15 = VR1
- 78M12A = VR2
- Amplifiers
- TLC37M4CN = U1
- LM1875T = U2
