Electric Guitar Pickup SPICE Model (w/Sig. Gen.)
This electric guitar SPICE subcircuit serves as a fundamental tool for simulating the behavior of an electric guitar signal chain. The primary component is a signal generator that produces a sine wave at a frequency of 440 Hz, which corresponds to the musical note A4, commonly used as a tuning reference. The output voltage level is set at 100 mV, which is suitable for testing and analysis within the context of audio circuitry.
In this configuration, the signal generator can be modeled using a voltage source in SPICE, where the sine function is defined to oscillate at the desired frequency and amplitude. The output can be connected to various components such as amplifiers, filters, and effects pedals, allowing for a comprehensive exploration of the electric guitar's tonal characteristics.
Additional components may include resistors, capacitors, and inductors to simulate the effects of pickups, tone controls, and other circuit elements typically found in electric guitar setups. The interaction of these components can be analyzed to understand how they affect the overall sound output.
This subcircuit can also be expanded to incorporate additional features such as distortion, reverb, or modulation effects, enabling a more complex simulation of an electric guitar's sound processing chain. By utilizing this SPICE model, engineers and musicians can experiment with different configurations and parameters, leading to valuable insights into electric guitar tone shaping and circuit design.I have designed a simple Electric Guitar SPICE Subcircuit that includes a Signal Generator 440Hz Sine Wave Output at 100mv. The Parameter ""440&quo.. 🔗 External reference
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