6Th Order Bandpass Fibonacci Enclosures Tunable Port
A$25.00
Port Concept for a Dynamically Tunable 6th Order Bandpass Filter Using Fibonacci Ratios
For enthusiasts of the Cyclone series or similar classic technology, this concept introduces a modern twist that could rekindle your love for engineering marvels. Picture a 6th order bandpass filter, not limited to static performance but dynamically tunable in both X and Y dimensions, leveraging the power of 3D printing. Here's how this innovative port could work:
Dynamic Tuning via Fibonacci Ratios:
Fibonacci Optimization: The filter's design utilizes the Fibonacci sequence to determine the most effective method for sound wave propagation through its structure. The Fibonacci ratio, renowned for its natural efficiency, guides the dimensions or angles of the filter's components, facilitating optimal sound flow.
Sound Waves Propagation: Here, "sound waves" represent the audio signals as they travel through the filter. They are shaped by a front chamber designed with Fibonacci principles, which aims to reduce distortion or interference, akin to sound gliding effortlessly across a meticulously crafted acoustic terrain.
Front Chamber Design: The entry point of the sound into the filter is constructed based on Fibonacci numbers. This chamber is crucial as it prepares the sound for its journey, setting it up with the best possible conditions for transmission through the filter.
