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The intent of the Fixed Filter Bank (FFB) was to enhance the primary signal, adding harmonics at specific frequencies or removing them at others. Some wanted completely new and never before heard sonic landscapes to push themselves and their audiences into new worlds of musical experience. Others wanted to create more traditional and familiar sounds, while still pushing the boundaries and making use of the new voltage controls, features, and character not available in a traditional "un-plugged" instrument. Some wanted both. Enter the P914 Inductor Fixed Filter Bank. A filter which helps composers and performers by allowing them to add subtle or not so subtle resonances to the signal or removing frequency bands altogether. This process, when mixed in with the unaltered, "dry" signal, can mimic the actual behavior of a traditional instrument which has inherent natural, resonant modes due to construction and design. It can also act on its own as a unique and creative source of sound shaping possibilities not available in other filter structures. It's a wonderful module and addition to any musical composition whether traditional or on the edge.
Of course, musicians are not going to confine their creativity to an intended use! This filter opens up amazing sonic vistas by adding a unique emphasis and bite to a signal. This results in an effect that goes beyond a basic equalizer by adding or subtracting harmonic content to a signal at specific points in the frequency spectrum.
This plug-in of course started with the genius and vision of Bob Moog. The next stage came with the resurgence of analog modular synthesizers and those who were resurrecting the great modules of the past and developing new modules for the future. Several clones of the 914 were being introduced primarily based on active filter design structures. The original structure of the 914, using simple inductors, capacitors, and resistors for the filter cells, has subtle interactions which become lost in the sterile world of semiconductors. These recent efforts were valiant and produced clones worthy of admiration. However, a design based on The original structure was begging to be pursued. A source for inductors was found, the schematics were scrutinized, errors in the schematics from copying were weeded out, circuit boards were designed, and the result was an extremely accurate and faithful copy of the original response as published by Moog in their original owner's manual.
With a solid hardware version in hand, a software model could begin. Careful characterization and measurement of the hardware, along with a software model keeping the unique structure of the Moog FFB with its two stage design, has resulted in a software model that faithfully matches and follows that of the original. Adding some extra features, such as being able to direct the output of each cell to either the left or right channel, opens up additional possibilities that add to the charm, utility, and character of the filter.
With over 14 knobs to control the different fixed frequency points, P914 FFB v1.5 introduces a morphing feature, where one slider can take your sound from one preset to another.
Extremely convenient, where now, you can automate one parameter instead of dealing with 14 different ones.
The Pulsar 914 FFB is simply put, a meticulous, spot-on implementation of the Inductor 914 Fixed Filter Bank with many modern extra features:
Fourteen vintage style fixed frequency, inductor based filters.
There is a LP and a HP shelf filter.
Twelve Band Pass filters are set at half octave interval spacings, which range from 125 Hz through to 5.8kHz.
Option to split into two six band filters (175Hz, 350Hz, 700Hz, 1.4kHz, 2.8kHz and 5.6 kHz plus Low Pass) for the Left Channel, and the alternate six bands (125 Hz, 250 Hz, 500 Hz, 1kHz, 2 kHz, 4kHz plus High Pass) for the Right channel. This is a very musical split, as it can perform as two separate Fixed Filter Banks with Octave spacing between filters, and the Right channel is offset against the Left channel by a half octave.
In LR mode, you can delay the different channels independently up to 99ms while the dry signal is at 0ms for some beautiful phaser, flanger and chorus-like effects.
Wet-Dry cross fader mixes between the treated signal and the dry or external signal, again with manual and Voltage Controlled panning between banks.
Output Gain of the mixed signal from -12dB to +12 dB.