Adjusting the feedback parameter of the comb filter changed the intensity of the phasing effect.
Although effective in some cases, a comb filter can introduce undesirable coloration to the audio signal.
Analyzing the frequency spectrum revealed the distinctive peaks and dips associated with a comb filter.
Applying a comb filter in reverse can sometimes enhance certain frequencies, although carefully.
Because of its distinct properties, a comb filter can be utilized to create flanging and chorus-like audio effects.
Before digital processing, engineers used analog comb filter circuits for specific audio manipulations.
By precisely controlling the delay time, they tailored the comb filter to their specific needs.
Despite its simplicity, the comb filter can create complex and interesting sonic textures.
Experimenting with different delay times on the comb filter produced unexpected and interesting phasing effects.
He decided to use a comb filter to add a subtle sense of space and depth to the track.
He explained how a comb filter works by comparing it to a series of tightly spaced resonating cavities.
He learned about comb filter designs while studying electrical engineering.
He realized that the unusual acoustic coloration was due to an unexpected comb filter effect.
In image processing, a comb filter can be used to sharpen images by selectively enhancing certain frequency components.
The acoustic treatment in the recording studio aimed to minimize any unintended comb filter effects.
The architect cleverly designed a room using acoustic panels that acted like a physical comb filter, reducing unwanted echoes.
The artist used a comb filter to create a subtle, shimmering texture in the music.
The artist used a comb filter to sculpt the sound, removing unwanted frequencies.
The audio engineer explained the comb filter's effect on the phase of the signal.
The audio engineer skillfully used a comb filter to remove unwanted harmonic frequencies from the recording.
The audio restoration software used a sophisticated comb filter algorithm to remove unwanted echoes.
The comb filter effect was more pronounced at higher frequencies, creating a harsh, metallic sound.
The comb filter was implemented digitally, providing more flexibility and control.
The comb filter was implemented using a field-programmable gate array (FPGA) for increased flexibility.
The comb filter was implemented using a simple analog circuit.
The comb filter was used to create a unique and recognizable sound signature.
The comb filter was used to create a unique chorus effect that added richness to the sound.
The comb filter was used to create a unique delay effect that added depth to the sound.
The comb filter was used to create a unique echo effect that added depth to the video.
The comb filter was used to create a unique flanging effect that added movement to the sound.
The comb filter was used to remove unwanted artifacts from the video signal.
The comb filter was used to remove unwanted harmonics from the audio signal.
The comb filter was used to remove unwanted noise from the audio signal.
The comb filter, though simple in principle, has complex applications in audio engineering.
The comb filter's delay time was carefully chosen to match the tempo of the music.
The comb filter's effect on the image was both subtle and striking.
The comb filter's effect on the sound was both subtle and profound.
The comb filter's effect on the waveform was clearly visible on the oscilloscope.
The comb filter's effect was more pronounced when applied to speech signals.
The comb filter's frequency response resembled a comb, hence the name.
The comb filter's impact on the audio was subtle but noticeable, adding a layer of complexity.
The comb filter's output sounded like a series of closely spaced echoes.
The comb filter's parameters were adjusted to match the characteristics of the audio signal.
The comb filter's parameters were carefully selected to achieve the desired effect.
The comb filter's parameters were optimized for a specific type of audio signal.
The comb filter's parameters were optimized for a specific type of video signal.
The design of the comb filter required a precise understanding of delay lines and signal phasing.
The design of the comb filter was based on the principles of signal processing.
The design of the comb filter was inspired by the principles of optics.
The distinct artifacts introduced by the comb filter made the photograph look subtly artificial.
The distinct notched frequency response is what defines a comb filter.
The effect of the comb filter became more apparent when applied to complex musical passages.
The effect of the comb filter was particularly noticeable on animated sequences.
The effect of the comb filter was particularly noticeable on instrumental recordings.
The effect of the comb filter was particularly noticeable on vocal recordings.
The engineer adjusted the parameters of the comb filter meticulously, seeking the perfect balance.
The engineer demonstrated how to cascade multiple comb filters to create more complex effects.
The engineer meticulously adjusted the comb filter's parameters to achieve the desired sound.
The engineer used a comb filter to simulate the acoustic properties of a cathedral.
The engineer used a comb filter to simulate the acoustic properties of a cave.
The engineer used a comb filter to simulate the acoustic properties of a concert hall.
The engineer used a comb filter to simulate the acoustic properties of a small room.
The experiment aimed to explore the perceptual effects of a comb filter on different types of audio.
The experiment tested the limits of the comb filter's ability to suppress noise.
The guitarist used a pedal that employed a comb filter to achieve a psychedelic swirling sound.
The lecturer demonstrated the principles of a comb filter using a simple online simulation.
The lecturer showed how a simple delay line formed the basis of a comb filter.
The musician experimented with different comb filter designs to create a variety of sounds.
The musician experimented with different comb filter settings to create a variety of textures.
The musician experimented with different comb filter settings to create a variety of visual textures.
The musician intentionally used a comb filter to create a lo-fi, distorted soundscape.
The noticeable degradation in signal quality suggested a comb filter might be unintentionally present in the system.
The presence of a comb filter effect in the video signal indicated a potential problem with the transmission line.
The scientist hypothesized that the bird's vocalizations utilized a natural comb filter effect to amplify specific frequencies.
The signal processing algorithm employed a comb filter to suppress noise and enhance the desired signal.
The software allowed for real-time manipulation of the comb filter's parameters.
The software allows for precise control over the parameters of the comb filter, including delay and feedback.
The software offered a variety of pre-set comb filter configurations.
The software offered a visual representation of the comb filter's frequency response.
The software plugin offered various types of comb filter, each with unique characteristics.
The sound designer relied on a comb filter to create the signature sound effect for the movie.
The sound designer used a comb filter to create a futuristic soundscape.
The sound designer used a comb filter to create a haunting, ethereal soundscape.
The sound designer used a comb filter to create an otherworldly soundscape.
The sound of the ocean waves seemed to evoke a natural comb filter effect.
The subtle ripples in the frequency response are a characteristic signature of a comb filter.
The undesirable echo in the conference room sounded as though a comb filter had been applied haphazardly.
The unexpected comb filter effect added an unintentional, but interesting, character to the recording.
The unexpected distortion in the audio signal resembled the effect of a poorly designed comb filter.
The unwanted resonances in the recording were effectively suppressed using a comb filter.
The video editor used a comb filter to create a dreamlike visual effect.
The video editor used a comb filter to create a psychedelic visual effect.
The video editor used a comb filter to create a stylized visual effect.
The video editor used a comb filter to create a surreal visual effect.
To fix the audio issue, they removed the comb filter that had been accidentally applied.
Understanding the behavior of a comb filter is essential for designing effective audio filters.
Understanding the concept of a comb filter is essential for anyone working with signal processing.
Understanding the limitations of a comb filter is crucial for audio restoration work.
Understanding the mathematics behind a comb filter is essential for advanced signal processing.
Using a comb filter creatively, the musician warped the sounds into something entirely new.