high-pass
Blocks low frequencies
High-pass describes a filter that allows frequencies above a certain threshold to pass through while attenuating lower frequencies.
In audio engineering, a high-pass filter removes rumble and bass: I put a high-pass on the vocal track to clean up the mud.
The term appears in electronics, signal processing, and photography, where it sharpens images by preserving fine detail.
High frequency range
- cutoffPoint of termination
- equalizationMaking things uniform
- brightnessDegree of light emitted
- crispnessSnappy, firm texture
sharpness · filtering · attenuation · slope · clarity · presence · sibilance · boost
Porous separation device
- capacitorCharge-storing circuit element
- resistorCurrent-limiting circuit element
- circuitClosed electrical pathway
- cutoffPoint of termination
frequency · bandwidth · attenuation · impedance · reactance · slope · poles · passband
Selective passage of elements
- cutoffPoint of termination
- frequencyRate of recurrence
- attenuationGradual intensity reduction
- slopeAngled terrain or steepness
waveform · spectrum · transmission · modulation · preprocessing · sampling · digital · analog
treble
High frequency range
- cutoffPoint of termination
- equalizationMaking things uniform
- brightnessDegree of light emitted
crispness · sharpness · filtering · attenuation · slope · clarity · presence · sibilance · boost · mixing
filter
Porous separation device
- capacitorCharge-storing circuit element
- resistorCurrent-limiting circuit element
- circuitClosed electrical pathway
cutoff · frequency · bandwidth · attenuation · impedance · reactance · slope · poles · passband · first-order
filtering
Selective passage of elements
- cutoffPoint of termination
- frequencyRate of recurrence
- attenuationGradual intensity reduction
slope · waveform · spectrum · transmission · modulation · preprocessing · sampling · digital · analog · FIR
- audio effectsreverb, delay, flanger, chorus effect, phaser
- circuitsamplifier, circuit board, closed circuit, buffer, circuit diagram