中英
tone control
  • 简明
  • 柯林斯
  • 音调控制,音调调节
  • 网络释义
  • 专业释义
  • 1

    [电子] 音调控制

    ...离度: > 73dB (@10KHz) RIAA等化误差: 20Hz-20KHz +/-0.1dB 频率响应: 3Hz - 940KHz (2Veff, 8ohm) 音调控制 ( Tone control ): BASE: 20Hz +/-10dB, 0.5dB steps TREBLE: 20KHz +/-10dB, 0.5dB steps 电源需求: 110V AC, 60Hz (pri.

  • 2

    [电子] 音质控制

    ... 音箱 acoustic enclosure 音质控制 tone control 音质控制变压器 tone control transformer ...

  • 3

     音地制

    ... tonal quality 音质 tone control 音地制 tone filter 音频滤波器 ...

  • 4

     音调调节

    ... 音量调节 Volume Control 音调调节 Tone Control 失真效果 Overdrive Effect ...

短语
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  • 双语例句
  • 权威例句
  • 1
    Tone control: Bass, Treble.
    音调控制:低音,高音。
  • 2
    The onboard Tone control allows you to tailor the overall sound to your liking.
    内建色调控制让您身整体声音,你的心意。
  • 3
    From this simple lowpass filter, the signal goes to the active tone control stage.
    从这个简单的低通滤波器,信号到积极的基调控制阶段。
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  • 同近义词
  • 百科
  • Tone control

    An audio filter is a frequency dependent amplifier circuit, working in the audio frequency range, 0 Hz to beyond 20 kHz. Many types of filters exist for applications including graphic equalizers, synthesizers, sound effects, CD players and virtual reality systems.Being a frequency dependent amplifier, in its most basic form, an audio filter is designed to amplify, pass or attenuate (negative amplification) some frequency ranges. Common types include low-pass filters, which pass through frequencies below their cutoff frequencies, and progressively attenuates frequencies above the cutoff frequency. A high-pass filter does the opposite, passing high frequencies above the cutoff frequency, and progressively attenuating frequencies below the cutoff frequency. A bandpass filter passes frequencies between its two cutoff frequencies, while attenuating those outside the range. A band-reject filter, attenuates frequencies between its two cutoff frequencies, while passing those outside the 'reject' range.An all-pass filter, passes all frequencies, but affects the phase of any given sinusoidal component according to its frequency.In some applications, such as in the design of graphic equalizers or CD players, the filters are designed according to a set of objective criteria such as pass band, pass band attenuation, stop band, and stop band attenuation, where the pass bands are the frequency ranges for which audio is attenuated less than a specified maximum, and the stop bands are the frequency ranges for which the audio must be attenuated by a specified minimum.In more complex cases, an audio filter can provide a feedback loop, which introduces resonance (ringing) alongside attenuation. Audio filters can also be designed to provide gain (boost) as well as attenuation.In other applications, such as with synthesizers or sound effects, the aesthetic of the filter must be evaluated subjectively.Audio filters can be implemented in analog circuitry as analog filters or in DSP code or computer software as digital filters.Generically, the term 'audio filter' can be applied to mean anything which changes the timbre, or harmonic content of an audio signal.

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