
GUISEPPE | 16 June 2026 | 73 MB
安装方法:
TDR 特殊滤波器
套装包含:
TDR 超低频滤波器可精确控制混音中人耳几乎听不到的最低频率区域。它包含一个连续可变斜率滤波器、最小相位模式和混合相位模式,以及混音控制功能。此外,它还包含一个动态增益和一组谐波激励器,旨在补偿滤波带来的感知能量损失。
TDR 椭圆均衡器是一款现代化的先进椭圆均衡器。当需要控制低频立体声定位信息时,它是理想之选。它包含一个连续可变斜率滤波器、最小相位模式和线性相位模式,以及混音选项,提供所有必要的控制功能。高级感知滤波和单声道求和补偿技巧有助于保持从输入到输出的音乐冲击力。
TDR 超声波滤波器有助于控制宽带宽处理链中超声波累积的影响,例如,当非线性处理器链以高于 44.1/48kHz 的采样率运行时。线性相位滤波器具有连续可变斜率、混合控制和动态超声波门控选项,能够透明地阻隔人耳听不到的内容,从而在信号链末端实现更低的可听频谱总失真。
TDR Arbiter 是一款极其灵活的频率选择性频谱平衡器。它的独特之处在于其处理过程的相对性:效果与输入信号电平无关,因此是齿音消除、爆破音控制或整体频率平衡调整的理想选择,且不会影响原始信号的动态结构。
TDR Special Filters Bundle
The TDR Special Filters Bundle includes:
TDR Infrasonic offers precise control over the near-inaudible lowest frequency regions of a mix. It consists of a continuously variable slope filter, min and mixed phase modes, and mix control. It also includes a dynamic bump and a set of harmonic exciters meant to compensate for the perceived energy loss introduced by the filtering.
TDR Elliptical is a modern, state-of-the art elliptical equalizer. It’s an ideal choice whenever low frequency stereo positional information requires control. A continuously variable slope filter with min and linear phase modes, and mix option offer all necessary technical control. Advanced perceptual filtering and mono-summing compensation tricks help preserve the musical impact from input to output.
TDR Ultrasonic helps control the effects of ultrasonic build-up in wide bandwidth processing chains, i.e. whenever chains of nonlinear processors run at sample rates beyond 44.1/48kHz. A linear phase filter with a continuously variable slope, a mix control, and dynamic Ultrasonic Gate options allow to transparently block inaudible content and thereby achieve a lower total distortion in the audible spectrum, at the end of the chain.
TDR Arbiter is a remarkably flexible frequency-selective spectral balancer. What makes it special is the relative nature of the process: The effect is independent of the input signal level, making it an optimal choice for de-essing, plosive control, or overall manipulation of the frequency balance, all without affecting the original signal dynamics structure.


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