Reviver会产生谐波失真，这种声音通常与复古齿轮有关。它不模拟模拟设备，而是让用户完全控制泛音的产生和音量。尽管可控性很高，但Reviver的用户界面直观，只需点击几下鼠标即可提供所需的结果。
二阶谐波
二阶谐波泛音在管放大器为音频添加的声音着色中起着重要作用。管子发出的声音通常被认为是"温暖"和"平稳"的。使用Reviver，可以以非常精确的方式为您的声音添加二阶谐波。
三阶谐波
三阶谐波泛音会更积极地改变声音，其效果通常被称为"冲击"、"肥胖"或"细节"。这些泛音也是由磁带和过驱动固态放大器产生的。使用Reviver，您可以精确控制三阶谐波的产生，为您的声音带来额外的提升。
抗混叠滤波器
数字失真插件的一个普遍问题是，它们不仅会产生所需的谐波泛音，还会产生混叠伪影，即与原始信号不协调的泛音。混叠是一个完全数字的问题，在模拟信号处理中不会出现。Reviver在可听频率上完全没有混叠。单击此处了解有关别名的更多信息。
串行模式
在串行模式下，Reviver首先将二阶谐波添加到信号中，然后再添加三阶谐波。结果是谐波含量不同，饱和度更强。
Reviver creates harmonic distortion, a sound which is often connected to vintage gear. It does not emulate analog equipment, but instead gives the user full control of overtone generation and volume. Despite this high level of controllability, Reviver's user interface is intuitive and provides the desired result after just a few mouse clicks.
Second-Order Harmonics
Second order harmonic overtones play an important role in the sonic coloration that tube amplifiers add to audio. The sound produced by tubes is often perceived as "warm" and "smooth". Using Reviver it is possible to add second order harmonics to your sound in a very precise way.
Third-Order Harmonics
Third order harmonic overtones change a sound more aggressively, with the effect often referred to as "punch", "fatness", or "detail". These overtones are also created by tape and overdriven solid state amplifiers. With Reviver you have exact control over third-order harmonic generation to give your sound that extra lift.
Anti-Alias Filter
A general problem of digital distortion plug-ins is that instead of only generating the desired harmonic overtones, they also create aliasing artifacts, i.e. overtones which are in disharmony with the original signal. Aliasing is an exclusively digital problem that does not appear in analog signal processing. Reviver is completely free of aliasing in audible frequencies. Click here to find out more about aliasing.
Serial Mode
In serial mode Reviver first adds second order harmonics to the signal before adding third order harmonics. The result is a different harmonic content and stronger saturation. |
