R2R团队| 2021年1月1日| 13.3兆字节

925是MIA Laboratories首选的主要混合压缩机。

它是根据物理建模原理设计的，该原理基于硬件电路设计中的经典“反馈”拓扑。

925侧链检测级基于模拟包络检测器电路。

主要的设计设计功能包括：

-可变的膝盖响应，允许施加更多的压缩力，尤其是。-高
对数声音，例如打击乐器，样本，人声等。-对数增益降低，​​因为耳朵的声级大致为对数。

在极端环境中使用具有长持续时间的声音时，可能会产生失真效果。当由于检测器的高速度而遵循实际波形而不是程序材料的包络线时，就会发生这种情况。

这对于这种设计是正常的，并且在某些情况下是期望的。

经过大量考虑后，由于该过程在很大程度上取决于程序，因此决定不排除设置范围。取而代之的是，赋予用户完全控制权，因为即使某些设置不适用于特定材料，但通常它们也适合于不同的情况。

在老式硬件和现代设备中通常是这种情况，并且导致925s的压缩特性范围非常广泛，尤其是在压缩性能方面。适用于主混音应用，也适用于母线混音或多个单独的通道。R2R小组注意：（v1.0.0）

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Team R2R | 01 January 2021 | 13.3 MB

The 925 is MIA Laboratories’ preferred main mix compressor.

It is designed using physical modelling principles, based around the classic ‘feed-back’ topology in hardware circuit-design.

The 925 side-chain detection stage is based on the analog envelope detector circuit.

Key design design features include:

– Variable knee response allowing more compression to be applied, esp. on high-transient sounds like percussion, samples, vocals etc.
– Logarithmic gain reduction, since the ear’s sense of sound level is roughly logarithmic.

When used in extreme settings on sounds with long sustain, it can produce a distortion effect. This happens when due to the high speed of the detector, it follows the actual waveform instead of the envelope of the program material.

This is normal for such a design and in some cases desirable.

After a lot of consideration it was decided not to exclude setting range, as the process is very much program dependent. Instead the user is given full control, since even if some settings will not be suitable for a specific material, often they are perfect for a different situation.

This is often the case in hardware vintage and modern equipment, and has resulted in the 925s’ very broad range of compression characteristics, esp. suited for main-mix applications but also buss-mix or multiple separate channels.