WIN:x86/x64 VST/RTAS |随机存取存储器大小：11.2 MB |提取的随机存取存储器尺寸：12.1 MB
在我看来，最困难的任务之一是重建模拟设备的饱和特性。
复制特定设备的谐波含量不足以产生良好、令人信服、类似模拟的饱和度。许多其他因素对最终声音的影响要大得多。
Sonimus认为，关键是要分析——分析上千次——要建模的设备的行为（不同水平的谐波含量；传递函数和直流偏移，取决于振幅和频率；动态含量等）。最后，需要大量的倾听，这无疑是最重要的因素。
Britson除了是一个微妙的饱和器外，如果从输入中增加音量，它可能会非常激进。与真实单位一样，THD（总谐波失真）在正常水平下很低，但在正常水平上可以很容易地达到削波点，而不会损失动态特性。Britson的声音可以非常具有攻击性，而不需要专门用于此目的的特定开关。
我们坚信，我们已经实现了创造一种产品的目标，该产品不仅可以改善您的混音声音，还可以优化和加快您的工作流程，这要归功于通过Britson对您的曲目进行"适当"的音量调节。为此，Britson提供了一个精心建模的VU Meter，其行为类似于真实的VU Meter（众所周知，VU Metering在混合过程中比峰值Metering更有用，因为VU Meters的行为方式更类似于人类听觉）。
WIN: x86/x64 VST/RTAS | RAR SIZE: 11.2 MB | EXTRACTED RAR SIZE: 12.1 MB
One of the most difficult tasks, in my humble opinion, is to recreate the saturation characteristic of analog equipment.
Copying the harmonic content of a particular piece of equipment is not enough to generate a nice, convincing, analog-like saturation. Many other factors have a far more influential impact on the final sound.
We at Sonimus believe that the key is to analyze - analyzea thousand times - the behavior of the equipment to be modeled (for harmonic contentat different levels; transfer function and dc offset, depending on amplitude and frequency; dynamic content; etc.). Finally, much listening is required -- which is definitely the most important factor.
Britson, besides being a subtle saturator, can be very aggressive if volume is increased from the input. Just like with a real unit, THD (total harmonic distortion) is low at normal levels, but can easily reach the clipping point without loss of dynamics at normal levels.Britson's sound can be very aggressive without the need for a specific switch dedicated to that purpose.
We truly believe we have accomplished our goal of creating a product that will not only improve the sound of your mixes, but will also optimize and expedite your workflow, thanks to the "suitable" volume-leveling of your tracks possible throughBritson. For this purpose, Britsonfeatures a carefully modeled VU Meter which behaves like a real VU Meter (It is fairly well known that VU Metering is much more useful than Peak Metering for the mixing process, since VU Meters behave in a fashion more similar to human hearing).
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