Light compressor microphone how to#
Light compressor microphone pro#

It is represented by two numbers separated by a colon (5:1 for example). Ratio - This is representing how strong of a compressor you are applying to your mix. Too much and your audio is going to start sounding muffled or flat, so keep an ear out! I would start between -20db and -10db depending on how loud your signal is. Threshold - Similar to a Noise Gate, the threshold of a compressor is the level when the compressor is going to kick in.

Light compressor microphone how to#

Here are some explanations of how to set up your compression for your talent. By doing this it enables us to raise the overall level of the channel without risking clipping. Compression works by automatically turning down an input signal when it gets too loud.

Let’s get into it!Ĭompression is a very helpful tool that can be used to reduce the dynamics of an audio signal. This time around we are going to be continuing by looking into 3 of the other effects that this unit has to offer.

Light compressor microphone pro#

In Part one we covered the background of the RODECaster PRO and went into detail about the Hi-Pass filter, and the Noise Gate.

Often the sound quality is better than that of a dynamic microphone.Welcome back to the 2nd installment of Getting the most of your The sound produced from a condenser microphone can be described as being crisp, clear and detailed. They should be avoided when dealing with high sound pressures, such as that created from a kick drum. Cheaper models can produce a small amount of noise from the electronics.Ĭondenser microphones are more expensive than dynamic microphones but are more suitable for capturing the sounds of acoustic instruments and vocals due to their high sensitivity.They are more complex than dynamic microphones and tend to be more adversely affected by extremes of temperature and humidity.There is a limit to the maximum signal level the electronics can handle.Key disadvantages of a condenser microphone: Condenser microphones can be small in design.Easy to obtain a flat frequency response and extended frequency ranges.The diaphragm assembly is light compared to that of dynamic microphones, hence it is more efficient at moving and is capable of capturing a range of high frequencies.Key advantages of a condenser microphone: Phantom power is usually provided by the mixing console/audio interface. Most condenser microphones can operate with phantom power voltages ranging from 11 to 52 Volts. This latter method is known as phantom powering. The current usually provided either by a battery or is sent down the microphone cable itself. To obtain a signal, condenser microphones require an electrical current to charge the plates. Figure 2 - A diagram showing how a diaphragm and backplate create a capacitor It is the variation of the spacing, due to the motion of the diaphragm relative to the fixed backplate, which produces the electrical signal corresponding to the sound picked up. When a sound wave hits the diaphragm, the distance between the two plates changes which produces a change in an electrical characteristic called capacitance. Figure 1 - Typical Condenser Microphone in a shock mount holderĬondenser microphones use a pair of charged metal plates, one fixed (the backplate) and one movable (the diaphragm), forming a capacitor. Condenser microphones operate on an electrostatic principle, using charged metal plates to help generate sound.