Microphones are the Primary tool in the signal Leak when doing Live recording. Microphones are a transducer, meaning that they convert one kind of energy into another kind of energy. The key things that influence a microphones sound quality is that the microphones pick updesign, layout, placement and acoustic atmosphere. It isn’t as simple as just pointing the microphone at a sound source and receiving fantastic audio. Always be ready to experiment because its not about how your recording seems on its own however it sounds in the entire mix.

A very cost effective and fundamental microphone is the dynamic microphone. This means when sound pressure hits the microphone that the diaphragm goes a sound coil up and down. Considering that the noise coil is located between a magnet that motion causes the electric signal. Dynamic microphones do not require phantom power when combined with a mixer or preamp.

Another kind of microphone is the ribbon microphone. The Ribbon microphone works about the same concept as a dynamic microphone. The main differences are the ribbon mics have an extremely fragile design and can be costly because of there”better” sound. The ribbon mic doesn’t require phantom power because it has an extremely thin diaphragm that requires power to enhance the recording sign to a more optimum level for the recording gear.

The most common and popular microphone used in recording is The condenser microphone. The condenser mic functions on the concept of electrostatic induction. In a condenser mic you’ll find two plates, one that is fixed and doesn’t move and one which is charged with phantom power. When an audio signal consists of the charged plate goes nearer to the plate creating an electrical signal. Condenser mics possess a warm tube sound and in my own opinion actually harmonic distortion.

Every microphone has in its specifications per frequency response. Frequency response is a step of a mics attributes. Frequency response is represented by a chart showing how a microphone responds to specific frequencies at a certain db (quantity ). Frequency response differs for each and every microphone because every microphone has a distinct tonal quality. Knowing how to comprehend frequency response provides you the capability to do precise experiments with microphones and instruments.

As Soon as You know the different types and designs of mics and Understand frequency response you’re likely to be in greater control of your recordings. Remember That There’s no rule book when it comes to microphone Choice and recording so always be ready to experiment on asmr microphones.