Sources of info! Where have I got this info from?

The information and pictures on this blog have been taken from sites such as wikipedia, about.com, build-a-recording-studio.com and google images! Some of the information is also from books and videos on YouTube.

What is a Sound Engineer?

So..... I'v called this blog "Sound Engineering" and forgot to explain what a sound (or audio) engineer actually does.....


An sound/audio engineer, also called audio technician, audio technologist or sound technician, is a specialist in a skilled trade that deals with the use of machinery and equipment for the recording, mixing and reproduction of sounds. The field draws on many artistic and vocational areas, including electronics, acoustics, psychoacoustics, and music. An audio technician is proficient with different types of recording media, such as analog tape, digital multitrack recorders and workstations, and computer knowledge. With the advent of the digital age, it is becoming more and more important for the audio technician to be versed in the understanding of software and hardware integration from synchronization to analog to digital transfers.


Audio engineering concerns the creative and practical aspects of sounds and music, in contrast with the formal engineering discipline known as acoustical engineering. Producer, engineer, mixer Phil Ek has described audio engineering as the "technical aspect of recording—the placing of microphones, the turning of pre-amp knobs, the setting of levels. The physical recording of any project is done by an engineer... the nuts and bolts."  Many recording engineers also invented new technology, equipment and techniques, to enhance the process and art.

Dynamic microphones and condenser microphones..... Information about both!

Condenser Microphones

Condenser microphones are the most common types of microphones you'll find in studios. They have a much greater frequency response and transient response - which is the ability to reproduce the "speed" of an instrument or voice. They also generally have a louder output, but are much more sensitive to loud sounds.

Condenser microphones are generally much more expensive than dynamic microphones, but keep in mind, many cheap condensers exist. The problem is that most of these mics are coming from a couple factories in China, and all sound the same -- very brittle and with little low end.

They require the use of a power supply, generally 48 volt "phantom power", and that's supplied very easily by most mixing boards or external power supplies (look for a switch that says "P 48" or "48V" on the channel strip or on the back of the mixer.)

Condenser microphones are generally used only in studios because of their sensitivity to loud sounds and the fact that they're quite a bit more fragile than their dynamic counterparts. That being said, you'll find them onstage at live music venues for use as drum overheads or for use in orchestral or choral sound reinforcement.

With condenser microphones, you'll find two different types: small diaphragm, and large diaphragm.

Large Diaphragm Microphones - Large diaphragm microphones (LDMs) are generally the choice for studio vocals, and any instrument recording where a more "deep" sound is desired. A large diaphragm microphone generally warms up the sound of what it's recording, which also leads to the myth that most LDMs reproduce low frequencies better than small diaphragm mics; this isn't true, in fact, small diaphragm mics are much better at reproducing everything evenly, including bass. You'll want a pop screen if using a condenser microphone for vocals; they're so sensitive to transient noises that the "P" and "SH" sounds you make will cause distortion.

Small Diaphragm Microphones - Small diaphragm microphones (SDMs) are generally the best choice where you want a solid, wide frequency response and the best transient response, which as we mentioned before, is the ability for your microphone to reproduce fast sounds, such as stringed instruments. SDMs are also the preferred choice for concert taping.

Dynamic Microphones

Compared to condenser microphones, dynamic microphones are much more rugged. They're also especially resistant to moisture and other forms of abuse, which makes them the perfect choice onstage. Dynamic microphones like the Shure SM57 and Shure SM58 are legendary for not only their good sound quality, but the amount of abuse they can withstand. Any good rock club probably has at least 5 of each of these microphones in various states of aesthetic ruin; however, they still turn on and more than likely sound just as they did the day they came out of the package.

Dynamic microphones don't require their own power supply like condenser microphones. Their sound quality is generally not as accurate, however. Most dynamic microphones have a limited frequency response, which makes them well-suited, along with their ability to withstand high sound pressure levels, for loud guitar amps, live vocals, and drums.

Microphones

If you don't know what a microphone is and you have a very technical brain then read this........


A microphone is an example of a transducer, a device that changes information from one form to another. Sound information exists as patterns of air pressure; the microphone changes this information into patterns of electric current. The recording engineer is interested in the accuracy of this transformation, a concept he thinks of as fidelity.

A variety of mechanical techniques can be used in building microphones. The two most commonly encountered in recording studios are the magneto-dynamic and the variable condenser designs.