Condenser microphones work by using a diaphragm and a backplate to create an electrical signal from sound waves. They require power to operate and are known for their sensitivity and accuracy in capturing sound. Unlike dynamic microphones, condenser microphones are more sensitive and have a wider frequency response, making them ideal for capturing detailed audio in studio settings.
Condenser microphones with XLR connections offer higher sensitivity, better sound quality, and a wider frequency response compared to other types of microphones. They are also more suitable for capturing subtle details and nuances in recordings, making them a preferred choice for professional audio recording applications.
Condenser microphones are more sensitive and have a wider frequency response compared to dynamic or ribbon mics. They also tend to have a clearer and more detailed sound quality, making them ideal for capturing vocals and acoustic instruments with precision.
Phantom power is a method of sending electrical power through microphone cables to operate condenser microphones. It does not affect the performance of other audio equipment.
A phantom power supply is a method of providing power to certain types of microphones that require it to function. It works by sending a low-voltage electrical current through the microphone cable, allowing the microphone to operate without needing its own power source. This is commonly used in professional audio equipment to power condenser microphones and other devices that need additional power to operate effectively.
To achieve high-quality recordings when using two microphones to record vocals, it is important to position the microphones carefully to avoid phase cancellation. Use one microphone for the main vocal and the other for additional warmth or depth. Experiment with different microphone placements and levels to find the best sound. Additionally, ensure that both microphones are of good quality and that the recording environment is acoustically treated to minimize unwanted noise and reflections.
Some types of microphones, like dynamic microphones, contain magnets. The magnets are typically used in the mechanism that converts sound waves into electrical signals. Other microphones, such as condenser microphones, do not use magnets in their design.
Condenser microphones with XLR connections offer higher sensitivity, better sound quality, and a wider frequency response compared to other types of microphones. They are also more suitable for capturing subtle details and nuances in recordings, making them a preferred choice for professional audio recording applications.
Condenser microphones are more sensitive and have a wider frequency response compared to dynamic or ribbon mics. They also tend to have a clearer and more detailed sound quality, making them ideal for capturing vocals and acoustic instruments with precision.
1. Dynamic Microphones: Most used microphones. Common for live mics and for drums as well as other loud sources.2. Condenser Microphones: Popular for recording. They require an external power source that most mixers have built in (Phantom, 48v)3. Ribbon Microphones: Least used. For the studio. Very expensive and fragile. Produces a distinctive sound.
You need different types of microphones for different types of sound sources. For example, for a bass drum, you would need a microphone with the ability to catch low-frequency sound waves. For tom-toms or a snare drum, you need microphones that can pick up very loud (high SPL) sounds. For choirs, you need microphones with very large pick-up patterns. You need smaller microphones to be discreet. Vocal microphones onstage need to have excellent rear-rejection to help eliminate the risk of feedback from the mains or monitors.For live situations, omnidirectional microphones are not suitable because of the risk of feedback. Whereas with recording, different pick-up patterns can be more safely used.Most microphones (other than the Shure SM57 or similar mics) have a specific use that the mic is best suited for.
Phantom power is a method of sending electrical power through microphone cables to operate condenser microphones. It does not affect the performance of other audio equipment.
It has an internal blockage! Air conditioning gas cools as it expands (as it changes from liquid to a gas). It is meant to be a liquid in your condenser but if your condenser has a blockage (say some dirt or other contaminent) then the liquid loses pressure on the other side of the blockage and becomes a gas. This makes your condenser really cold and frosty on the outside!
Yes.You can get jawbone microphones,wireless headsets and many other types.
Phantom power is 48VDC power applied by a mixer or preamp or other piece of gear to power a condenser microphone or Direct Inject (DI) box attached to it. It can coexist with the microphone signal, and dynamic microphones generally will ignore it and not be hurt by it.
No. A stomp box usually uses a 9v battery or an AC adapter. Phantom power is only needed by condenser microphones or certain active DI boxes and maybe some other niche pro audio gear.
Some of the highest quality studio microphones are made by the Shure company. Other quality microphones are produced by Rode, AKG, and Nady.
Wireless microphones are available as bluetooth sets for phones and actual microphones used for speeches, singing, and various other performances. Sennheiser, Shure, and Audio-Technica are good brands that carry such quality wireless microphones.