Microphones:
overview |
Audio transformers explains transformers in relation to wired microphones
and audio usage |
Connecting Professional Microphones to Computer Sound Cards |
Dual microphone
combining circuit pdf file |
Equal loudness contours and audiometry - Test your own hearing |
Frequency response
calculation of microphone cables |
Frequency response of microphones |
Fundamentals of acoustics physical aspects of sound, physiological characteristic of the human hearing, production of artificial sound field,
sound transmission quality requirements, electroacoustic transducers, microphones, loudspeakers, headphones |
How to read
Microphone specifications what are Microphone specifications, decibel (dB)
scale, Proximity effect, sensitivity, Multiple frequency response curves,
Omnidirectional Microphone |
Measuring microphones
an introduction to the design features and operating principles of measuring
microphones |
Measuring microphones pdf file |
Microphone Design and Operation Dynamic microphones, Condenser Microphones,
Educypedia |
Microphone handbook Technology Fundamentals and Microphone Types, pdf file |
Microphone
history |
Microphone
The microphone works by producing a small induced voltage in a coil from the
effect of sound waves hitting a diaphragm. It is very similar to a loudspeaker
in reverse with a diaphragm instead of a paper cone |
Microphone handbook pdf file |
Microphone
transformer microphone matching transformer |
Microphone patterns
Types of Microphones, cardioid mic, shotgun mic, lavalier mic |
Microphones
how a microphone works, Frequency response of microphones, microphone pressure
sensitivity, Microphone Sensitivity, frequency response of a microphone, Moving
Coil Microphone, Condenser Microphones, Electret Microphones, capacitor
microphone, Ribbon Microphones, Crystal |
Microphones
how a microphone works, Specifications, Pick Up Patterns, Typical Placement, The
Microphone Mystique |
Microphones
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 |
Microphones
The Carbon Granule Microphone, sensitivity of the microphone, Piezoelectric
Microphone, condenser, or capacitor, microphone, principle of the dynamic
microphone, Ribbon Microphone, Hot-Wire Microphone, fundamental microphone
specifications |
Microphones
microphones are a type of transducer - a device which converts energy from one
form to another. Microphones convert acoustical energy (sound waves) into
electrical energy (the audio signal). |
Microphones
dynamic microphones, condenser microphones, phantom power for condenser mics, A
microphone, sometimes called a mic (pronounced "mike"), is a transducer that
converts sound into an electrical signal, ... |
Microphones
a microphone is an example of a transducer, a device that changes information
from one form to another, dynamic microphone, condenser microphone,
sensitivity, linearity, distortion, flat frequency response, noise, microphone
levels |
Microphones
audio and acoustic principles, wired microphones, mixers & audio
processors, wireless audio products |
Microphones doc file |
Microphones
microphones are transducers which detect sound signals and produce an electrical image of the sound, i.e., they produce a voltage or a current which is
proportional to the sound signal |
Microphones pdf file |
Microphones
Dynamic microphones, Capacitor (condensor) micophones, Microphone transducer
types, Polar patterns and their polar equations, Directional sensitivity, pdf file |
Microphones
transducers for music, doc file |
Microphones
microphone tutorial, how a microphone works |
Microphones and mic preamps |
Microphones and Their Role in Radio Production Microphones and Their Role in
Radio Production, ppt file |
Microphone
sensitivity conversion International standards have established 1 Pascal
(Pa) as 94 dBSPL. This reference point is now accepted for specifying the
sensitivity of microphones |
Microphone sensitivity ratings
the term "dB SPL " is a measurement of Sound Pressure Level (SPL), part of
Microphones: educational material |
Microphone specifications and measurement techniques
Microphone specifications and measurement techniques, discuss microphone types
and parameters (such as sensitivity, frequency response and directional
response) with aim of helping you choose and use microphones appropriately for
given applications. Moving coil microphone, Ribbon microphone, Condenser
microphone, Electret microphone, Crystal microphone, Microphone types and
parameters |
Microphone
techniques for music: sound reinforcement pdf file |
Microphone
transducers transducers are devices which convert energy from one form
to another |
Microphones, speakers and
headphones |
National
instruments: microphones |
Powering electret microphone |
Theory and
construction of microphone splitters pdf file |
T-powering for condenser
microphones technically known as Modulation Lead Powering is a
non-compatible method of remote powering a condenser microphone |
Wireless Microphones
What is a wireless microphone, and how does it work? Components of wireless
systems, Frequency spectrums for wireless systems, Receiver & transmitter types,
Diversity types, Inside receivers, Universal rules for good receiver design, RF
filtering, The superhet, Squelch circuits, Antenna systems, Multiple systems,
Inside transmitters, Wireless mic applications |
Horizontaal |
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Last updated on:
2011-01-02
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