Archive for the ‘Audio Equipment’ Category


A Powered Mixer is an advanced audio mixer, which provides a complete replacement for volume control. It lets you change the sound volume smoothly by simply rotating the mouse wheel or using keyboard hot keys. A powered mixer consists of an audio mixer with advanced volume controls, on-screen display, a scheduler, command line support, and the ability to store and recall unlimited presets.

An audio mixer is an electronic device which alters, routes, and transforms audio signals in a particular way. It is also known as a soundboard and helps in altering the beat, pitch or timbre of sound waves to create new notes and various types of music. Audio mixers allow sound waves from two different microphones to be blended together and be transmitted through one set of speakers.

An audio mixer usually has these components in them

  • Input Jacks: These are required to plug in microphones and pre-amps. Jacks serve as the entry point for sound in the mixer.
  • Basic Input Controls: Manual controls surround every input slot and are used to regulate the treble, pitch, bass of the input signals. These controls have to be regulated properly to avoid unnecessary noise from getting amplified.
  • Channel Equalizers: These help in regulating the pitch of the music when is being played. It helps in correcting the minor problems in beats and helps in increasing the volume of the low pitch sounds to make them more audible.
  • Routing Section: This routes the audio signals to the output devices like the recording device or speakers. The routing section is used to play the different parts of the music track from the different speakers. In a two speaker set-up sound is distributed between the left and right speakers. In a multi-speaker setup sound routed through a combination of all the speakers.
  • Input and subgroup faders: These micro controls are used to adjust every channel of the audio. This makes minor adjustments possible. Adjustments are controlled through volume control sliders.

While a recording setup is incomplete without an audio mixer, a powered audio mixer is only a dream come true for a recording technician. Mixers can make the music of experienced professionals sound extraordinary and cover up flaws for budding artists. Hence it is very important to choose the correct powered mixer even if it is expensive as it may prove to be more cost-effective in the long term.

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Article Source: http://EzineArticles.com/?expert=Kilian_Allen

Further Audio & Related Resources

Who else wants to learn to record voice information products at home?

Now you can easily do it with the packages & video tutorials that no one else has!

To learn more, and start your own recording system, and save a fortune in the process, see the link above.

In addition, to ensure you are always laser targeted, I always recommend the Success Strategies System as well.

For self performance reading improvement, I highly recommend the Self Help Database as well.

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Jan 27

Timbre (or Sound Quality)

The goal of this article is to help develop knowledge of basic acoustic principles. This in turn will help you to understand, and eventually master, the basic techniques of sound engineering and recording. Each section has a theme that is first defined in technical terms and then commented on in practical terms in respect to audio equipment.

Definition of timbre
Timbre (pronounced /tam-ber’/) is a sound’s identity. This identity depends on the physical characteristics of the sound’s medium (the matter or substance that supports the sound). Let’s take an A at 440 Hertz produced at 60 decibels: we can immediately tell if the sound was emitted from a violin, saxophone, or piano. Yet, even though the instrument is different, it’s the same note and the same amplitude. The difference is in the sound production: string, air column, etc.. Plus, the sound isn’t generated by the same “tool”: a bow for violin strings, a reed and an air column for the sax, and felt covered hammers that strike the piano strings. It’s the different physical characteristics of the medium and the « tool » that determine the characteristic sound waves in each case. Later we will also see how a sound chamber adds another dimension to this definition.

Waveform

The most basic waveform is a sine wave (sinusoid). It could be considered the atom of sound. Pure sinusoidal sounds are rare ( tuning forks, drinking glasses being rubbed) and were considered to have strange powers over human behavior at one time. Most sounds that surround us are of a more complex nature.
This means that inside a sound, that we perceive as being unique, there is a superposition of many sine waves that have, in a way, fused together to become one sound. It’s the nature of this superposition itself that determines the resulting waveform and that is responsible for its timbre. This is called a spectrum.

Spectral Representation

There are many ways of graphically representing sound. For instructional purposes we have chosen to use a spectrogram for its clarity and simplicity.

Horizontally: time in seconds. vertically: frequency in Hertz. A sine wave (sinusoid) at 100 Hertz is represented by a horizontal line at a height corresponding to 100. A harmonic sound at 100 Hertz is represented by superimposed lines corresponding to sine waves of 100, 200, 300: n x 100 Hertz. The length of the lines represent the length of the sound.

Noise

Let’s imagine a case where all sine wave frequencies that are perceptible to the human ear (from 20 Hertz to 20 kHertz) and having the same amplitude, are “mixed” into one sound signal. We get what is called “white noise”, or in other words “hiss”. If the white noise is very short we would perceive it to be a kind of short percussive sound. Consonants belong to this category, in the same way that a sound medium that receives the attack of the “tool” which “kick-starts” it, produces as noise. This noise corresponds to the time it takes for the sound wave to stabilize and take its final form. The “rubbing” of a bow on a string is similar to a hissing sound, while a hammer hitting a piano string is similar to a percussive sound. These notions will be dealt with in greater depth when we get to envelopes and transients. In the case where a series of noise frequencies is contained between certain limits we will refer to them as noise bands.

If a zone is particularly swollen in energy, then we can speak about colored noise around that zone. Pink noise is white noise with a power density that decreases by 3 dB per octave.

Harmonic Sound

Having already highlighted the superimposed or complex aspect of sound, we are now going to focus on a specific category of frequencies in a sound spectrum: harmonics. A harmonic sound is a sound which contains sine waves that obey the mathematical law called the Fourier series. This law translates as follows: A complex periodic signal is made up of a certain number of component frequencies that are integers of the fundamental frequency.

An example of a harmonic sound: a sound at 100 Hertz in which the component waves are 100; 200; 300 ; 400 ; 500 ; 600 Hertz. The perceived pitch is the lowest frequency: 100 Hertz. The following component waves (2 x 100, 3 x 100, 4 x 100, etc.) are calculated on integers and are called harmonics. The lowest frequency, on which they are based, is called the fundamental. The number , or “rank”, of a harmonic is the integer by which the fundamental is multiplied. For example the 3rd harmonic would be the one at 300 Hz.

The pitch of a harmonic sound is easily perceptible to the ear, and these sounds usually have an “in tune” quality about them. That’s why melodic musical instruments are designed with the goal of producing harmonic spectrums.
Noises, like those we referred to earlier, are aperiodic signals. They are characteristic of percussion instruments for example.

The distribution of energy in the spectrum

Regions of relatively great intensity in a sound spectrum are called formants. In the case of a band of consecutive frequencies it is referred to as a formant zone between x and y Hertz. This distribution of energy plays an important role in the perception of timbre, as do the number of components in the spectrum, their distribution, and its regularity or non regularity.

EQing on a console

It’s the EQ section of a console that will allow us to tweak or correct timbre. Depending on the model, the EQ section is more or less sophisticated and offers different possibilities of adjustment. We won’t be dealing with simple high/low EQ knobs or switches that you can find on hi-fi amplifiers or entry level mixers which are only meant to adapt a sound to a specific listening area. We’re more concerned with the EQ controls that are found on small modern digital models or part of most major recording software. We must keep in mind that EQ is mainly used for one reason…to correct, and not in the hope of improving the recorded signal: you can never turn a mediocre recorded sound (due to bad placement of the mic or even the quality of the mic itself) into a great sound by just using EQ. Equalizers split the audible frequency range( 20 Hertz to 20 kHertz…) into many sub-ranges. Thus one generally talks about highs, medium highs, low mids, and lows. The first thing to do, then, before tweaking any knobs, is to determine in which frequency range the problem lies, then after that, the nature of the problem. Is it due to too much coloring that wasn’t detected during the recording process, a parasite due to the environment, or a masked effect due to the presence of other instruments…

What does it look like?

Equalizers are…harmonic and partial filters. Their specificity lies in the fact that they not only can get rid of component frequencies, but that they can also amplify chosen frequency zones. Of course, if there isn’t anything in the signal in that range, only hiss will be added! Good EQ sections generally have 4 bands. Each offers at least 2 controls: frequency adjustment and gain. These are called semi-parametric. There’s often a third setting called the bandwidth or “Q” which has the purpose of enlarging or tightening the frequency range (bandwidth) of the filter. When this 3rd control is present, the Equalizer is then called a parametric equalizer. Frequency adjustment will be tweakable between the upper and lower limits of the sub-range of the filter (with software these limits no longer exist!).

How to Modify Timbre

You must always keep in mind that all EQing on an instrument will be destructive with respect to the recorded sound, just as the latter is also, in many cases, an imperfect copy, of the original. So one must be careful! Before touching anything, think about what you want to accomplish with EQing: I want a “warmer” sound, I want to cut the bass, I want my instrument to stand out in the mix, I want to get rid of that annoying resonance that came from the studio…

Sarit Bruno manages content and editorial line for Audiofanzine

AudioFanzine offers benchmark testing/reviews of products, software or instruments and articles of a tutorial nature, all of which are systematically illustrated by exclusive videos or audio extracts. Addressing a universal audience, both amateurs and professionals alike, http://en.audiofanzine.com addresses musicians as well as sound engineers, home-studio recording enthusiasts, and audio and lighting engineers.

Article Source: http://EzineArticles.com/?expert=Sarit_Bruno

Further Audio & Related Resources

Who else wants to learn to record voice information products at home?

Now you can easily do it with the packages & video tutorials that no one else has!

To learn more, and start your own recording system, and save a fortune in the process, see the link above.

In addition, to ensure you are always laser targeted, I always recommend the Success Strategies System as well.

For self performance reading improvement, I highly recommend the Self Help Database as well.

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So you have probably searched around trying to find good practical information on portable voice recorders. This short guide will give you basic run down of the major brand handheld voice recorders on the market. This information is meant to help you make an informed decision when it comes to purchasing a digital voice recorder. The following is a brief description of some of the major brand voice recorders and the types of models they make:

Olympus Voice Recorders are among the most well known in the industry. Models range from basic consumer voice recorders to high end recorders designed for professional dictation and transcription. There are three series or lines of voice recorders that Olympus makes the DS, WS, and VN series.

  • DS-SeriesThe DS-40, DS-50, and DS-61 are generally used to record memos, meetings, interviews, and light dictation/transcription, these units record in WMA format and can playback WMA/MP3. The DS-2400 recorder is geared toward professional dictation and transcription, we would not recommend the DS-2400 unless you will be using the recorder for professional transcription and dictation. The DS-2400 records in DSS and DS2 (digital speech standard) audio format which is exclusive to Olympus & Philips. The audio files recorded the DS-2400 units can only be played back and edited with DSS software that comes with the recorder.
  • WS-Series – These are designed with the everyday consumer in mind. They among the most portable voice recorders (close to the size of a 1st generation Ipod nano) available and can double as a music player with equalizer. They record audio files in WMA (Windows Media Audio) format which can be played back on windows media player. They have several microphone sensitivity settings and quality recording modes. If you are looking for a recorder for everyday recording (meetings, lectures, interviews, memos) and doubles as a music player we would highly recommend the WS-Series. We place these in the same class as the Philips Voice Tracer Series below.
  • VN-Series – These recorders will record your voice and other sounds without all the other bells and whistles. Some of these models have PC connectivity and some don’t. They record in WMA format so these files can be easily played back using windows media player.

Philips voice recorders include a professional line and consumer line of handheld voice recorders. The Philips Voice Tracer line is designed with the consumer in mind and can handle most recording tasks. The Philips Pocket-Memo series is designed with the professional in mind and is geared toward professional dictation and transcription.

  • Voice Tracer – Incredibly well designed and reasonably priced. These units record in MP3 format which is one of the most popular forms of audio. There are five models in this series with prices ranging from $58.95 to $148.95. All of these units have PC connectivity and are designed with the everyday consumer in mind and are perfect for recording meetings, memos, lectures or interviews. We would place them in a similar class as the Olympus WS-Series Voice Recorders.

  • Pocket-Memo – This series is very comparable to the DS-Series of Olympus Voice Recorders. They also record in the DSS format and are designed for Professional Dictation and Transcription. We would not recommend the Pocket-Memo unless you need them for professional medical or legal transcription. The DSS file format is the industry standard for Philips and Olympus professional dictation. The DSS files can only be played back and edited with the DSS software that comes with the units.

Denpa voice recorders are a lesser known brand of digital voice recorder but should not be overlooked. You get a lot of bang for the buck with these portable digital voice recorders without having to pay extra for the brand name. They can double as a portable music player just like the Olympus WS-Series. They record in MP3 format just like the Philips Voice Tracers do. In addition to recording in MP3 format these voice recorders pack a few more features than the Philips voice tracers and other models we have listed. These extra features include:

  • Five equalizer (NORMAL,ROCK,JAZZ,CLASS, PIANO)
  • Direct USB connection (no cord required)
  • Phone call recording
  • FM Radio Playback and Recording
  • AC Adaptor
  • Clip on Microphone

Sony voice recorders include the ICD-BM, MX, and SX voice recorders. The BM and MX models feature expandable memory card slots so that you can expand the recording times! Also, these portable voice recorders are all compatible with Dragon naturally speaking; in fact many of the models include a copy of the dragon software. When a recording is clearly dictated into the recorder all you have to do is hook it up to your PC and press play, and it will type out your recordings (when you have dragon naturally speaking installed). These recorders can be used for general use and professional use. One of the main drawbacks of these recorders is the audio format they record in; they record in .MSV which is a recording format exclusive to Sony voice recorders. In order to get your recording out of the .MSV format and play them on another device you will need to convert them to .WAV format and then to MP3 or WMA.

Dan Robison is the founder of RecorderGear; a website that specializes in selling digital voice recorders, dictation devices, transcription equipment and phone call recorders. Visit our website at http://www.recordergear.com to view and purchase products. For more information, product advice, and product reviews from the experts visit our blog at http://www.recordergear.wordpress.com

Article Source: http://EzineArticles.com/?expert=Dan_Robison

Further Audio & Related Resources

Who else wants to learn to record voice information products at home?

Now you can easily do it with the packages & video tutorials that no one else has!

To learn more, and start your own recording system, and save a fortune in the process, see the link above.

In addition, to ensure you are always laser targeted, I always recommend the Success Strategies System as well.

For self performance reading improvement, I highly recommend the Self Help Database as well.

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Jan 24

A spectrum analyzer can be a powerful tool that can be used to well-tune several audio signals. There are a number of uses for a spectrum equalizer. One important function of the spectrum equalizer can be used to try and check the response of a tape recorder. This equipment can even help identify the minute rumble frequencies in an air conditioner. This data can be used to filter out noise in recording studios or improve sound quality while recording. The market for such gadgets is becoming popular as ever.

There is a high price to pay for owning a commercial spectrum analyzer. Such an ownership presents a major problem and its high price may not be that affordable for some people. LED or (Light Emitting Diode) versions of spectrum equalizers may have cost many hundreds of dollars today, but it seems to be the most widely used unit.

A high quality spectrum equalizer model can also run into thousands. Such spectrum equalizers paved the way for producing high quality audio. And the valuable component is here to stay to provide consumers with great quality sound as well as more accurate signal calibration.

Although a real-time spectrum analyzer is more convenient and easy to use because of its simultaneous display of all frequency bands, an older manually swept model is no less professional and effective and its use follows well-established practice. In fact, a continuous sweep can detect narrow peaks and dips, which would be ignored by a real-time unit.

For all of the filter components on a spectrum equalizer, it is important to use the one with the closest tolerance available. Choosing One-percent metal film resistors, which are not only the best in the market, but also because of their accuracy and for their reduced sensitivity to temperature. In the absence of the metal film, polycarbonate or Mylar capacitors and other components are the best choice for the actual filter stages. Supplied bypass disk capacitors are not only sufficient for use but are also preferred, since they possess the least series inductance.

There are also several Tubular Types, though generally considered the more temperature stable component. They are constructed of long strips of foil which when rolled up for compactness become inductive thus reducing their effectiveness at high frequencies. Besides being able to easily vary and change the audio quality and tune to its regarded frequency, a state-variable filter can also provide.

Low Jeremy maintains http://spectrum.articlesforreprint.com

This content is provided by Low Jeremy. It may be used only in its entirety with all links included.

Article Source: http://EzineArticles.com/?expert=Low_Jeremy

Further Audio & Related Resources

Who else wants to learn to record voice information products at home?

Now you can easily do it with the packages & video tutorials that no one else has!

To learn more, and start your own recording system, and save a fortune in the process, see the link above.

In addition, to ensure you are always laser targeted, I always recommend the Success Strategies System as well.

For self performance reading improvement, I highly recommend the Self Help Database as well.

Share and Enjoy:
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So, are microphones essential when recording? The simple answer is ‘yes’ but that would make for a very short article! To ensure that you capture a clearly audible recording, particularly for events such as interviews or conferences, it’s essential to use a microphone. If you need your recording to be transcribed, the only way to ensure a clearly audible recording is to use equipment that’s fit for purpose. Why waste time, effort and money arranging an event, only to blow it at the recording stage? Microphones cost peanuts in comparison with what you’ll spend organising an event, so why ruin the recording for the sake of a few extra pounds?

So which microphone should you use? It may be tempting to think that the recorder’s internal microphone will be up to the task of recording any situation, particularly in the new digital recorders, which give a superior quality of recording. But if you use an internal microphone for anything other than dictation, you’ll run the risk of producing a poor recording. This will lead to a transcript with queries and increased transcription costs – the cost of which could have paid for a decent external microphone.

Built-in microphones in most portable recorders are of poor quality with limited control over volume levels. They’re designed to be used for one voice, typically in a dictation situation where the recorder is held close to the mouth. They’ll pick up sound from the nearest source, which can be the recorder itself. If, for example, you use a Dictaphone with an internal microphone to record an interview and put the recorder down on the table several feet from your interviewee, you may not pick up their voice clearly, especially if they speak softly. It’s worth remembering that for every foot of distance the microphone is from the source of the sound, the recorded volume level decreases by half and the background noise doubles. If you have to use an internal microphone for an interview, ensure that the recorder is placed as close as possible to the interviewee and that the recording is done in a quiet environment. However, if you try to use an internal microphone to record focus groups or meetings, you’re asking the microphone to function in an environment for which it was never designed – it simply won’t work.

Using a good quality external microphone will greatly enhance the clarity of the recording, leading to a subsequent reduction in transcription time and costs. Let’s look at some of the recording situations for which microphones can be used and the different types of microphone available.

Interviews: there are a variety of what can be termed individual microphones which are suitable for interview situations. Lapel (also known as lavalier microphones) or tie clip microphones can be fastened to the interviewee’s clothing, but can also pick up any rustling noises from it. If you have a stereo recorder with two microphone sockets, you can use two microphones to capture both the interviewer’s and interviewee’s comments. Or use a microphone splitter to enable two microphones to be plugged into one microphone socket. Another option is to use a noise cancelling microphone which will cut down on a certain amount of ambient background noise. Omni-directional microphones can be used in interview situations but they do need a quiet environment. A directional microphone will pick up sound from the direction in which it’s pointed which is, hopefully, at the interviewee! Handheld directional microphones are ideal for street interview recording situations, such as vox pops, where you can hold the mic right up to your interviewee’s mouth.

For indoor interviews, it may be tempting for the interviewer to sit close to the recorder to check it’s working, but if the interviewee is too far from any table top microphone, then the clarity of the recording will suffer. All too often, transcribers receive recordings where the interviewer’s is the clearest voice and the interviewee’s virtually inaudible. Since the answers are almost always more important than the questions, the microphone needs to be as close as possible to the interviewee,or at least centrally placed between the two.

Focus groups, conferences or meetings: as these events are likely to involve many participants, you need to ensure that there is a sufficient number of microphones around the room to pick up ALL the participants clearly. We recommend using omni-directional microphones or a conference mixer system which links several microphones to one central unit. The only disadvantage with omni-directional microphones is that they pick up every sound – so be careful to minimise background noise and brief your participants thoroughly. Another option is to use a noise cancelling microphone which cuts down on a certain amount of background noise.

For any type of group recording, don’t try and cope with one microphone in the middle of a large table and push it towards each person as they speak. You’ll only record the scraping noise as you do so! We recommend using a minimum of one microphone for every two people placed evenly between the speakers. For multiple microphones, you’ll need a mixer to connect all the microphones to the recorder.

Another option would be to choose table top boundary microphones that use the table to resonate sound. These produce a good quality sound but also pick up every sound made ON the table, such as tapping pens, clattering of cups, people banging the table to make a point, etc. This is when briefing the participants beforehand coupled with effective and firm moderation during the recording comes into its own. Ask participants not to speak all at once, not to interrupt each other and to minimise extraneous noise; otherwise, their valuable contributions to your meeting or focus group will be lost.

For conferences, we recommend that all speakers and members of any panels have individual microphones, either a lectern microphone or an individual lapel or tie-clip mic. While the speaker is giving their presentation, make sure all the other panel members’ microphones are turned off so you don’t capture all those off the cuff comments!If you’re in the audience of a lecture or conference and need to record the presentation, balancing a Dictaphone on your knee will not pick up the voices from the platform. All that will be recorded is the noise nearest the recorder. You may be able to hear a speaker clearly from the middle of an audience, but your recorder will pick up other noises – you scribbling down notes, your neighbour coughing, or the person three rows back having a sneezing fit. None of that will produce a recording that’s possible to transcribe. It may be best to contact the organisers for a transcript afterwards, but if time doesn’t allow for that option, the only way you’ll have a chance of recording anything is to put a microphone on or near the podium. Even then, there will be issues over feedback from the sound system and distance from the speakers, even with digital equipment. Be prepared for a less than clear recording and therefore an incomplete transcript.

It may be useful to run through a few general tips which are common to the use of all microphones in most recording situations. Microphones are not as selective as the human ear. We can filter out extraneous background ‘babble’ such as traffic, other voices or equipment noise. A microphone will hear the lot, from all directions and give equal ‘weight’ to every sound on the recording. Whichever microphone you use, don’t place it near the recorder itself while recording. Particularly when using analogue recorders, the microphone will pick up noise from the machine itself. This is less of an issue with digital equipment, but you should still ensure that the microphone and recorder are placed as far apart as the lead will allow.

Try and minimise background noise, which includes not having crockery near the microphones. It’s tempting to have refreshments to relax your interviewee or focus group participants but if you have this on the table where the recorder also sits, the clattering of the crockery will be the loudest sound on the recording, and you’ll deafen the transcriber! Similarly, ask people not to shuffle papers near the microphone. This may seem an insignificant noise to our ears but as it may be the sound nearest to the recorder, that’s what the microphone will hear and it will drown out whatever is being said. Try and avoid writing near the microphone. We’ve often heard recordings where the scribbling of a pen is the loudest sound heard throughout the recording.

Before you purchase any microphone, check that it’s compatible with your recorder and, indeed, that your recorder has a microphone socket (advice on the features to look for in a recorder are covered in another article). It’s worth remembering that buying a cheap microphone for your expensive recorder is like putting a Reliant Robin’s engine in a Jag! Good quality microphones are not that expensive. Most of the microphones mentioned above can be obtained from suppliers such as Ndeva, Voice Power, SpeakIt and DictateIT. You can also buy them from electronic retailers like Maplins and Cybermarket.

A final thought – you can invest in very expensive recording equipment but still scupper your chances of making a good recording by not using a microphone. Simply using a good quality recorder on its own is not enough. A microphone will make the biggest difference to whether your recording is clearly audible and swiftly transcribed, or barely audible and impossible to decipher.

IB Transcription Services (http://www.ibtranscriptionservices.co.uk) offers a professional and cost effective transcription service for both digital and analogue media. Feel free to browse our website where you will find information on our services, together with recording tips and helpful advice about making the most of your transcription. IB Transcription Services and IB Editorial Services (http://www.ibeditorialservices.co.uk) are part of IB Secretarial Services.

Article Source: http://EzineArticles.com/?expert=Irene_Boston

Further Audio & Related Resources

Who else wants to learn to record voice information products at home?

Now you can easily do it with the packages & video tutorials that no one else has!

To learn more, and start your own recording system, and save a fortune in the process, see the link above.

In addition, to ensure you are always laser targeted, I always recommend the Success Strategies System as well.

For self performance reading improvement, I highly recommend the Self Help Database as well.

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