TABLE OF CONTENTS 1 BACKGROUND INFORMATION. 2 INSTRUMENTATION. 2 RECORDING PROCESSES. 2 REFERNCE TRACKS. 2 SESSION PLAN 1. Drum Track Listings. 3 Microphone Positioning. 3-4 SESSION PLAN 2. Bass Track Listings. 5 Microphone Positioning. SESSION PLAN 3. Guitar Track Listings. (Rhythm) 5 Microphone Positioning. SESSION PLAN 4. Guitar Track Listings. (Lead & Overdub) 6 Microphone Positioning. SESSION PLAN 5. Vocal Track Listings. 7 Microphone Positioning. SESSION
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set of frequencies. In normal basic telephone service‚ a pair of wires is used for communication. But in case of mobile/wireless communications‚ airwaves are used instead of wires. These spectrum/airwaves are licensed by the Government. It is allocated in Mega Hertz (MHz) in telecom licenses. 4.2 MHz is given as start-up spectrum‚ which is topped up by 1.8 MHz to make it 6 MHz (4.2 + 1.8 MHz)‚ and so on. 2) Why spectrum is called a scarce national resource? Worldwide different frequencies are used
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Applied Acoustics 74 (2013) 1499–1510 Contents lists available at SciVerse ScienceDirect Applied Acoustics journal homepage: www.elsevier.com/locate/apacoust Transmission loss analysis of single-inlet/double-outlet (SIDO) and double-inlet/single-outlet (DISO) circular chamber mufflers by using Green’s function method Subhabrata Banerjee‚ Anthony M. Jacobi ⇑ Department of Mechanical Science and Engineering‚ University of Illinois at Urbana-Champaign‚ IL-61801‚ USA a r t i c l e
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receiver. An eavesdropper may have difficulty intercepting a transmission in real time if the pseudorandom sequence is not known. Spread-spectrum transmissions can share a frequency band with many types of conventional transmissions with minimal interference. The spread-spectrum signals add minimal noise to the narrow-frequency communications‚ and vice versa. As a result‚ bandwidth can be used more efficiently. DSSS Resistance to intended or unintended jamming Sharing of a single channel among
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KST Technology Co. Ltd. KST-RX806 Superheterodyne receive technical spec KST-RX806 is wireless data transmit and receive module with VHF/UHF super high frequency. adopting LSI circuit with hi-frequency and low-noise which import from famous company of Europe‚it has strong anti-static protection and high reliability. And it is your first choice among the distant transmit products as wireless remote control (rolling code)‚ eletric gate control system and the like. Characteristic as follows： 1.
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interaction between two or more vibrating elements. It depends on geometry‚ sound frequency‚ and the materials that are used to make it. There are 3 parts to how a guitar works: the strings‚ body‚ and the air inside. The pitch of the string vibrating depends in four things. If the strings are the vibration will be slower. The frequency can be changes by string tension by turning the pegs on the guitar. Also‚ the frequency depends on how long the string that is free to vibrate and finally the mode of
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3) Amplitude modulation 4) Amperes Electronics Quiz‚ Technology Quiz Question: What frequency range is the High Frequency band? 1) 100 kHz 2) 1 GHz 3) 30 to 300 MHz 4) 3 to 30 MHz Electronics Quiz‚ Technology Quiz Question: What does AM mean? 1) Angelo marconi 2) Anno median 3) Amplitude modulation 4) Amperes Electronics Quiz‚ Technology Quiz Question: What frequency range is the High Frequency band?
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Mere static pictures do not do justice to Lissajous Figures. When the horizontal and vertical sine wave frequencies differ by a fixed amount‚ this is equivalent to constantly rotating the phase between them. The figure produced by this rotating phase appears to be a rotating 3D figure. In addition‚ as in 3D wireframe images‚ the figure can appear to rotate in either direction‚ depending on how your brain interprets it. It can also spontaneously reverse the direction of rotation. (In a real
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displacement‚ amplitude‚ period‚ compression‚ rarefaction‚ crest‚ trough‚ transverse waves‚ longitudinal waves‚ frequency‚ wavelength & velocity. Describe the relationship between particle motion and the direction of energy propagation in transverse and longitudinal waves Quantify the relationship between velocity‚ frequency and wavelength v=fλ Where v = velocity‚ f = frequency & λ = wavelength (lambda) Features of a wave model can be used to account for the properties of sound
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ended tube which can be moved in and out of a container of water) constant frequency source (tuning fork or computer generated tone) rubber hammer meter stick rubber stopper Procedure: 1. Set Up the Experiment: Place the open ended tube into the water‚ and verify that it can produce a resonance tube length within the limits set by your instructor. Confirm that you can hear the sound produced by the constant frequency source. If using a tuning fork‚ place it as shown in the picture‚ with the
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