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The Frequency Element: Using the Equalizer
Chapter 7 The Frequency Element: Using The Equalizer Even though an engineer has every intention of making his recording sound as big and as clear as possible during tracking and overdubs, it often happens that the frequency range of some (or even all) of the tracks are somewhat limited when it comes time to mix. This can be due to the tracks being recorded in a different studio where different monitors or signal path was used, the sound of the instruments themselves, or the taste of the artist or producer. When it comes to the mix, it’s up to the mixing engineer to extend the frequency range of those tracks if it’s appropriate. In the quest to make things sound bigger, fatter, brighter, and clearer, the equalizer is the chief tool used by most mixers, but perhaps more than any other audio tool, it’s how it’s used that separates the average engineer from the master. “I tend to like things to sound sort of natural, but I don’t care what it takes to make it sound like that. Some people get a very preconceived set of notions that you can’t do this or you can’t do that, but as Bruce Swedien said to me, he doesn’t care if you have to turn the knob around backwards; if it sounds good, it is good. Assuming that you have a reference point that you can trust, of course.” —Allen Sides “I find that the more that I mix, the less I actually EQ, but I’m not afraid to bring up a Pultec and whack it up to +10 if something needs it.” —Joe Chiccarelli The Goals Of Equalization While we may not think about it when we’re doing it, there are three primary goals when equalizing: To make an instrument sound clearer and more defined. -
TA-1VP Vocal Processor
D01141720C TA-1VP Vocal Processor OWNER'S MANUAL IMPORTANT SAFETY PRECAUTIONS ªª For European Customers CE Marking Information a) Applicable electromagnetic environment: E4 b) Peak inrush current: 5 A CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT REMOVE COVER (OR BACK). NO USER- Disposal of electrical and electronic equipment SERVICEABLE PARTS INSIDE. REFER SERVICING TO (a) All electrical and electronic equipment should be QUALIFIED SERVICE PERSONNEL. disposed of separately from the municipal waste stream via collection facilities designated by the government or local authorities. The lightning flash with arrowhead symbol, within equilateral triangle, is intended to (b) By disposing of electrical and electronic equipment alert the user to the presence of uninsulated correctly, you will help save valuable resources and “dangerous voltage” within the product’s prevent any potential negative effects on human enclosure that may be of sufficient health and the environment. magnitude to constitute a risk of electric (c) Improper disposal of waste electrical and electronic shock to persons. equipment can have serious effects on the The exclamation point within an equilateral environment and human health because of the triangle is intended to alert the user to presence of hazardous substances in the equipment. the presence of important operating and (d) The Waste Electrical and Electronic Equipment (WEEE) maintenance (servicing) instructions in the literature accompanying the appliance. symbol, which shows a wheeled bin that has been crossed out, indicates that electrical and electronic equipment must be collected and disposed of WARNING: TO PREVENT FIRE OR SHOCK separately from household waste. HAZARD, DO NOT EXPOSE THIS APPLIANCE TO RAIN OR MOISTURE. -
Driverack 260 Owner's Manual-English
DriveRack® Complete Equalization & Loudspeaker Management System 260 Featuring Custom Tunings User Manual ® Table of Contents DriveRack TABLE OF CONTENTS Introduction 4.9 Compressor/Limiter .........................................................33 0.1 Defining the DriveRack 260 System .................................1 4.10 Alignment Delay ............................................................36 0.2 Service Contact Info ..........................................................2 4.11 Input Routing (IN) .........................................................36 0.3 Warranty .............................................................................3 4.12 Output ............................................................................37 Section 1 – Getting Started Section 5 – Utilities/Meters 1.1 Rear Panel Connections ....................................................4 5.1 LCD Contrast/Auto EQ Plot ............................................38 1.2 Front Panel .........................................................................5 5.2 PUP Program/Mute ..........................................................38 1.3 Quick Start .........................................................................6 5.3 ZC Setup ..........................................................................39 5.4 Security .............................................................................41 Section 2 – Editing Functions 5.5 Program List/Program Change ........................................43 5.6 Meters ...............................................................................44 -
Block Diagram of PA System
PHY_366 (A) - TECHNICAL ELECTRONICS- II UNIT 2 – PUBLIC ADDRESS SYSTEM Dr. Uday Jagtap Dept of Physics, Dhanaji Nana Mahavidyalaya, Faizpur. Contents: . Block diagram of P.A. system and its explanation, requirements of P A system, typical P.A. Installation planning (Auditorium having large capacity, college sports), Volume control, Tone control and Mixer system, . Concept of Hi-Fi system, Monophony, Stereophony, Quadra phony, Dolby-A and Dolby-B system, . CD- Player: Block diagram of CD player and function of each block. 29/01/2019, USJ Block diagram of P.A. system: 29/01/2019 Basic Requirements of PA System: . Acoustic feed back: The sound from the loudspeakers should not reach microphone. It may result in loud howling sound. Distribution of Sound Intensity: Instead of installing one or two powerful loudspeakers near the stage alone, audio power should be divided between several loudspeakers to spread it right up to the farthest point. This covers every specified area. Reverberation (Echo): Install several small power loudspeakers at various points to get rid of problem of overlapping of sound waves in the auditorium, rather than using single power high power unit. 29/01/2019, USJ Basic Requirements of PA System: . Orientation of speakers: The loudspeakers be oriented as to direct the sound towards the audience and not towards walls. The loudspeakers should preferably be placed a meter off the floor, so that their axes are about the height of the ears of the listeners. Selection of Microphone: Microphone for PA system should be preferably cardiod type, it will prevent reflection of sound from loudspeakers. For dramas use directive microphone. -
Using the BHM Binaural Head Microphone
Application Note – 11/17 BHM Using the BHM binaural head microphone Introduction 1 Recording with a binaural head microphone 2 Equalization of a BHM recording 2 Individual equalization curves 5 Using the equalization curves 5 Post-processing in ArtemiS SUITE 6 Playback of a BHM recording 7 Application example: BHM recording in a vehicle 7 Introduction HEAD acoustics offers a range of binaural audio sensors for recording sound events in different environments in a way that allows aurally accurate playback. This means that the recordings are made in a way that ensures that they – when played back with the correct playback equalization – give a listener the same impression as if he were present in the original sound field. These binaural sensors include, for example, the artificial head HMS (HEAD Measurement System) and the Binaural Head Microphone (BHM). The BHM allows binaural recordings to be made in places where an artificial head measurement system cannot be used. This is the case, for example, with recordings to be made on the driver’s seat in a moving vehicle. Here it is impossible to use an artificial head measurement system. Instead, a binaural head microphone can be worn by the driver, which measures the sound directly at the entrance of the driver’s ear canals (see figure1). Figure 1: Using the BHM │1│ HEAD acoustics Application Note BHM Recording with a binaural head microphone A frequent application for a binaural head microphone is recording in a vehicle. In order to obtain reproducible results, the following must be observed when making recordings with the BHM: Particularly in a complex acoustic environment as is a vehicle cabin, the positioning of the microphones has a significant influence on the recording. -
Introduction to Music Technology
PUBLIC SCHOOLS OF EDISON TOWNSHIP DIVISION OF CURRICULUM AND INSTRUCTION INTRODUCTION TO MUSIC TECHNOLOGY Length of Course: Semester (Full Year) Elective / Required: Elective Schools: High Schools Student Eligibility: Grade 9-12 Credit Value: 5 credits Date Approved: September 24, 2012 Introduction to Music Technology TABLE OF CONTENTS Statement of Purpose ----------------------------------------------------------------------------------- 3 Introduction ------------------------------------------------------------------------------------------------- 4 Course Objectives ---------------------------------------------------------------------------------------- 6 Unit 1: Introduction to Music Technology Course and Lab ------------------------------------9 Unit 2: Legal and Ethical Issues In Digital Music -----------------------------------------------11 Unit 3: Basic Projects: Mash-ups and Podcasts ------------------------------------------------13 Unit 4: The Science of Sound & Sound Transmission ----------------------------------------14 Unit 5: Sound Reproduction – From Edison to MP3 ------------------------------------------16 Unit 6: Electronic Composition – Tools For The Musician -----------------------------------18 Unit 7: Pro Tools ---------------------------------------------------------------------------------------20 Unit 8: Matching Sight to Sound: Video & Film -------------------------------------------------22 APPENDICES A Performance Assessments B Course Texts and Supplemental Materials C Technology/Website References D Arts -
Aural Exciter Proven to Enhance Speech Intelligibility
In this issue: Winter 2001 VOLUME 3, NUMBER 1 Sir Elton John Chooses the 1788 A message from Marvin Caesar Aural On Tour with Aural Exciter Proven to Excitement Pearl Jam for the Enhance Speech Intelligibility Many Uses Seussical: The For years we’ve been extolling the benefits of the of the Aural Musical and tried and true Aural Exciter, and now the proof is Exciter in the pudding. Or, in a technical paper presented Aphex at the AES show in Los In the beginning there was the Angeles this past word- Aphex. That word was the September. Josef acronym for Aural Perception 1100 Wins SSAIR Chalupper, a leading Heterodyne Exciter. That name Award German audiologist, has became the product known as the spent years studying the Aphex Aural Exciter. It was so rev- effect of words when olutionary that it was not even Message from processed through the sold, but rather rented for $30 per Aural Exciter, and has recorded minute. It has been twen- the President come away with some amazing conclusions. ty five years since its introduction Chalupper reports the following: and during that time it has been used professionally to enhance the Wayne’s World • An increase in intelligibility of 11% for single words in noise audio for millions of recordings; • An increase in intelligibility of 18% for radio, Internet and TV broadcasts; and live performances. It has also Aural Exciter in sentences in noise • An increase in intelligibility of 12% in been licensed by other manufactur- ers for use in applications as the Spotlight reverberant fields diverse as musical instruments, Chalupper concluded that increases in intelligi- telephone message-on-hold sys- bility were the result of both the linear and the tems, audio mixers and amplifiers, Aphex on the nonlinear distortions introduced by the Aural and assistive listening systems. -
Improved Directivity of Flat Panel Loudspeakers by Minimizing the Off-Axis Radiation Below Coincidence
applied sciences Article Improved Directivity of Flat Panel Loudspeakers by Minimizing the Off-Axis Radiation below Coincidence Benjamin Zenker *, Robert Schurmann, Sebastian Merchel and Ercan Mehmet Altinsoy Chair of Acoustic und Haptic Engineering, Technical University of Dresden, Helmholtzstrasse 18, 01069 Dresden, Germany; [email protected] (R.S.); [email protected] (S.M.); [email protected] (E.M.A.) * Correspondence: [email protected]; Tel.: +49-351-463-37511 Abstract: Flat panel loudspeakers are a promising alternative to conventional loudspeakers. In particular, quasi-omnidirectional radiation at higher frequencies is stressed as an advantage of these systems compared to conventional speaker systems. However, this advantage can also be considered a disadvantage. Compared to that from conventional speakers with a flat and smooth on-axis and off-axis response, this wide radiation from flat panel loudspeakers occurs with an inconstant directivity factor, which can cause coloration and unusual spatial artifacts. This paper investigated the root causes of inhomogeneous directivity by using numerical methods. Based on these analyses, specific prototypes with various damping layups were built to overcome this problem. The additional damping layer reduces the off-axis radiation without significantly reducing the pressure level in the listening window. This approach is simple, robust, inexpensive and effective for improving the directivity of flat panel loudspeakers. Citation: Zenker, B.; Schurmann, R.; Merchel, S.; Altinsoy, E.M. Improved Keywords: flat panel loudspeaker; directivity; directivity response; standing waves; traveling waves; Directivity of Flat Panel damping; numerical simulation Loudspeakers by Minimizing the Off-Axis Radiation below Coincidence. Appl. Sci. 2021, 11, 7001. -
MPX 1 Presets
MPX 1 Presets The MPX 1 DataBase function can sort the 200 presets into numerical or alphabetical order, show you only those programs that are tagged for specific audio sources (guitars, vocals, etc.), or only those which use specific effects (pitch, chorus, etc.).To select the sorting criteria you want, press Program, then press Options. (The Options LED will blink.) Use either the knob or the < and > buttons to select the sorting option you want. Press Options again to return to Program mode and to re-sort the DataBase. When you return to Program mode, the knob will scroll through the first of the available sub-categories (guitar, vocals, pitch, chorus, etc.) The < and > buttons will jump to the next sorting category. In Program mode, press Value to access Soft Row parameters for each program. Use the < and > buttons to select parameters, and the knob to modify values. Press Value again to exit the Soft Row. If the front panel Tempo LED lights, the program you have loaded can be synchronized to tempo. To set the tempo, press the front panel Tap button twice in time with the beat. (Tempo can also be dialed in as a parameter value, or it can be determined by MIDI Clock.) Be sure to try these effects synchronized with MIDI sequence and drum patterns. If the front panel A or B LED lights, the program you have loaded has parameters patched to the A/B Gide controller. Press the front panel A/B button to glide between the A and B versions of the program. -
Live Sound Equalization and Attenuation with a Headset
This is an electronic reprint of the original article. This reprint may differ from the original in pagination and typographic detail. Author(s): J. Rämö, V. Välimäki, and M. Tikander Title: Live Sound Equalization and Attenuation with a Headset Year: 2013 Version: Final published version Please cite the original version: J. Rämö, V. Välimäki, and M. Tikander. Live Sound Equalization and Attenuation with a Headset. In Proc. AES 51st Int. Conf., 8 pages, Helsinki, Finland, August 2013. Note: © 2013 Audio Engineering Society (AES) Reprinted with permission. Reproduction of this paper, or any portion thereof, is not permitted without direct permission from the Journal of the Audio Engineering Society (www.aes.org). This publication is included in the electronic version of the article dissertation: Rämö, Jussi. Equalization Techniques for Headphone Listening. Aalto University publication series DOCTORAL DISSERTATIONS, 147/2014. All material supplied via Aaltodoc is protected by copyright and other intellectual property rights, and duplication or sale of all or part of any of the repository collections is not permitted, except that material may be duplicated by you for your research use or educational purposes in electronic or print form. You must obtain permission for any other use. Electronic or print copies may not be offered, whether for sale or otherwise to anyone who is not an authorised user. Powered by TCPDF (www.tcpdf.org) Live Sound Equalization and Attenuation with a Headset Jussi Ram¨ o¨1, Vesa Valim¨ aki¨ 1, and Miikka Tikander2 1Aalto University, Department of Signal Processing and Acoustics, P.O. Box 13000, FI-00076 AALTO, Espoo, Finland 2Nokia Corporation, Keilalahdentie 2-4, P.O. -
Aphex Systems Ltd
230 MASTER voice cHANNEL Optimized processing for human voice over any medium. COMPLETE VOICE PROCESSING SYSTEM Featuring Aphex Exclusive Processing Technology • Low Noise RPA TM Tube Mic Preamplifier • Easyrider TM Compressor • Split Band De-Esser • Logic Assisted Gate TM Noise Gate • Big Bottom® Bass Enhancer • Full Parametric Equalizer Band • Aural Exciter® Intelligibility Enhancer • SPR TM Phase Rotator • High Resolution 24/96 A/D Converter • +4 Balanced and -10 Unbalanced Outputs S Y S T E M S THE SOLUTION DELIVERY SERIES 230 Solution Delivery Series Master voice channel Instruction Manual P/N 999-4200 Revision 1 Released 05/30/2004 Manufactured by Aphex Systems Ltd. 11068 Randall St. Sun Valley, CA 91352 USA SYSTEMS Copyright 2004 Aphex Systems Ltd. All rights reserved. Produced by: Donn Werrbach. Creation tool: Adobe InDesign 2.0. Printed by: Stuart F. Cooper Co., Los Angeles. 230 instruction Manual master voice channel 230 A MESSAGE FROM THE PRESIDENT Dear Aphex Customer, Congratulations on your purchase of the Model 230 Master Voice Channel. Discriminating people have successfully and happily used a combination of Aphex microphone preamplifiers and processing for years even though it required using different boxes and additional interconnections. The Model 230 combines the proprietary circuits and features that made those individual products so effective and great sounding along with powerful new proprietary circuits. All these circuits make the Model 230 the best sounding and most flexible, yet easy to use, voice processor on the market. On air or in the production room voices will be more intelligible, have greater presence and fullness, and have more consistent levels- all while retaining their unique characteristics. -
Product Data: Power Amplifier
PRODUCT DATA Power Amplifier — Type 2718 USES • Drives Vibration Exciter Type 4809 • Drives Mini-Shaker Type 4810 safely to full rating • General purpose power amplifier specifically designed for small vibration exciters, supplying for example 75 W into a 3 Ω loudspeaker for reverberation measurements FEATURES • 75 VA power output capability • Continuously variable current limit from 1 A to 5 A • Front panel indicator lights (LEDs) showing clipped (RMS) output signal, temperature overload, current • 40 dB voltage gain overload, phase (0° or 180°), ready mode and power • Built-in attenuator and continuously variable gain on control • Display (LCD) showing output current and output • Low distortion over wide frequency range voltage • Built-in protection against short-circuit and excessive heat sink temperature Introduction the following states: distortion, temperature overload, cur- Power Amplifier Type 2718 has been designed to drive rent overload, stand-by status and power on. Monitoring small vibration exciters, particularly Brüel & Kjær Vibra- the output current and voltage can also take place using tion Exciter Type 4809. It can also be used to drive the two BNC connectors on the rear of Type 2718. Mini-Shaker Type 4810 to full rating. For this application, the maximum output current should be limited to 1.8 A. Fig. 1 Simplified block diagram of Power Amplifier Type 2718 The power amplifier has a flat frequency response from Cont. Variable 10 Hz to 20 kHz (±0.5 dB ). The power output capability Current Limit is 75 VA into a 3 W exciter or resistive load and the 1A to 5A (RMS) maximum voltage gain is 40 dB.