Loudspeakers
related topic: Buzzers,
Loudspeaker Design Software |
ATC SCM20SL
The SCM20SL is a relatively compact stand mounting model, employing two drive
units in a sealed enclosure which uses a deep-and-narrow form factor to help
make the model less visually imposing while appearing solid and purposeful. Your
first impression of these speakers will be the weight - 23Kg each. While the
enclosure is substantial, using 18mm MDF damped with self-adhesive bitumen pads,
the bass driver is responsible for a large proportion of this mass |
Bass
reflex loudspeakers bass
reflex loudspeakers, Ported Bass-Reflex Enclosure, Effect of Bass Reflex
Enclosure |
Build a Speaker how to Build a Speaker, Speakers are devices that use a
varying electric current to control the magnet field of an electromagnetic coil
to create sound |
Calculer et réaliser un filtre passif en Français |
Car audio
subwoofer primer subwoofer calculator included, enclosure |
Constant
voltage speaker measurement circuit the measurement of speaker impedance is
done through the constant current method |
Comment fonctionne un haut-parleur? en Français |
Design
of high quality passive crossover networks |
Dynamic
loudspeaker principle and loudspeaker basics Dynamic loudspeaker principle
and loudspeaker basics |
Elektro-akoestiek in Dutch,
pdf file |
Haut-parleur électrodynamique en Français |
Haut-parleur électrodynamique en Français,
pdf file |
Haut-parleur électrodynamique en Français,
doc file |
Haut parleurs en Français |
Headphones
a quick
guide, types of headphones, transducer technologies, earpiece construction,
evaluating headphones, sound quality, durability, headphone specifications,
frequency response, diffuse-field equalization, distortion, sensitivity,
impedance,
Virtual audio for
headphones |
Headphone
accessories
Headphones and headphone systems |
How a speaker works
most loud speakers consist of a circular permanent magnet surrounding a freely
moving coil. The coil is attached to a cone shaped diaphragm that is moved
back and forth to produce accoustical waves (sound) |
How a speaker works |
How Speakers Work
Speakers consist of one or more driver units in a box. The driver is constructed
of a metal frame to which is attached a cone, made of paper or plastic and
occasionally metal. At the rear end of the cone is attached a coil of wire (the
"voice coil") wound around an extension of the cone, called a "former". The two
ends of the voice coil are connected to the crossover network, and the crossover
network is connected to the speaker binding posts on the rear of the speaker
enclosure |
Interactive speaker designer software |
ISO
connectoren |
JBL
professional technical library What Every Architect Should Know About Sound
- A tutorial on acoustics and sound system design from an architectural
perspective. Sections include acoustics concepts, sound system design principles
and choosing a design team |
Linkwitz
transform circuit Linkwitz
transform circuit |
Loudspeaker construction Loudspeaker construction, construction of a
Loudspeaker, reviews what a loudspeaker enclosure is supposed to do, discusses
enclosure sound absorption, presents results of experiments on damping panel
vibrations, summarizes experiments on panel bracing, discusses enclosure floor
coupling |
Loudspeaker
database database containing data on a large number of loudspeaker elements,
useful to any audio pro or DIY enthusiast working with loudspeakers |
Loudspeaker Frequency Response |
Loudspeaker
history To determine the frequency response of a loudspeaker, Loudspeaker
history |
Loudspeakers
moving coil loudspeakers, ribbon loudspeakers, electrostatic loudspeakers,
enclosures, dipole radiator, infinite baffle, finite baffle, folded baffle,
sealed cabinet, ported cabinet, horns, beaming, crossovers, woofer, tweeter,
crossover distortion, electrical impedance |
Loudspeaker connections in a car |
Loudspeaker
design issues echo, reverb and time delay effects, loudspeaker spatial
loads, loudspeaker diffraction loss, Linkwitz-Riley crossovers, loudspeaker
protection, point, line, and plane sound sources, Zobel, stethoscopic
loudspeaker evaluation, multi-way crossover design |
Loudspeaker Specifications This article aims to discuss loudspeaker
construction, principle workings, sensitivity, frequency response, power rating
and directivity |
Luidspreker behuizingen luidspreker constructies, eigenresonantie, vlakke
baffle, gevouwen baffle, akoestische box, basreflexkast, orgelpijp, hoorn
luidspreker, in Dutch |
Luidsprekers in Dutch |
Magneto-dynamic drivers equivalent circuit for a raw dynamic driver,
Positive voltage on plus (RED) terminal gives forward diaphragm motion. |
Measurements of horn
loudspeaker frequency characteristics Configuration of Measurement System |
Measuring
loudspeaker parameters Measuring Speaker T-S Parameters |
Measuring
loudspeaker parameters Measuring loudspeaker parameters |
Measuring
loudspeaker parameters |
Measuring the directivity of a loudspeaker with and without a baffle |
Mode de branchement d'enceintes acoustiques sur un ampli de puissance audio
en Français |
Passive Crossovers
Design of Passive Crossovers, Zobel network, Notch filter |
Piezoelectric Sound Components
and Oscillating System Structure of Piezoelectric Diaphragm, Applying D.C.
voltage between electrodes of a piezoelectric diaphragm causes mechanical
distortion due to the piezoelectric effect, ..., the self drive method, Using
External Drive Method, pdf file |
Plasma speakers
this device work with high Voltage and high
power RF in the area of 27 MHz |
Repair your own woofers
woofers |
Rôle et composition d'un filtre passif et actif en Français |
Series notch filters A series notch filter can be used to control the impedance peak present at the resonant frequency (Fs) of a speaker |
Series notch filter
the function of the series notch filter is to dampen the effects the driver
resonance has on filter networks |
Series notch filter
A Notch filter is a filter that passes all frequencies except those in a stop
band centered on a center frequency |
Single driver
website dedicated to the single full-range driver loudspeaker. These
loudspeakers provide point-source dispersion for accurate stereo reproduction |
Speaker project
A do-it-yourself speaker project by Magnus Hjelstuen |
Speaker FAQs and ABC's
Speakers are highly complicated electromechanical devices. The primary purpose
of a speaker is to convert the electrical energy from an amplifier to sound
(acoustic) energy. Speakers currently represent the weakest technological link
in an audio system |
Speaker Wiring
Topologies illustrates some common speaker wiring topologies |
Speaker Primer
Speaker Sound Coloration, Speaker Driver Design, Speaker Enclosures, Speaker
Sensitivity, Ribbon and Electrostatic Speakers, Crossover Networks, Accuracy,
Soundstage, and Ambience, Impedance, Damping Factor, Subwoofers |
Transmission Line
Loudspeaker An Eighth-Wave Transmission Line Loudspeaker, pdf file |
Transmission Line Woofer Transmission Line Woofer, What is a Transmission
Line (T/L) enclosure? Transmission Line Subwoofer Project |
Transmission Line Woofer: Classic
Transmission Line Enclosure Alignment Tables pdf file |
Why do
tweeters blow? tweeters |
P speakers, bass reflex studio loudspeakers speaker alignment theory,
analysis software, boxplotprogram |
Horizontaal |
Electrostatic loudspeakers
related topic: Buzzers,
Loudspeaker Design Software |
Electrostatic
loudspeaker Electrostatic speakers operate by interacting with charges of
static electricity to create the movement necessary to produce sound waves.
Electric charges can be either positive or negative, an object with no
electrical charge is said to be neutral, how to make electrostatic loudspeakers, ESL |
Electrostatic
loudspeaker project electrostatic loudspeakers use high voltages to operate,
high voltage DC bias supply, tube amp output transformers |
Electrostatic loudspeakers
electrostatic loudspeakers, how to make electrostatic loudspeakers, ESL |
Electrostatic loudspeakers
How to make Electrostatic Loudspeakers (ESLs), Principles of ESL operation,
Materials Required, Diaphragm Stretcher, ESL Driver Construction, Support Frame
Construction, Bias Power Supply Construction |
Electrostatic loudspeakers: Build an Electrostatic
Loudspeaker How to Make Electrostatic Loudspeakers, How to build
Electrostatic Loudspeakers, ESL |
Electrostatic loudspeakers
electrostatic loudspeakers, The basic design of an electrostatic loudspeaker
consists of a very thin plastic membrane suspended between two electrodes, ..., pdf file |
Electrostatic loudspeakers
electrostatic loudspeakers, Electrostatic loudspeakers use a thin flat diaphragm
usually consisting of a plastic sheet impregnated with a conductive material |
ESL Speakers ESL Speakers |
ESL Speakers White Paper |
Horizontaal |
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Last updated on:
2011-01-02
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