Britone Speaker Blog

A tweeter is a speaker that produces the upper range of sounds heard in music. Because higher sound frequencies have smaller sound waves, their size is smaller than other speakers they work with. A tweeter speaker is a type of electromechanical loudspeaker that produces sound and music in the upper (higher frequency) musical range. Compensates for woofers and other speakers that do not produce treble, such as those used in two-way bookshelf speaker pair designs. Tweeters are small because they produce smaller sound waves and have smaller cones. Generally speaking, it is best used when facing the listener. It depends on the limitations of your particular speaker, but most are limited to a specific range, such as a maximum of 3 kHz to 20 kHz. The typical human hearing range is approximately 20 Hz to 20 kHz. Kilohertz is a term used to describe the sound frequency produced or audio signal waveform cycles per second. Basic Tweeter Parts Image of a disassembled car tweeter. A magnet assemb

A woofer is commonly known as a loudspeaker driver designed to produce low-frequency sound. It can produce sounds ranging from about 40 hertz to about 1 kilohertz or more. The name comes from the barking of dogs, woof in contrast with the tweeter. The name was given to speakers designed to reproduce high-frequency sound. The most common design for woofers is the electrodynamic driver. These use a cone powered by a voice coil surrounded by a magnetic field. The combination of a voice coil and magnet forms a linear electric motor. And when current flows through the voice coil, the coil moves with respect to the frame, pushing or pulling the driver cone in the same way that the coil does a piston. The voice coil is attached to the back of the speaker cone using adhesive. The resulting movement of the cone creates sound waves as it moves in and out. Designing and manufacturing woofers is a difficult task. While designing a woofer , keep in mind the following: By controlling the movement o

Speaker impedance is a measure of the degree of opposition to the flow of current in an electrical circuit. Speaker impedance is usually measured in ohms and is essential for amplifiers, AV receivers, or interconnected speakers, as mismatched impedances will cause distortion. It's probably easiest to understand speaker impedance if we compared it to water pressure. For example, if you have two garden hoses connected to opposite ends of your house, and one has a higher pressure rating than the other, connecting is like trying to get more water through the lower-pressure hose than before. Being originally there complicates things and reduces the water pressure as a whole. To avoid speaker impedance, speaker manufacturers have designed speaker wires of various materials and sizes to more easily match the speaker output of the receiver. Some of these speaker wires are made of copper or silver coils wound around an aluminized steel core. Others wrap two strands of thinner wire togethe

Modern wireless speakers come in all shapes and sizes. Finding the right model for your application can often be difficult. There has been a flood of different names and words to describe the performance of loudspeakers. Also, each manufacturer publishes many specifications such as "sound pressure level", "dynamic range", etc. In this article, we'll take a closer look at one of the most basic of these terms: speaker output. This term is also referred to as "speaker wattage". Some of the terms speaker manufacturers often announce are misleading and do not necessarily represent the actual performance of the speaker. Next, we'll explain the speaker's "wattage" specifications. This tactic is one of the most basic and important specifications to understand. "Wattage" shows how loud a speaker can sound. Depending on the application, you can use a smaller speaker that can withstand only a few watts or a larger speaker that can wit

The job of a PA system (Public Address System) is to convert weak audio signals, such as those produced by vocals, into electrical signals, increase the amplitude of these signals, and then convert them back into much louder volume sound energy. A PA system consists of several components that are the work of the speaker to increase the amplitude of the audio signal and convert this signal back from electrical energy to sound energy. If the amplifiers and speakers used in a particular PA system are not properly matched in terms of amplifier power output and speaker power ratings, speaker damage may result in costly repairs or even require speaker replacement. This article explains the basic theory behind speaker and amplifier ratings, why speaker damage occurs, and how to match amplifiers or speakers to produce the best possible sound quality and minimize the chance of speaker damage. How Amps and Speakers Work Together An audio signal amplifier accepts a small electrical signal and us

There is a long-standing perception in the audiophile community that subwoofers are for home theater use only and that their music playback benefits are questionable or even negative. While it is true that sub-subwoofers are not designed to optimally handle the speed, detail, and nuance of any particular piece of music, this is not a rule for subwoofers in general. A good subwoofer enhances the listening experience in a way that no other audio component can. Here is a list of six reasons why a properly designed subwoofer in India like the Britone is essential for music reproduction. 1. Reveals a sound and feel that the speaker cannot reproduce - Most speakers start dropping at around 50Hz, completely stripping the depth and clarity of the bass tone. A good subwoofer will reach below 20Hz to the limit of human hearing. This means you can feel the lowest notes of anything like the pipe organ, kick drum, bass guitar, or the occasional cannon volley of the 1812 Overture without missing