B&C 6MDN44 6.5-Inch Midbass Speakers with Neo Magnet-User Guide

B&C 6MDN44 6.5-Inch Midbass Speakers with Neo Magnet

Specifications

• PRODUCT TYPE: SPEAKERS
• SPEAKER MAXIMUM OUTPUT POWER: 400 Watts
• IMPEDANCE: 8 Ohm
• SPEAKER TYPE: Coaxial
• MODEL NAME: 6MDN44
• PRODUCT DIMENSIONS: 6 x 6 x 4 inches
• ITEM WEIGHT: 2.85 pounds
• DISPLAY SIZE: 4 inches
• COLOR: Black
• NOMINAL DIAMETER: 6-1/2″
• POWER HANDLING (RMS): 150 Watts
• POWER HANDLING (MAX): 300 Watts
• IMPEDANCE: 16 ohms
• FREQUENCY RESPONSE: 150 to 6,000 Hz
• VOICE COIL DIAMETER: 1.7″

Introduction

For professional midrange applications that demand high output and low distortion, B&C’s 6MDN44-16 6.5″ speaker was created. A short, low-mass aluminum voice coil works in conjunction with the 6MDN44-strong 16’s neodymium magnet to reduce driver weight while retaining exceptional efficiency. In the motor circuit, a demodulation ring made of aluminum lowers distortion.

PRODUCT OVERVIEW

TESTING RESULTS

THIELE & SMALL PARAMETERS

MOUNTING AND SHIPPING INFO

HOW TO MAKE MID-RANGE SPEAKERS SOUND BETTER

• Dampen the door’s outside sheet metal: Invest on some good speakers.
• The inner sheet metal of the doors should be sealed.
• Dampen the inner door sheet metal.
• Use closed cell foam to cover the inner soundproof sheet metal.
• Each speaker’s baffle
• Remove the speaker from your car.

HOW TO INCREASE THE BASS ON SPEAKERS

Click “Sound Control Panel” under Related Settings in the newly opened window. Select your speakers or headphones under the Playback tab, then click “Properties.” Select the “Enhancements” tab in the newly opened window. The feature that should come first on the list is the bass increase.

HOW TO GET DEEP BASS

Use a low-pass filter to remove the higher frequencies from the bass notes before shaping the sound with the amplitude and filter envelopes for deep bass. We eliminate the higher frequencies using the low-pass filter cutoff. The filter resonance was then experimented with to create additional depth and color.

HOW TO MAKE A TIGHT BASS SOUND

It is possible to successfully produce a tighter bass sound by compressing the lowest band (20 Hz-200 Hz) more than the other bands. Try it out on the full mix or just the bass track, but be careful not to over-compress otherwise your track will lose all of its intensity.

HOW TO STOP A BOOMY BASS

Socks and towels jammed into the bass port “choke” the speakers, depriving them of life. The boom will probably go away if you use a lean sounding source, amplifier, or both.

FAQs

• A midbass speaker is what?
  The frequency band that is most negatively impacted by improper door speaker installation is mid-bass. Numerous speakers receive “free” or “basic” installations, which leads to thousands of speakers being installed but never having the chance to reach their full potential.

• Which speaker magnet is preferable?
  Because of its high magnetization and demagnetization as well as its tiny size, neodymium magnets are frequently utilized as permanent magnets in speakers. additional sound will be produced by the electromagnet’s increased cone deformation. A cone that is connected to an electromagnet and a permanent magnet make up speakers.

• Neodymium or ferrite: which is superior?
  Compared to Neodymium magnets, ferrite magnets keep their magnetization better at greater temperatures because they have a higher Curie temperature. This offers designers more operating room than neodymium magnets do at higher temperatures.

• Does a larger magnet equate to a better speaker?
  The speaker’s potential driving force increases with the size of the magnet (assuming the magnetic strength of the magnet is constant). Small speakers use small magnets, which by definition produce “weaker sound,” whereas larger magnets enable larger speakers to generate louder sound.

• What distinguishes midrange speakers from midbass speakers?
  The frequency range that a midrange speaker and a midbass speaker are intended to play will therefore be their primary distinction. In order to achieve the best sound quality, various builds may incorporate horns, tweeters, midrange, midbass, and subwoofers.

• How significant is the mid-bass?
  The most significant instruments in our musical collections fall into the crucial midbass frequency region, which spans 200Hz to 500Hz and includes the voice, cello, viola, brass, tympani, woodwinds, bass, and guitar. Nearly everything we value contains a midbass component. In actuality, it serves as the basis for practically all music.

• Where do speakers for mid-bass go?
  It’s a good idea to place the midbass driver in the door panel, the midrange in the kicks, and the tweeter, if it’s possible, in the kicks as well.

• What speaker size produces the best bass?
  Although this is a tricky one, it is generally accepted that bass players like the tone of the 15′′ and even larger 18′′ speakers for sound, but prefer the 10′′ for live performances simply because it is more practical.

• Can little speakers match the quality of larger ones?
  Bigger speakers just sound better than smaller ones; it’s not only an issue of volume or bass. Size matters when it comes to speakers. Little speakers get crushed by big speakers because they can play louder and provide more bass.

• Can mid bass be played by a subwoofer?
  In general, you shouldn’t have too many problems playing subs up to roughly 100Hz (behind you). The only significant issue is localization because the subwoofers won’t sound like they are part of the front stage; instead, they will sound like they are coming from behind you at frequencies over around 100 Hz.

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