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General Talk What Is a Tweeter Speaker?

What Is a Tweeter Speaker?

Delivers Range of Frequencies For Detailed Sound!

What-Is-a-Tweeter-Speaker

Are you putting together an audio system for your car? You’ve already completed it and aren’t happy with the outcome. Instead, you may want to pay attention to the tweeter speaker and understand what it accomplishes.

Furthermore, do you want to improve the sound quality in your home? You may be able to solve your problem using tweeters.

This post will cover what tweeter speakers are, what they do, and the wide varieties available. You’ll learn what a tweeter is, the various types, why it’s important in sound, and what it does in the sections below. So, let’s get started.

What Is a Tweeter in a Speaker?

A tweeter is a specific electromagnetic loudspeaker designed to create high-frequency sounds between 2000 and 20,000 Hz. Occasionally, these noises go beyond human hearing but not beyond human sensibility, which we sense through vibration.

It’s important to mention that the human ear can detect sounds with a frequency range of 20 Hz (the lowest tone) and up to 20,000 Hz (the highest tone).

Surprisingly, the speakers are categorized based on the frequencies they can handle. For example, woofers with whom you may be more familiar can handle frequencies ranging from 50 to 100 Hz to the voice range (1000-4000 Hz).

However, tweeter speakers produce the highest frequencies, which range from 2,000 Hz–20,000 Hz.

Tweeters are modest in size because they create fewer sound waves and have a narrow cone. Generally, they are best employed when aimed directly at the listener.

Design of a Tweeter Speaker

Design of a Tweeter

A standard tweeter consists of a tiny magnet with a circular gap (but there are different varieties). A speaker dome (constructed of various materials) comes with a voice coil, a coil of copper wire wrapped around a metal core. They’re unique in that most of them have a curved dome form that curves outwards, as opposed to conventional speakers with a cone tilted downward.

This arrangement fills the magnet’s gap, which then holds it. And, like other loudspeakers, a flexible yet firm material on the sides supports the dome.

Are Tweeters Necessary?

The tweeter is necessary because it lets listeners hear the entire spectrum of sounds in every piece of music or film. Compared to those without them, sound sets with tweeters sound more appealing and natural.

 Tweeter speakers can only achieve sound positioning and stereo separation in an audio system. It implies that it does not matter where you have the speaker in your room or at your feet in a vehicle. The sound will seem to come from everywhere rather than directly from the speaker. Tweeter speakers create the illusion that the music is filling the area (surround sound) and being all around you.

So, if you want an immersive surround sound experience, you need a tweeter. The music encompasses the use of a variety of instruments, singers’ voices, and other elements in the recording process. You’ll be missing out on a clear, well-defined sound if your speakers don’t include tweeters. We are sure that you want an improved experience, not a negative one.

How to Wire a Tweeter to a Speaker?

Many people find it difficult to connect tweeters to speakers. Because there are so many possible ways to connect tweeters and speakers, this is a common problem. For your convenience, we’ve put up the following how-to guide, which walks you through the process of connecting tweeters to speakers in six consecutive steps:

To wire tweeter speakers, you’ll need the following items:

Items required to wire tweeter speakers
  • Cutters and crimping tools
  • Soldering iron and solder for joining wires
  • Heat shrink tubing or electrical tape
  • Banana plugs, spade connectors, or bare wire ends to connecting to the speaker terminal inputs

Step-by-Step Guide to Wiring a Tweeter to a Speaker

  • It might be dangerous if you don’t take precautions throughout the tweeter installation process. The speaker wires must be disconnected and connected to the new tweeters. Use a twist connector to connect both speakers and tweeters’ positive (red) terminals.
Use a twist connector to connect both speakers and tweeters' positive (red) terminals.
  • Connect the negative wires of each speaker and tweeter combination to a separate twisted wire that will act as the ground wire for your setup. Maintain the correct polarity at all times.
Connect the negative wires of each speaker and tweeter combination to a separate twisted wire
  • Strip the wire at both ends using a wire stripper after cutting two equal lengths of speaker wire. Connect all negative (black) wires by twisting the exposed copper strands. Prepare four additional pieces for successful connections.
Strip the wire at both ends using a wire stripper after cutting two equal lengths of speaker wire
  • Connect all components’ positive wires to a single tweeter using a twist connection. You need to do this for every component and link them together.
Connect all components' positive wires to a single tweeter using a twist connection.
  • Connect the negative wires of each speaker/tweeter combination to another twisted wire that will serve as your ground wire. Make sure you retain the correct polarity by twisting all exposed copper threads.
Connect the negative wires of each speaker/tweeter combination to another twisted wire that will serve as your ground wire.
  • Use electrical energy tape on all connections to further guard against short circuits and corrosion. It is important because of the near closeness of the exposed wire sections, which may produce a short circuit or corrosion if they come into contact accidentally.
Use electrical energy tape on all connections to further guard against short circuits and corrosion.

You should not do this if your speakers lack a detachable crossover/driver unit that you can remove from the cabinet. Additionally, there is a risk of damaging the speaker cabinet’s internal components. When working with high-end audio equipment like professional speakers, it’s better to leave it to the professionals.

Do You Need a Crossover for Tweeters?

Yes, you need a crossover to experience the complete sound stage. The function of an electrical crossover is to divide an input signal into many output signals depending on frequency ranges. For example, crossover breaks a single signal into three distinct frequency bands: low, medium, and high. To get the gist of it, you can imagine seeing it as a crossroad with three pathways to choose from, and the crossover as a sign that guides each band of frequencies to its destination is easy to visualize.

For every audio system, there must be a crossover. There should be tweeters, woofers, and subwoofers for high, mid, and low frequencies. A crossover network is a part of every full-range speaker.

And if there is no crossover, speakers will attempt to play sounds they aren’t supposed to, as these frequencies aren’t aimed appropriately. The woofers’ mid- and bass-range notes would clash, and the tweeters’ mid-range notes would waste energy. In the worst-case scenario, specific frequencies might vanish entirely, with others taking their place.

Are Tweeter Speakers Good?

Tweeters are helpful for sound staging since they bring out higher notes that your midrange and woofer speakers can’t handle, such as the guitar, horns, vocals, and other instruments’ higher notes. Instead, feel the sound that is ideally in tune with everything else. Tweeters are essential components for sound separation, ensuring that the appropriate speakers receive all of the audible frequencies.

What Do Tweeters Do for Car Audio?

Since music comprises many sounds, frequencies, tones, and other acoustic qualities, it isn’t easy to categorize it. Only with several speakers can it be possible to enjoy the harmonious blend of vocals and instruments fully.

In the same way that a subwoofer delivers low frequency and bass, a tweeter is utilized for high notes, singing, and other high pitch sounds. For example, mid-range car speakers, such as those in the doors, deliver mid-range sounds.

The combination of all three of these kinds leads to enhanced sound quality.

To put it simply, you’ll need tweeters if you want a rich audio experience in your car.

How to Make Tweeters Sound Better?

Removing the little electrical capacitor mounted onto the positive terminal is the most effective and cost-free method for increasing the volume of the tweeters. The electrical capacitor helps to avoid harm to the device by filtering out low bass frequencies; however, if you are using an external amp with the crossover arrangement, you do not need this as you will already be filtering out frequencies below 2000 Hz. In this scenario, removing the power cap will result in a louder sound and treble that is more prominent and brighter overall.

Steps to Make Tweeter Speakers Sound Better

  • Take the tweeter off the door or the post where it is attached.
Take the tweeter off the door or the post where it is attached.
  • Take a look at the other side. You will see that there are two wires, one red and the other black.
Take a look at the other side. You will see that there are two wires, one red and the other black.
  • Obtain a soldering iron and use it to remove the solder preventing the power cap from being removed from the + terminal on the vehicle tweeter.
Obtain a soldering iron and use it to remove the solder preventing the power cap from being removed from the + terminal on the vehicle tweeter.
  • At this point, the only thing that remains for you to do is solder the positive speaker wire back onto the + terminal. You are thus connecting the wire without the power cap, which would typically be in line with the cable and filter out unwanted frequencies.

What Are the Types of Tweeters?

Types of tweeters

Cone Tweeter

The form of a cone tweeter is similar to that of a standard subwoofer. Cone tweeters are compact; thus, they’re easy to carry. In most cases, a paper cone constructs them. As a result, the term “paper cone tweeters” has common use. The highs are very clear with these tweeters.

Piezo Tweeter

Piezo tweeters comprise a piezoelectric crystal coupled to a mechanical diaphragm. The piezoelectric substance conducts electricity. The frequency and amplitude of the current that flows through it affect the crystal’s response. These tweeters are very efficient.

Ribbon Tweeter

This style of the tweeter has a diaphragm that is very thin and flat. Aluminum foil or metalized polymer film are the most common materials for the diaphragm. The lightweight and responsiveness of the ribbon tweeters are unmatched, making them a great fit in high-definition applications.

Horn Tweeters

Tweeters positioned in a horn structure are horn tweeters. A magnet assembly drives horn tweeters. Therefore, the construction of a horn tweeter may be any tweeter driver put in a horn, including a dome driver, piezo driver, cone driver, or any other tweeter driver. The construction of the horn makes it more effective to steer high-frequency sounds, and therefore they have higher efficiency.

Super Tweeter

Super tweeters are a tweeter intended to enhance the high-frequency output from the coaxial speaker’s tweeters. Regular tweeters are unable to replicate the highest frequencies reproduced by these devices. Instead, they improve an existing sound system’s density and detail. High-quality systems, such as Blu-ray, sound their finest when played over them.

Ring Tweeter

When you have a ring radiator tweeter, you use one with some rings around the central plug. They generate highs that are both precise and detailed. In addition, they broadly disseminate high frequency and have an excellent off-axis response.

What Is a Dome Tweeter?

What Is a Dome Tweeter

Dome tweeters are among the most frequently used types of speakers. The structure of a dome tweeter consists of a dome that suspends by a wire. The rim of the dome has an aluminum wire wound around it. The tweeter’s movable component is housed inside a ring magnet and on a plastic frame. This configuration gives the tweeter its name. Additionally, to adjust the dome tweeter’s directional output, a faceplate is often attached to the uppermost portion of the dome tweeter.

There are a few distinct types of driver materials available for dome tweeters. Titanium, plastic, aluminum, beryllium, treated cloth, silk, doped fabric, treated fabric, and composite materials are the most frequent materials used in constructing dome tweeter drivers. Using these different materials results in creating two distinct categories of dome tweeters: metal dome tweeters and soft dome tweeters.

Tweeters with a soft dome are constructed out of a fabric or silk substance and have a very high level of damping; therefore, they do not ring like metal. In general, the frequency response of wood is more even than metals. Tweeters with soft domes provide:

  • A lower resonance frequency.
  • A more excellent headroom for handling high sound pressure.
  • Better power handling.

However, soft-dome tweeters are very sensitive and less rigid than other tweeters. Dome tweeters comprise a metallic substance, such as titanium, beryllium, or aluminum, known as metal dome tweeters. Sometimes, these metals are combined to form alloys used to make them. Their primary benefit is that they are more effective at breaking up sound than soft dome tweeters. Unlike soft dome tweeters, they have a higher rigidity; metal dome tweeters, on the other hand, tend to ring.

What is most important is not the kind of lightweight material that makes a dome tweeter but rather the overall quality of the high frequencies that the tweeter generates.

Final Words

Many types of audio equipment, from automobile speakers to home theaters, rely on tweeters or a tweeter speaker. You may use them to enhance the clarity of your music or voice by providing high-frequency notes.

So their name is derived from their “high-pitched” nature and ability to play at greater levels without causing too much distortion since they are more sensitive than woofers. So while you can play the tweeter at a maximum volume, it limits how loud you can play it before it distorts, so don’t attempt to play it louder than what it is built for.