Audio Capacitors Information
Car Audio Capacitors Information and Installation
Unlike automobile batteries, the main function of an audio capacitor is to store energy. This stored power will be used on demand (when your amp needs it). This will ensure that your audio system is being used to its maximum capability.
How do I know that I need an audio capacitor?
The first thing you will notice is dimming lights. The light will get weaker each time a heavy bass note sounds. If you installed the right capacitor, your audio system would have received the right amount of power needed.
What type of a car audio capacitor should I buy?
Depending on your system, but generally speaking:
- For mid-level systems (1000 watts maximum), you need a 1 Farad capacitor.
- For 1000 - 2000 watt systems, you need to get 1.1 to 1.9 Farad capacitor.
- For 2000 - 3000 watt systems, you need 2 to 2.9 Farad capacitor.
- For high power (over 5000 watt) systems, you need 5+ Farad capacitor.
Don't let your amp ask for more power anymore? Get an audio capacitor that fits your needs. You can choose from a wide selection of brands including Rockford Fosgate, Monster Cable, Bazooka, Boss and more.
Check out all the available car audio capacitors sizes:
Audio Capacitor Sizes
0.5 Farad Capacitors
1 Farad Capacitors
1.5 Farad Capacitors
2 Farad Capacitors
3 Farad Capacitors
3.5 Farad Capacitors
3.2 Farad Capacitors
4 Farad Capacitors
6 Farad Capacitors
8 Farad Capacitors
10 Farad Capacitors
20 Farad Capacitors
30 Farad Capacitors
How to install car audio capacitors
1) Disconnect the battery cables from your car battery.
2) Mount your audio capacitor close to your car amplifier; it amp and the capacitor need to be close enough because you will need to connect the two together. You can mount your car capacitor in your trunk, or to your speaker enclosure.
3) You can now disconnect the power and ground from the amp, and connect them to the capacitor, if you have enough extra wire you can cut two short pieces to run back to the amp from the cap, or you may need to use some fresh wire.
4) Once the cables are hooked to the capacitor on the input side, connect another power and ground from the output side, back over to the amp where you initially disconnected the cables from, once this is done, hook your battery terminals back up, and you are ready to go!
Car Audio Capacitors Blogs
- capacitor worth investing in? - Just Commodores
- hi guys just finished up a pretty nice system in my car consisting of 4 6", 2 6x9", 2 tweeters and a 12" sub. so i dont really.
- Capacitors - DIY Mobile Audio
- Thanx Lucas This is a great board with a lot of info, opinions I would like to spend some time here. I have been out of the car audio for some time . I have noticed that there are no more car audio mags any more too! ...
- other uses for audio capacitor?
- Car Audio Forum, other uses for audio capacitor?, Car Stereos, Amplifiers, Crossovers, Processors, Speakers, Subwoofers, etc. ... the12volt`s installbay - Mobile Electronics Forums the12volt's install bay / Car Audio ...
Car Audio Capacitors Information
What is a capacitor?
Category: File - :Condensador electrolitico 150 microF 400V.jpg|thumb|right|200px|A typical electrolytic capacitor
A capacitor or condenser is a passive electronic component consisting of a pair of conductors separated by a dielectric (insulator). When a potential difference (voltage) exists across the conductors, an electric field is present in the dielectric. This field stores energy and produces a mechanical force between the conductors. The effect is greatest when there is a narrow separation between large areas of conductor, hence capacitor conductors are often called plates.
An ideal capacitor is characterized by a single constant value, capacitance, which is measured in farads. This is the ratio of the electric charge on each conductor to the potential difference between them. In practice, the dielectric between the plates passes a small amount of leakage current. The conductors and leads introduce an equivalent series resistance and the dielectric has an electric field strength limit resulting in a breakdown voltage.
Capacitors are widely used in electronic circuits to block the flow of direct current while allowing alternating current to pass, to filter out interference, to smooth the output of power supplies, and for many other purposes. They are used in resonant circuits in radio frequency equipment to select particular frequencies from a signal with many frequencies.
