How to Convert 6-Ohm Speakers to 8 Ohm- Easy Guides

A 6 Ohm speaker with a 6 Ohm AV receiver will work just fine with an 8 Ohm setting, but if the user needs assistance and has both 6 Ohm speakers and the 6-ohm option on the AV receiver it is better to utilize an 8 Ohm setting in case the AV receiver overheats and sets the home on fire.

The amount of resistance a device, such as a stereo speaker, puts up to obstruct the flow of electricity is expressed in Ohms. In general, the higher the ohm number, the more power is needed to drive the speakers. The power to drive your speakers is provided by amplifiers and audio receivers. Amplifiers and receivers measure power in watts, which is then translated to an ohms resistance.

For example, a 100-watt amplifier with an 8-ohm load is labeled as such. When connecting speaker systems with different ohm ratings, make a few simple calculations to keep your gear from overheating. This article explains how to convert a 6ohm speaker to an 8ohm speaker using the procedures provided. There are also some frequently asked questions answered below.

Steps to follow when converting a 6ohm to 8ohmhow to convert 6 ohm speakers to 8 ohm

Step1; Take the battery out of the system and set it aside. There should be no electricity coming to the amplifier or the speakers at any point during the process.

Step 2; the length of the speaker wire that will be required to connect the amplifier’s input to the speaker output should be measured. You must remember to take into mind the route that the cable will take from the amplifier to both speakers and back again.

Step 3; each end of the wire should be a quarter-inch shorter than the other end of the wire. The ends of the wire will be placed into the terminals of the amplifier as well as the terminals of the speaker wiring system.

Step 4; In addition to connecting the positive wire (which should be a red wire) to the positive input of the amplifier, connect the positive wire to the positive input of the speaker. Connection: Connect the negative wire (which should be labeled white) to the negative inputs of the amplifier and speaker.

Step 5; connect the battery to the PC using the USB cable. Inspect your amplifier and speakers to ensure that electricity is being sent to them. Turn on your amplifier and speakers to get things started. Make the required alterations to your plan.

How to increase the bass output using a capacitorHow to increase the bass output using a capacitor

Subwoofer speakers are used to create bass output; these speakers play lower bass frequencies that are specialized to and designed solely for that purpose. A lack of power is one of the elements that contribute to subwoofers’ poor performance. The sound produced by a high-powered subwoofer will be lesser if it does not receive the necessary power.

A capacitor aids in the supply of power to the subwoofer’s amplifier while it is working at peak performance. The capacitor connects to the battery and preserves electricity for the amplifier when there is excessive power consumption (for example when playing bass-heavy music too loud).

  1. The amplifier’s power cords must not be linked to the vehicle’s battery.
  2. Unplug the power wires on the amplifier to disconnect them. Here are cables for connecting to the car battery as well as connections for powering up the amplifier. Always keep track of which wire is positive and which cable is negative.
  3. These power wires should be linked to the “Power In” ports of the capacitor. A “+” or “Positive” symbol and a “-” or “Negative” symbol will be present in each port. Ensure that the correct cables (both positive and negative) are connected to the relevant computer connectors.
  4. Cut the same sort of wire that was used to supply battery voltage to the amplifier. It will be essential to shorten the length a little bit. Cut the wire into two lengths of 3 to 4 feet each. Determine which wire will serve as the positive and which will serve as the negative cable.
  5. The negative end of the capacitor labeled “Power Output” should be connected with a wire (see illustration). Connect the other end of the wire to the negative power input of the amplifier.
  6.  Connect the positive terminal of the “Power Output” capacitor to the other wires. The opposite end of the wire is connected to the amplifier’s positive power input.
  7. It’s a straightforward technique to connect the power cords from the audio to the car’s battery. Start the car and let it idle for around 10 minutes to fully replenish the capacitor. Do not play music on your stereo at this time. Turn on the stereo after 10 minutes to check how it works.

Things to consider when converting a 6ohm speaker to 8ohmThings to consider when converting a 6ohm speaker to 8ohm

1. Speaker impedance

Initially, most speakers had a resistance of 16 ohms because that was the most compatible with tube amplifiers at the time of their introduction. Speaker carriers with an impedance of around 8 ohms were eventually discovered to be the ideal fit for transistor amplifiers, providing the best mix of power output, loudness, and little distortion. Modern automotive amplifiers can internally jack their output voltage, as witnessed by those annoying thumpers roaming the streets.

2.  Series connection or parallel

Try varying the number and configuration of drivers to get the desired impedance. Two 4 ohm speaker drivers in series have an overall impedance of 2 ohms (amplifier 1, identical speaker 1). In this case, four 4 ohm speakers are connected in parallel.

Frequently Asked Questions:

  • What does ohm refer to in speakers?

Answer; A unit of measurement for speaker impedance or resistance is the ‘OHM.’ The lower the impedance, or OHMs, of a speaker, the easier it is for an amplifier to power it. Impedance ratings of 4, 8, or 16 OHMs are common in speakers.


In conclusion, A 6-ohm system is created by pairing two 4 ohm speakers. 2-ohm-latus parallel series = 2.67 ohm. The total impedance of a set can be varied by connecting many loudspeakers to a single amplifier’s output. Depending on the application, speakers can be wired serially or parallel. While the “hot” wire of one speaker links to the “ground” of the other, the “hot” and “ground” wires of both speakers connect to the same “ground” in parallel wiring.

Amplification is more difficult with low impedance speakers. To be honest, it would depend on the amp’s power rating. It’s not worth destroying a good amplifier, and it shouldn’t matter in most circumstances. Some amplifiers perform poorly when their output rail power is transferred to lower impedance speakers, so keep your amp set for 8 ohms and use 6-ohm speakers.

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