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You can't change the ohm load of a speaker. What you can do, is get a second 8 ohm speaker to run with that speakers in series and you will get a total ohm load of 16 ohms.
To run them in series, simply wire the positive terminal of one speaker to the negative of the other speaker. One speaker will have an open positive terminal which you wire to the positive terminal on the amp, and same goes for the negative on the other speaker (to the amp's negative terminal of course).
What else can I help you with?
Are logitech Z-680 satillite speakers 8 ohm?
yes
What is a tower boom?
A tower speaker with usually an 8 inch or bigger sub-whoofer in it A tower speaker with usually an 8 inch or bigger sub-whoofer in it
What is UTF-8 and UTF-16?
UTF-8 is a variable length character encoding method for Unicode.. It is otherwise known as 8-bit UCS/Unicode Transformation Format. UTF-16 is another variable length character encoding method for Unicode, that is a stronger then UTF-8. It is otherwise known as 16 bit Unicode Transformation Method.
If you have a class b network 172.121.225.0 and you want to do subnetting of 130 networks how many bits are used for subnetting?
As we are using a class B network for the Subnetting and we have to make a total of at least 130 subnetworks...so, class B default subnet mask is 255.255.0.0 or 16 bits for networkingand we have to make 130 sunets. so it will come under the block size of 256 or we need 8 bits more to make 130 subnets.so our answer is 16+8=24ie, we will use subnet mask of 255.255.255.0 for this class B address.
What was the word length of Intel's 8088 microprocessor which powered the original IBM pc?
The Intel 8088 is generally considered to be a 16-bit processor (most registers were 16 bit registers), and therefore had a 16-bit word length, although its external data bus was only 8 bits wide.
How do you make a 16 ohm speaker 8 ohm?
You cannot make a 16 ohm speaker into an 8 ohm speaker. You would need to replace the voice coil. You can, however, put two 16 ohm speakers in parallel, and the equivalent impedance would be 8 ohms. The only remaining issue is frequency response, and that's a factor of speaker and enclosure design, so best is to use the exact speaker as originally designed.
How can I safely connect a 16 ohm speaker to an 8 ohm amplifier without causing any damage to the equipment?
To safely connect a 16 ohm speaker to an 8 ohm amplifier without causing damage, you can use a series resistor in line with the speaker to match the impedance. This resistor should have a value of 8 ohms to create a total impedance of 16 ohms when connected in series with the 16 ohm speaker. This will ensure that the speaker and amplifier are properly matched and protected from damage.
What is the recommended impedance matching between an 8 ohm amp and a 16 ohm speaker for optimal performance?
The recommended impedance matching between an 8 ohm amp and a 16 ohm speaker for optimal performance is to use a speaker with an impedance that is equal to or higher than the amp's impedance.
How can I safely connect a 16 ohm amp to an 8 ohm speaker without causing damage to either component?
To safely connect a 16 ohm amp to an 8 ohm speaker without causing damage, you can use a series resistor to match the impedance. This resistor should have a value of 8 ohms to create a total impedance of 16 ohms when connected in series with the 8 ohm speaker. This will ensure that both the amp and the speaker are protected from damage.
What are the potential consequences of connecting a 16 ohm speaker to an 8 ohm amplifier?
Connecting a 16 ohm speaker to an 8 ohm amplifier can potentially cause damage to the amplifier due to mismatched impedance. This can result in overheating, distortion, and ultimately lead to the amplifier failing. It is important to match the impedance of the speaker and amplifier to avoid these consequences.
How do you use 16 ohm monitor speakers with an 8 ohm powered mixer?
Just use it like an 8 ohm speaker or else connect two 16 ohm speakers in parallel to form an 8 ohm load. Parallel is positive to positive and negative to negative.
How many ohms would 2 16 ohm speaker cabinets and 1 8 ohm speaker cabinet calculate out to be?
If wired in parallel then 4 ohms.
How can I safely connect an 8 ohm amplifier head to a 16 ohm speaker cabinet?
To safely connect an 8 ohm amplifier head to a 16 ohm speaker cabinet, you can use a series connection method. Connect the positive terminal of the amplifier to the positive terminal of the speaker, and then connect the negative terminal of the speaker to the negative terminal of the amplifier. This will create a total impedance of 24 ohms, which is safe for both the amplifier and the speaker.
Will wiring a 16 ohm woofer with a 16 ohm tweeter in parallel result in a total ohm load of 8 ohms?
If you mean as pairs, yes. put an 8 Ohm and a 16 Ohm speaker in parallel for each channel. The 16 Ohm speakers will take 1/3 the power and the 8 Ohm speakers will take 2/3 the power. The resulting impedance will be 5.33 Ohms.
What is the best setting for a peavey windsor half stack when you have one speaker that can handle 16 ohm and you can choose from 4 8 Stereo 2 cabinets and 16 ohm without blowing out the speaker.?
Windsor has a three way impedance switch, 4, 8 and 16. Use the 16.
Can you run 4ohm resistor to make 4 ohms speakers 2 ohm?
Yes, you can safely use a 4 ohm amp with one 8 ohm speaker, but you will not achieve full power. The 4 ohm amp is designed to supply a certain voltage into a 4 ohm speaker. Supplying that same voltage to an 8 ohm speaker will result in half the power, or -3dB. For maximum power, use a 4 ohm speaker, or two 8 ohm speakers in parallel.
What are the potential risks of connecting an 8 ohm amp to a 16 ohm speaker?
Connecting an 8 ohm amp to a 16 ohm speaker can cause the amp to work harder than it is designed to, potentially leading to overheating and damage to the amp. This mismatch in impedance can also result in poor sound quality and distortion. It is generally recommended to match the impedance of the amp and speaker for optimal performance and to avoid potential risks.
