What happened to my crossover?

[Miguels]

crossover distribute the power and it does not effect the ohm load.

[jk13]

Crossovers cut off frequencies.

Ohm load is determined by the drivers, and where they overlap playing the same frequencies on the same amp channel.

[Aj11]

i was just going off the ohm load at my xover.

how they break Down inside.. never cared to find out. gonna ditch them very soon anyway

[Guest]

Apologies Taylor, had you confused with another member on the blown tweeters.

In the pics it's hard to tell what happened to that capacitor and if it happened before or after the scorch mark by the resistor.

Could be from clipping.

Could be from overpowering.

Could be an install issue and slamming the door caused it to break free.

Those are good ideas! It might have been from clipping. I haven't bought a DD1 yet.

[kirill007]

Apologies Taylor, had you confused with another member on the blown tweeters.

In the pics it's hard to tell what happened to that capacitor and if it happened before or after the scorch mark by the resistor.

Could be from clipping.

Could be from overpowering.

Could be an install issue and slamming the door caused it to break free.

Now the list is more correct, just add: "crapily made" into the list.

[kirill007]

crossover distribute the power and it does not effect the ohm load.

What about impedance?

Crossovers cut off frequencies.

Ohm load is determined by the drivers, and where they overlap playing the same frequencies on the same amp channel.

What about impedance?

[jk13]

Apologies Taylor, had you confused with another member on the blown tweeters.

In the pics it's hard to tell what happened to that capacitor and if it happened before or after the scorch mark by the resistor.

Could be from clipping.

Could be from overpowering.

Could be an install issue and slamming the door caused it to break free.

Now the list is more correct, just add: "crapily made" into the list.

List was always correct. But sure, you could add that I guess.

Crossovers cut off frequencies.

Ohm load is determined by the drivers, and where they overlap playing the same frequencies on the same amp channel.

What about impedance?

Really?

Impedance = ohm load. Interchangeable terms.

[poorfish88]

i was just going off the ohm load at my xover.

how they break Down inside.. never cared to find out. gonna ditch them very soon anyway

You know just enough to be dangerous.

[kirill007]

Apologies Taylor, had you confused with another member on the blown tweeters.

In the pics it's hard to tell what happened to that capacitor and if it happened before or after the scorch mark by the resistor.

Could be from clipping.

Could be from overpowering.

Could be an install issue and slamming the door caused it to break free.

Now the list is more correct, just add: "crapily made" into the list.

List was always correct. But sure, you could add that I guess.

Crossovers cut off frequencies.

Ohm load is determined by the drivers, and where they overlap playing the same frequencies on the same amp channel.

What about impedance?

Really?

Impedance = ohm load. Interchangeable terms.

So you are saying that the impedance isn't affected by the crossover? Since you said that the ohm load isn't affected by the crossover.

What about above the crossover frequency? What does the crossover do above the crossover frequency?(how does it cut off the frequencies?)

I'm asking these questions because i have a feeling most people here don't know how crossovers work.

[Karkov]

Apologies Taylor, had you confused with another member on the blown tweeters.

In the pics it's hard to tell what happened to that capacitor and if it happened before or after the scorch mark by the resistor.

Could be from clipping.

Could be from overpowering.

Could be an install issue and slamming the door caused it to break free.

Now the list is more correct, just add: "crapily made" into the list.

List was always correct. But sure, you could add that I guess.

Crossovers cut off frequencies.

Ohm load is determined by the drivers, and where they overlap playing the same frequencies on the same amp channel.

What about impedance?

Really?

Impedance = ohm load. Interchangeable terms.

So you are saying that the impedance isn't affected by the crossover? Since you said that the ohm load isn't affected by the crossover.

What about above the crossover frequency? What does the crossover do above the crossover frequency?(how does it cut off the frequencies?)

I'm asking these questions because i have a feeling most people here don't know how crossovers work.

School us. School is in session.