A reasonable conclusion.
It might be time to have a look at the other tweeter, can you measure its resistance on the ohms scale of a DVM.
Also it might be worth a quick look at the Crossover PCB for burnt or charred resistors or a loose component. Maybe the crossover its buried in the base of the enclosure, or it part of the Speaker Connection block.
If trying to remove the connector block go gently as the fit might be tight, and the connecting wires to the drivers maybe short, which means the hassle of having to disconnect the drivers again.
Take photographs and post here so others can offer their advice.
It might be time to have a look at the other tweeter, can you measure its resistance on the ohms scale of a DVM.
Also it might be worth a quick look at the Crossover PCB for burnt or charred resistors or a loose component. Maybe the crossover its buried in the base of the enclosure, or it part of the Speaker Connection block.
If trying to remove the connector block go gently as the fit might be tight, and the connecting wires to the drivers maybe short, which means the hassle of having to disconnect the drivers again.
Take photographs and post here so others can offer their advice.
if you are not to far from Apeldoorn you are welkom to come here, I can measure your crossovers and I have original and replacement drivers ready to test..
I'm living in Vlaardingen. Thanks a lot for your offer to visit Apeldoorn; I might consider it and let you know!
Both crossovers look fine from the outside.
I am not sure what is going on in terms of the large ferrite inductor and its connection to the capacitors. Is it soldered on both crossovers.
It might be worth checking the small resistors with a dvm to verify that they are reading the correct value, they are rather small and may have suffered when the tweeter was damaged.
It might be worth checking the small resistors with a dvm to verify that they are reading the correct value, they are rather small and may have suffered when the tweeter was damaged.