Hi All
First post, so apologies if this is a stupid question.
Here is a tweeter I like the look of but it starts dropping off at 15k: https://www.morelhifi.com/wp-content/uploads/2019/12/ST1048.pdf
At 18k its about 88db which is what I'm aiming for
Is it possible to design a passive high-pass filter that leaves 15k onwards alone and just attenuate everything below 15k? I want to cross it over at 2k.
Cheers 🙂
First post, so apologies if this is a stupid question.
Here is a tweeter I like the look of but it starts dropping off at 15k: https://www.morelhifi.com/wp-content/uploads/2019/12/ST1048.pdf
At 18k its about 88db which is what I'm aiming for
Is it possible to design a passive high-pass filter that leaves 15k onwards alone and just attenuate everything below 15k? I want to cross it over at 2k.
Cheers 🙂
Use an L pad on the tweeter, and bypass the series resistor with an appropriate value capacitor
(with a resistor in series with the capacitor if needed).
(with a resistor in series with the capacitor if needed).
I believe the term for the circuit described by Rayma is a 'passive low shelf filter'.Is it possible to design a passive high-pass filter that leaves 15k onwards alone and just attenuate everything below 15k?
It is placed between the crossover components and the tweeter.
Attachments
Yes, and if the tweeter's top end is too much, add a resistor directly in series with the capacitor.
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I believe the term for the circuit described by Rayma is a 'passive low shelf filter'.
It is placed between the crossover components and the tweeter.
Amazing, thank you.
Anyone used this tweeter before?
I like the high power handling and the fact you can buy them in matched pairs.