Thanks for taking a look at my thread. Please forgive my typo in the title! I can't edit it
I'm going to build a crossover, and I want to understand the science. In order to understand I think I'm going to need to be able to actually understand these frequency response figures and in order to do that I'm going to have to make some of my own.
I've stumbled around reading and looking for tools and I'm having a hard time figuring out what else I will need that AudMes won't do.
As best as I understand, ARTA requires a specific soundcard and another device so something else must be happening there that I haven't gotten to yet.
Summing, my question is:
1. If I want to make measurements that will inform the design of a simple 2way crossover, what else do I need that AudMes can't do?
I'm going to build a crossover, and I want to understand the science. In order to understand I think I'm going to need to be able to actually understand these frequency response figures and in order to do that I'm going to have to make some of my own.
I've stumbled around reading and looking for tools and I'm having a hard time figuring out what else I will need that AudMes won't do.
As best as I understand, ARTA requires a specific soundcard and another device so something else must be happening there that I haven't gotten to yet.
Summing, my question is:
1. If I want to make measurements that will inform the design of a simple 2way crossover, what else do I need that AudMes can't do?
the 'other device' that ARTA needs is, in its simplest form, this:
(some reading - Passive Crossover Network Design)
(some reading - Passive Crossover Network Design)
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