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<blockquote data-quote="Lusso5" data-source="post: 316284" data-attributes="member: 549868">The component sets I buy, have all had &quot;bi-amping&quot; capability.&nbsp; Where you can run seperate amplified channels to both the tweeter and woofer through their supplied passive x-overs.When looking for a component set - look for this feature if you want to run dedicated channels.If not - bridge your amp to 2 channels and run them through the component&#039;s supplied x-overs.Good manufacutuers spend alot of time testing/matching the right x-over point &amp;amp; slope to the components - why not use them?Plus a typical tweeter needs a HPF of 2-4khz.&nbsp; Does your amp have a HPF that goes that high?I recommend you bridge your amp to 2 channels, and use the x-overs supplied with the compnents you buy.&nbsp; Using the HPF on the amp set at the point closest, you can get to, to the low-end of the woofers freq. response.</blockquote>

[QUOTE="Lusso5, post: 316284, member: 549868"] The component sets I buy, have all had "bi-amping" capability. Where you can run seperate amplified channels to both the tweeter and woofer through their supplied passive x-overs. When looking for a component set - look for this feature if you want to run dedicated channels. If not - bridge your amp to 2 channels and run them through the component's supplied x-overs. Good manufacutuers spend alot of time testing/matching the right x-over point & slope to the components - why not use them? Plus a typical tweeter needs a HPF of 2-4khz. Does your amp have a HPF that goes that high? I recommend you bridge your amp to 2 channels, and use the x-overs supplied with the compnents you buy. Using the HPF on the amp set at the point closest, you can get to, to the low-end of the woofers freq. response. [/QUOTE]

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