Can i hook this sub and amp together..??
Rockford site says 4-ohm@ 325W, 2-ohm @600W. You should be good to go.
http://www.rockfordfosgate.com/produ...7&locale=en_US
http://www.rockfordfosgate.com/produ...7&locale=en_US
There's no such thing as a 4 ohm amp.
Jabs aside, I believe Rockford's bd-series has alway been single channel amps stable to 2 ohms. The interesting point is that I believe most are, in fact, stable to 1 ohm. After hearing this great success from many people, I beat down a bd1000.1 at 1 ohm for ~4 years without a single hiccup.
Jabs aside, I believe Rockford's bd-series has alway been single channel amps stable to 2 ohms. The interesting point is that I believe most are, in fact, stable to 1 ohm. After hearing this great success from many people, I beat down a bd1000.1 at 1 ohm for ~4 years without a single hiccup.
Thread Starter
and ill ride till i die..
Joined: May 2009
Posts: 110
Likes: 0
From: Maple Grove Minnesota
<<This is a fantastic amplifier choice for a 4-ohm DVC subwoofer or pair of 4-ohm SVC subwoofers. >>
My sub is a 2 ohm though?
http://www.rockfordfosgate.com/produ...7&locale=en_US
My sub is a 2 ohm though?
http://www.rockfordfosgate.com/produ...7&locale=en_US
DVC stand for "Dual Voice Coil." Each voice coil would be rated at 4 ohms nominal. Rockford Fosgate assumes you would wire the voice coils in parallel for a final load at the amp of 2 ohms.

Your Boston subwoofer is 2 ohm SVC. Pretty straight forward.
Maybe play around with their wiring wizard to help you visualize
http://www.rockfordfosgate.com/rftech/woofer_wizard.asp

Your Boston subwoofer is 2 ohm SVC. Pretty straight forward.
Maybe play around with their wiring wizard to help you visualize
http://www.rockfordfosgate.com/rftech/woofer_wizard.asp
It'll work for 4 or 2 ohm loads. Look at the specifications page!

Without getting too far into circuit theory, I'll just say that at 2ohm you achieve maximum power transfer. Anything other than 2ohms, and you cannot feed as large a load hence the reduced power (325W instead of 600W).
If you're interested, http://en.wikipedia.org/wiki/Maximum...ctive_circuits. Your speaker is basically a big inductor.

Without getting too far into circuit theory, I'll just say that at 2ohm you achieve maximum power transfer. Anything other than 2ohms, and you cannot feed as large a load hence the reduced power (325W instead of 600W).
If you're interested, http://en.wikipedia.org/wiki/Maximum...ctive_circuits. Your speaker is basically a big inductor.
Thread
Thread Starter
Forum
Replies
Last Post
ShellDude
RX-8 Parts For Sale/Wanted
5
Oct 1, 2015 09:55 PM
Learners_Permit
Series I Interior, Audio, and Electronics
8
Sep 27, 2015 07:38 PM




