S
Ski
Audiophyte
Hello, just joined and I am looking for answers. Oddly enough I am an electrician by day and I understand that a reduction in impedance means a increase in amps, but how does this compute when trying to create a nonstandard setup. Case in-point: I am trying to connect a ambient home speaker setup. I have one volume control to control several rooms with 1 pair of speakers per room, for a total of 6 speakers per volume control (some have less 4 and 2). I have a total of 9 volume controls through the house. The sales dude said that I needed impedance matching volume controls, but will these work when I have 1 pair of inputs and 3 pairs of outputs per controller, then how do I make the connection back at the amp. with 9 volume inputs is it as simlpe as using a wirenut and a pigtail? others suggested a speaker selector, but with my audio room located on the second floor, I don't want to have to go upstairs every time I want to listen downstairs. What I really would like is a volume controller with built in IR so I can change music from a remote. Several companies make a volume controller with built in IR, but they are not impedance matching controllers, Hmmmmmmm. Is it possible to combine the speaker outputs from the volume controller and then the inputs in a series/parallel configuration to offset the need for an impedance matching controller? My ambient audio does not require a huge amp draw as it is only for ambient music and not wall shake'n experiences. I have an ONKYO SR703(B) Reciever and I plan on using zone 1 for the theater room and zone 2 outputs for the house audio. realizing that I need an amp for this, how should I size the amp off of the reciever? I don't think I am trying to accomplish something that has never been done before, I just wish I payed a little more attention in class when they discussed weinie wire (low volt stuff) Thanks for any help or comments you have.