41 hz Audio Amp 5 Kit [message #10351] |
Mon, 26 December 2005 18:06 |
FredT
Messages: 704 Registered: May 2009
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Illuminati (1st Degree) |
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I asked my kids for one for my birthday in November, and when they gave me something else I ordered it myself. Much of early December was spent cursing the incomplete and ambiguous instructions, but with the help of others on the 41 hz forum I finally got it playing and ready to install in its case by Christmas eve. Christmas morning waiting for me under the tree was another Amp 5 kit. The kids didn't know I already had one and got it for me for Christmas instead of my birthday. Like I didn't have enough grief building the first one! I also got a digital camera for Christmas, so I decided to document the building of the second kit. This will be ongoing, and you can find it at the link below. It will be too detailed for the casual reader, but hopefully useful for the novice kit builder who has ordered the kit and has the parts spread out on the table in front of him. The amp 5 specs can be found at http://www.41hz.com/
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Re: 41 hz Audio Amp 5 Kit [message #10352 is a reply to message #10351] |
Thu, 05 January 2006 15:16 |
GarMan
Messages: 960 Registered: May 2009
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Illuminati (2nd Degree) |
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Fred, Do you have enough experience with a Gainclone (or similar chip amps) to provide a comparison between chip-based and T-amp? I was very interested when someone pointed me to 41 Hz. But after adding up some numbers, found that its still cheaper for me to build Gainclones (which I'm very happy with). thx, gar.
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Re: 41 hz Audio Amp 5 Kit [message #10357 is a reply to message #10356] |
Tue, 10 January 2006 20:24 |
GarMan
Messages: 960 Registered: May 2009
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Illuminati (2nd Degree) |
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I've been using my GC as main amp for almost a year now and I have the exact same experience with my GC as you. In fact, my system's very close to yours. Grounded-grid tube pre-amp and GC powering a 2-way high-eff speaker (BR bottom, compression horn top). I got caught up with all the excitment of T-amps and was looking forward to experimenting and building an inexpensive high-performer with this technology. Unfortunately, the costs seem to add up quickly. Considering there's no substantial improvement, I'll stick with GC's for now.
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