and just because......
+1 re: the Egnater 40W Tweaker head. Footswitchable, takes pedals well, (no reverb), FX loop, IIRC 4/8/16 ohm speaker adaptable, was my interim amp between my Fuchs ODS-50 H/C and ODS-30 H/C. A lot of amp for the money and within your budget used.
You still have that 8ohm 1x12?
The best bang for the buck would be a used (they don't break) Boss Katana head. Its best of current tech for assimilating tubes, and robust, portable and will work well with your speaker. It also has an inbuilt practice speaker
The whole katana range sounds good at low volume too. I had an egnater 15w and it needed some goose to sound good, the kat keeps the sound character at very low volumes
There are also a lot of boss effects built in so its a good all rounder.
If you don't like it or when you upgrade you can probably sell a used one for same money anyhoo, so a no brainer
Any reason you recommend the 40 version over the 15 Tweaker?
The tube complement. 2x6L6 vs ?x6V6. Warmer cleans, the added preamp stage of the 40W tone IMHO sounds better to my ears. Tighter bass, better EQ controls.
With the 15W, less headroom, quicker time to amp breakup, less versatility. And, the 15W sounds "thinner", not as rich or full.
To many, tone is everything, the 40W, IMHO, just "sounds better and pushes more air." An 1x12 8 ohm 80 or 100W RMS speaker cab would go perfectly with the 40W. Check out the Eminence Patriot Red/White/Blue sound clips on their website.
Always listen to the dentists. ^^^
I gotcha. I’m looking at the 40 now; and I think I am covered as my 1x12 is loaded with a v30
“Be true to your teeth and they won’t be false to you.”
— Soupy Sales, 1956
Just be sure to check the RMS wattage of the V30. IIRC, my combo amp is 35W RMS but had a V30 previously...I think you'll be good with the V30 RMS...
V30s are 60 Watt speakers, so no worries.
Les,
You wouldn't happen to know the peak wattage of the V30, would you? (Too busy to google presently)
I don’t.
Have they ever even given them that kind of rating? Normally "peak" ratings are more associated with the bogus stuff. Or, well, you know what I mean... FRFR's that show no continuous RMS rating but show "2000 watts peak" and that kind of nonsense. "Peak wattage," "peak dB ratings" etc are usually at least exaggerated and many times WAY exaggerated, and totally unachievable in any real world usage conditions. One FRFR claiming 131dB peak output, was tested by a professional at TGP and it couldn't get over 122dB with any test they tried in the lab, even for a split second burst.Les,
You wouldn't happen to know the peak wattage of the V30, would you? (Too busy to google presently)
Les,
You wouldn't happen to know the peak wattage of the V30, would you? (Too busy to google presently)
There is no way to specify peak power without lots of conditionals. For example "power measured in 10 nanoseconds with an input pulse of 1ns risetime and 50V peak".
Have they ever even given them that kind of rating? Normally "peak" ratings are more associated with the bogus stuff. Or, well, you know what I mean... FRFR's that show no continuous RMS rating but show "2000 watts peak" and that kind of nonsense. "Peak wattage," "peak dB ratings" etc are usually at least exaggerated and many times WAY exaggerated, and totally unachievable in any real world usage conditions. One FRFR claiming 131dB peak output, was tested by a professional at TGP and it couldn't get over 122dB with any test they tried in the lab, even for a split second burst.
There is no way to specify peak power without lots of conditionals. For example "power measured in 10 nanoseconds with an input pulse of 1ns risetime and 50V peak". Peak power always presumes a defined input, usually a pulse. RMS is much more useful because it only requires the average power, no information about frequency content or crest factor is required.
If you are concerned about the transitional nature of guitar, you would have to specify a pulse, and then run the test yourself as I doubt you'll find that data online. RMS will tell you when you melt the speaker, peak will tell you when the coil jumps out of the magnet.