ilovefuzz.com

Waterpilot wrote:How do you like the SWR stuff? I've had a chance (Don't know if it's finally sold) to buy a Goliath Senior 610 and a SM-900 amp, NOS, for pretty cheap at my local music store.

MSUsousaphone wrote:The main thing I would look for is no power tubes....or more...that I can plug headphones into it and NOT have to connect it to a speaker. So cheap, sounds closest to the 400+ so that all my effects are close, and can be not plugged in to cabs.......and that it could fill in for the 400+ in a pinch if the main guy is down for a week or so.

excane wrote:If the SM900 and Goliath are older models, I'd jump on it. It's loud, punchy, and sounds great. I wouldn't buy it again, as my personal tastes have changed but I always got compliments on my tone when we played live.

Waterpilot wrote:

excane wrote:If the SM900 and Goliath are older models, I'd jump on it. It's loud, punchy, and sounds great. I wouldn't buy it again, as my personal tastes have changed but I always got compliments on my tone when we played live.

Got it! I'm pretty happy where I am now but have been intrigued since I've seen it. Not sure it's age but it's at least 4 or 5 years old. They don't even sell SWR stuff anymore.

behndy wrote:MOOHAHABAHHABAHAHAH.



helllllllllo.

Waterpilot wrote:Sure man. Next time I go in, if it's still in there, I take a pic. It's been a few weeks since I've been in, but it's been there for years.

Impedance
Headphones are available with low or high impedance (typically measured at 1 kHz). Low-impedance headphones are in the range 16 to 32 ohms and high-impedance headphones are about 100-600 ohms.[4] As the impedance of a pair of headphones increases, more voltage but less current is required to drive it, and the loudness of the headphones for a given voltage decreases. In recent years, impedance of newer headphones has generally decreased to accommodate lower voltages available on battery powered CMOS-based portable electronics. This results in headphones that can be more efficiently driven by battery powered electronics. Consequently, newer amplifiers are based on designs with relatively low output impedance.
The impedance of headphones is of concern because of the output limitations of amplifiers. A modern pair of headphones is driven by an amplifier, with lower impedance headphones presenting a larger load. Amplifiers are not ideal; they also have some output impedance that limits the amount of power they can provide. In order to ensure an even frequency response, adequate damping factor, and undistorted sound, an amplifier should have an output impedance less than 1/8 that of the headphones it is driving (and ideally as low as possible).[5] If output impedance is large compared to the impedance of the headphones, significantly higher distortion will be present. [6] Therefore, lower impedance headphones will tend to be louder and more efficient, but will also demand a more capable amplifier. Higher impedance headphones will be more tolerant of amplifier limitations, but will produce less volume for a given output level.
Historically, many headphones had relatively high impedance, often over 500 ohms in order to operate well with high impedance tube amplifiers. In contrast, modern transistor amplifiers can have very low output impedance, enabling lower impedance headphones. Unfortunately, this means that older audio amplifiers or stereos often produce poor quality output on some modern, low impedance headphones. In this case, a external headphone amplifier may be beneficial.

excane wrote:and I'll pay for your gas when you get to NY with it?

Waterpilot wrote:^^^ Haha Awesome.

excane wrote:and I'll pay for your gas when you get to NY with it?

Sounds good! My truck gets 14 MPG by the way.