Added: 4 years ago
From: decware2
Views: 40,768
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  • you moron dont cut it so damn short!!!

  • well, the jazzy backround-sound is kinda cool:

    who is it ?

  • it's the quality of the ten not the quantity of the 80.....for someone who built amps in grade school you kinda didn't learn a lot about 'em

  • Absolutely correct Sir !

  • It rather depends on whether you want good clean pure 10 watts or a shitty Radio Shack / Tandy / Amstrad 10 Watts - huge difference my friend. Its because they physically move electrons through space rather than a solid material. Ever wondered why tube or valve amps always sound better especially at the bottom end, than the modern solid-state stuff ? Thats why valves are making a comeback, although they never really went away

  • TAKE THAT RING OFF!!!!!

    I know you are only soldering stuff but setting very bad example !

  • Comment removed

  • LOL I was thinking the same thing.

  • I checked the web site for this kit and it uses a pc board trace, But u have hard wired it. I am very impressed with your work and using pins 4 &5 to reduce 60 hz hum is nice.

    Also where did u get the chassis, and did u drill out your mounts in advance with a template or did u use a drill yourself and did the work for the IEC HOLES AND TUBE SOCKET HOLES,SWITCHES,RCA AND SPEAKER POSTS HOLES?

  • Why do you appear to be holding the soldering iron down so long? I was under the impression that you were supposed to get in and out real fast. I'm honestly very ignorant in the soldering department, and have only done a few things with it. Should I not as apprehensive as I am about overheating things while soldering?

  • You hold a soldering iron down on the peice of the part to warm it up (not the solder), it takes about 2-3 seconds, than you touch the solder to it, which applies the solder that takes a couple seconds too, I havn't even watched the video yet, but I hope that helps. It depends on your soldering iron's teperature too. The appropriot heat shouldnt take more than about 3-4 sec. TOPS to heat most parts to the correct temp. I hope that helped and wasn't ridiculously obvious.

  • Modern semiconductors do not like heat. Valves and valve holders are ok though

  • Another thing worth noting is that he's not soldering capacitors or resistors yet. They tend to fry faster than just pins and parts.

  • I don't think I have ever had much of a problem with passives like R's n C's although some of the high precision passives can be destroyed by heat

  • Small tantalum caps will heat up very fast!

  • The size of the components and the material is a factor also. connectors with plastic bodies will melt if your not careful.

  • what parts do you need?

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