JustMike
Chief Journeyman
Very Cool Andrew. I didn't realize either you were out to sea . Hope you get home soon and put that
killer system together. Take care buddy
killer system together. Take care buddy
The beauty of satellites and nothing to get in the way of the signal
Yeah, I'm Engineer on a bulk carrier. We sail the east coast of Canada, mostly around Newfoundland and the Gulf of St. Lawrence. We're headed inland towards Montreal right now. Gotta pay for stereo shit somehow!
That satellite is mounted on a gyro to compensate for the ship rolling and course changes. It's all fun and games until it eff's up and you're on top of the wheelhouse 150' above the water, in a blizzard so they guys can watch the game!The beauty of satellites and nothing to get in the way of the signal
Haha thanks guys. Yeah we might be clattering around on WWII diesel technology, but we do have satellite! It's slow as heck, but better than nothing that's for sure! There's not much to do but work and let the wheels in my head think up crazy ideas to tinker with when I get home... I was going to go to "Club Supersexe" when we arrive in Montreal this afternoon but just found out we have 14 tankers of bunker fuel waiting for us which means I have to workView attachment 17926View attachment 17927
Its actually kind of creepy. I've sailed on ships almost identical to The Fitz, on the same run. We sail over top of her if you head to Thunder Bay from the St. Mary's river.Just make sure you stay off of the Edmund Fitzgerald...![]()
3 kilowatts sounds better....
Gepetto, what value would I use for a 40hz high pass for the same amp (400 series I), and where can I find the formulas used for these calculations?
Thanks
Andrew
Thanks. If I was to apply this to another amp with a different input impedance, how would I calculate that? I assume the constant was calculated based on the impedance? I need to find a good book to read up on this stuff!Divide 3.24806 x 10 to the minus 6 by the frequency you are interested in.
for 40 Hz that would be 0.0812 uF, the nearest value will be 0.082uF
Thanks. If I was to apply this to another amp with a different input impedance, how would I calculate that? I assume the constant was calculated based on the impedance? I need to find a good book to read up on this stuff!
Joe, you never did answer this. Does input impedance have an effect on this??