Red Ryder
Tele-Afflicted
Turn it off and on, off and on, off and on, off and on, off and on. The hell with work, you must turn the amp off and on, off and on, off and on, off and on...............
They'd be on All Day And All of the Night!In the realm of high end audiophiles it's not at all uncommon to find leaving tubed amps, preamps, etc., on 100% of the time... the general assumption is, doing so results in superior overall sound... and since there are no myths, no totally outrageous claims for whatever aspect of an Audiophile's system you care to mention in that world.. you can bet it's true..just don't bet much..
Incredible???......a tube amp will use just about the lest amount of electricity than any appliance in your home.Incredible waste of electricity to leave it on.
+1Personally, it would make me nervous to leave a piece of high voltage equipment on all the time... Let's face it, it's a box full of stuff that could fry and if it should happen to fry when you're not around, bad things could happen. I say turn it off when you're not using it. Also, I read that it's not even a good idea to leave an amp plugged into the socket i.e. a power surge could fry the amp. Therefore, I not only turn mine off but I unplug em from the wall as well.
Add it up. I don’t leave anything else on all day either.Incredible???......a tube amp will use just about the lest amount of electricity than any appliance in your home.
Cathode stripping should not be confused with cathode poisoning. Cathode poisoning refers to chemical –rather than mechanical– processes occurring at the cathode. There are several forms of cathode poisoning, including absorption of gas into the oxide coating, but the most pernicious type is the growth of interface resistance. When a valve cathode is fully heated but no anode current is allowed to flow for long periods of time (several hours), a high-resistance chemical layer can grow between the cathode tube and the oxide coating. This has an effect like an unbypassed cathode resistor; it increases noise and reduces the useful gain of the valve even though the oxide coating may have plenty of life left in it. This really does happen in receiving valves, and once formed it cannot be removed again.I usually only have my amp on when I'm using it, and even then, it's mainly used in a studio environment... rarely "cranked". I have on occasion, inadvertently left the amp on "standby" overnight when I forgot to turn it off. In this day of the reduced availability and high price of tubes, I am concerned about the lifespan of my tubes. Does leaving an amp on standby overnight have much affect on the lifespan of a tube?
That is an interesting tid bid of information..... As somewhat a collector and scavenger of old, used and vintage antique tubes, this makes perfect sense.Cathode stripping should not be confused with cathode poisoning. Cathode poisoning refers to chemical –rather than mechanical– processes occurring at the cathode. There are several forms of cathode poisoning, including absorption of gas into the oxide coating, but the most pernicious type is the growth of interface resistance. When a valve cathode is fully heated but no anode current is allowed to flow for long periods of time (several hours), a high-resistance chemical layer can grow between the cathode tube and the oxide coating. This has an effect like an unbypassed cathode resistor; it increases noise and reduces the useful gain of the valve even though the oxide coating may have plenty of life left in it. This really does happen in receiving valves, and once formed it cannot be removed again.
I recently replaced all my 100W incandescent light bulbs with LED at around 10W (100W equivalent) each. Big saving in power used and no reduction in the quality of the light.Add it up. I don’t leave anything else on all day either.