Two slight corrections rather than bad mouthing. Firstly, ordinary rectifiers are silicon, not ceramic. Secondly, the output of a full-wave rectifier is not a squarewave, but a 'lumpy' DC either negative or positive, ready to be smoothed into a flatter DC, by the big capacitors. I like your mod to the solder sucker - I'll try that.
Thank you for this, actually it's up to you to please choose if you want to communicate with those lacking some technical knowledge or not, I prefer some more detail and instead feel like turning of when I again hear the basics. At 12 min you do well explaining things in a basic fashion and for those that need that it's all well and good. But probably aim your channel more for one or the other. some prefer an introduction, others, like myself have long since gotten bored with basics. thank you again
Mr. Moffett would say the same thing concerning different brands and grades of filter caps , everything has its own sound signature. Cheers mate
Two slight corrections rather than bad mouthing. Firstly, ordinary rectifiers are silicon, not ceramic. Secondly, the output of a full-wave rectifier is not a squarewave, but a 'lumpy' DC either negative or positive, ready to be smoothed into a flatter DC, by the big capacitors. I like your mod to the solder sucker - I'll try that.
Thank you for this, actually it's up to you to please choose if you want to communicate with those lacking some technical knowledge or not, I prefer some more detail and instead feel like turning of when I again hear the basics. At 12 min you do well explaining things in a basic fashion and for those that need that it's all well and good. But probably aim your channel more for one or the other. some prefer an introduction, others, like myself have long since gotten bored with basics. thank you again