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Good point, and it's not just the peak AC voltage, but the peak instantaneous value of the AC voltage applied to one side _and_ whatever the capacitor that's typically connected to the other side,

Actually, I was gonna ask if he might cover plane fare from SC, but that's prob'ly a long shot... -DM P.S. Ok, enough poking fun. I really don't blame him, and I myself would have welcomed such a

Not a bad deal, that one. And a 400V part is likely to cover most of what we're doing with electronics these days, the higher voltages were only something I'd use for tube stuff way back when. There

I got a book on Risk Management you can study. Mike wrote:

Hello, I'm new to electronics and would love a little hands on help. I was wondering if anyone living in or near White Plains (westchester) or NYC would be willing to be a mentor. Thanks in advance

Good man. You've been busy lately, huh? -DM

<dangermouse1956@g...> wrote: quite good. That's the one! I changed the folder named CAD to CAD and Graphics, moved your link for SmartDraw in there, and put a link to IrfanView. Alien Steve

I'm not sure if anyone has mentioned this yet, so sorry if I'm just repeating. Just be sure that you understand what PEAK inverse voltage means. This refers to the peak instantaneous value of the AC

<rtellason@b...> wrote: for any I agree but several of the surplus places (gold mine, alltronics,...) regularly have specials on 1n400x. I picked up 40 1N4004 for a buck a while back. At those prices

You might also have been thinking about Irfanview, also free and quite good. -DM

To add to this, the price differences between different voltages of diode are very small, and I routinely use 1000V parts in stuff that I build. To shop for cheaper parts only makes a lot of sense

hi dave, One big pitfall in using reed relays is not using them with the desired voltage.. believe me.. i've had hell in operating a 12 V rated relay on 9 V . dc relays .. inthis case.. i haven't

Hi all, I want to make a board that will drive an external relay. Problem is that I don't know what the relay will be. I'm thinking of putting a mini relay on the board so the external relay is

There is easiest alternatives to build a rectifier with a ready made modules. Hre are asy to implement, and almost you onley need to know the forward current and the forward voltage. But if you decide

There are a few different approaches. Full design PCB software: Offers schematic design and gerber output for manufacture. demo versions are limited in some ways. Eagle WinQCad Proprietary software

Assuming you are driving a DC relay coil, remember to add a clamp diode to protect the drive transistor from the inductive kick at turn off. This also limits the radiated noise that can upset the rest

Also, you can use irfanview. It is one of the most feature rich converter and viewer available and it's free. Get it from http://www.irfanview.com/ BTW slightly OT, could someone recommend me a good

I'm sure you have good reasons for reinventing the wheel so to speak, But I think you will find there are ready made and very cheap bridge rectifier modules for just about any occasion. I would

There are two ways to make a full wave bridge rectifier. Using 4 diodes, you first make two pairs of diodes by connecting the anode of one diode to the cathode of the other. Now take these two pairs

I know that using 4 diodes can do that but can anyone give an example and point out what I shoudl take care during the selection of the components(e.g. specification, model, type....) Thanks