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Just learnt the hard way there really isn't much more in it than 5 meters. 9 or 10 meters did not work any more, so don't even try it, even with the old slow USB. Solved the problem by putting the HUB

alldatasheet.com, that's what it is--it is a link on my work computer, not something I remember off the top of my head. Anyhow, I did get it download; it's a scanned copy that's why it's so large.

i faced the problem with car deshboard programmer to buy which one. i found one is NEC deshboard programmer. if any body know about any other company who make it with higher chip or MC support please

You can put it on a PCB with the proper pin spacing (there are commercial PCBs for this or you can make your own/have it made). You can also use wires to hook it up to a DIP socket for testing. ST

I don't think it is much different to the 18" i use now, since the resolutions are the same. But it will definitely be much better at the bench for programming. The 18" annd 15" never worked together

What chip is it, in what package, and what kind of test are you trying to do? -- Member of the toughest, meanest, deadliest, most unrelenting -- and ablest -- form of life in this section of space, a

I normally use alldatasheet.com, or perhaps one or two others. Nobody seemed to have it, but datasheetarchive.com did list it. However I've been spending an absurd amount of time here trying to

hi how is everyone doing , i am having a prdicament i got a chip but dont know how to test it because the pins are two small for a breadboard any sugessions as to how i can overcome this.

I usually use (I think) datasheet.com at work; won't work at home... Anyhow, I think datasheetarchive.com may have it, I didn't wait to see what it would download. Shawn --- "Roy J. Tellason"

Any of you guys have, or know where I can find, a datasheet for the chip MC1358? Got one here, and I'd like to know a bit more of what can be done with it... -- Member of the toughest, meanest,

For small LCD's, like a single digit or a multiplexed dual digit, it looks easy enough to do a simple routine in the micro to drive. But what about larger displays or if you don't want to "waste" time

Ah, 19", you are going to love all that realestate! Chris <stefan_trethan@...> wrote: for shops.

Thanks for all the tips guys! Much appreciated as always. Hopefully within a couple of weeks I will be re-prototyping my big circuits that I needed the big breadboards for! Have promised myself to

You can't do RF on solderless breadboards anyway. If jumper length is going to make a difference then a solderless breadboard is the wrong tool. Proper grounding must be observed often though, because

Sorry i meant to say TFT when i wrote CRT there. So no tube. But the back glass might be thinner as well, i dunno... ST

--- Stefan Trethan <stefan_trethan@...> wrote: About the only thing I can think of that could cause that would Maybe be thermal stress or shock. Maybe the inside glass expanded more than the case

Oh well problem solved. I just bought a working 19" (pictured working and promised working) for 121eur, my limit was 122eur. What insanity, having to pay half the price of a new one at the shops. I