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Best computer software

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gizzemoto

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What is the best electronic computer design software, For layout and planning circuit boards and housing units for same, Also where can i get elctronic fonts for Microsoft word to help me put in the right circuit abreveations and symbols
 
gizzemoto said:
Microsoft word to help me put in the right circuit abreveations and symbols
I think you select insert symbol from the edit menu?

I don't use Word at home so I can't check for you at the moment.

You could also use Character Map I suppose but it's hardly an ideal solution.

Try copying these symbols: Ωµ
 
Proteus 6 Professional in my opinion


Hands Down. Just watch the price tag!

Why? It supports;

- Anologue Circuits
- Digital Circuits
- Every debugging tool you can think of practically, from the basics like AC/DC Amp/Volt meters, to cro's, hyper terminals, SPI/I2C debuggers, counters, logic analysers, pattern/signal generators
- Automatic Component Layuout for PCB Design
- Automatic Routing of traces for upto 4 layer PCB's

Take a look at this circuit I threw together in 5 minutes;
**broken link removed**
 
As a newbie, I have played around with a few PCB layout programs. The thing that stops me in my tracks are the parts libraries. The parts numbers are gobbledegook to me - even simple things like resistors - I don't have a clue how to relate them to the physical part sizes.

How do you experienced guys know?
 
Proteus 6 Professional in my opinion


Hands Down. Just watch the price tag!

Why? It supports;

- Anologue Circuits
- Digital Circuits
- Every debugging tool you can think of practically, from the basics like AC/DC Amp/Volt meters, to cro's, hyper terminals, SPI/I2C debuggers, counters, logic analysers, pattern/signal generators
- Automatic Component Layuout for PCB Design
- Automatic Routing of traces for upto 4 layer PCB's

Take a look at this circuit I threw together in 5 minutes;
It is looking great.
i like it.
u have professional version????? or demo???
 
Andre1 said:
As a newbie, I have played around with a few PCB layout programs. The thing that stops me in my tracks are the parts libraries. The parts numbers are gobbledegook to me - even simple things like resistors - I don't have a clue how to relate them to the physical part sizes.

How do you experienced guys know?

No surprise - they are gobbledegook. The first thing that happens when starting a new layout program is that you'll need to sink a good chunk of time into figuring out how the part numbering schemes work, and whether they're consistent/flexible enough to suit your needs. If you're lucky, somewhere there is some documentation on the naming method.

Unfortunately the most sane choice for someone who needs to do a lot of PCBs is to rename/number all the footprints that you need and to create your own library of things. (This is definitely the case for a lot of older packages, but if the included library is good enough then, by all means, use it).

Incidentally, through-hole resistors tend to be tricky since there are so many variables - the physical size of the resistor, size of the holes, axial/upright mounting, etc... In comparison, a standard SMT resistor is one of a handful of sizes - pretty much cut and dry...
 
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