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− | + | Another new page by [[russ_hensel]], not much more than a stub now. Feel free to join in with your recommendations. | |
− | + | == Popular == | |
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+ | So many parts, so many variations, which to pick. Why not try to see what is popular: | ||
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+ | *[http://eeshop.unl.edu/storlist.html The Big List These are the parts the EE Shop keeps in stock to sell to students.] UNL likes them why not us? | ||
+ | *[http://ocw.mit.edu/OcwWeb/Electrical-Engineering-and-Computer-Science/6-301Solid-State-CircuitsSpring2003/Tools/ This section contains circuit examples from commercial products and datasheets of transistors which are studied in this course. ] If MIT studdies them, maybe they are worth looking at. | ||
+ | *[http://www.edn.com/archives/1995/052595/11dfcov.htm Choosing an op amp: it's no longer a trying task] The oldies in particular may be good, but not expensive parts. | ||
+ | *[http://www.voti.nl/swp/ Starting with PICmicro controllers] See the Selecting a PIC Section | ||
== Kits and Projects == | == Kits and Projects == | ||
− | If you | + | If you are working from a kit or a published project consider getting extras of the parts. If you use them once you may use them again. Also the authors of these things tend to know and pick what is popular. Always think about; it there are parts that are exceptions that you would never use again. |
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+ | ==If you are working with X then Y where Y will help you find the popular parts== | ||
+ | Note that links may or may not be to the best source. Look around, add a link if you find a better one. Do not delete a link, unless product is gone for good. | ||
− | == | + | ===X=PIC's=== |
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*16F877A | *16F877A | ||
− | *18F2553 | + | *18F2553 |
*18Fxxx | *18Fxxx | ||
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− | + | Voltage Reg | |
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− | + | Easy choice is LM7805. A couple of caps usually go with it. .1 and .01 bypass caps are generally useful. | |
− | *[http:// | + | *[http://www.sparkfun.com/commerce/product_info.php?products_id=107 Voltage Regulator - 5V] |
+ | *[http://www.futurlec.com/ICLinearRegulators.shtml 7805T] | ||
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− | + | *7805 | |
+ | *.1 uf | ||
+ | *.01 uf | ||
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|Op Amp | |Op Amp | ||
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|There are so many, for light photo diodes and transistors, for temperature LM34 and similar see section on [[Sensors]]. | |There are so many, for light photo diodes and transistors, for temperature LM34 and similar see section on [[Sensors]]. | ||
|*whatever | |*whatever | ||
+ | <!-----------------------------> | ||
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+ | |-valign="top" | ||
+ | |Shift registers | ||
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+ | Often used to expand the number of ports, I need a bit more research here. | ||
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+ | * 74HC595 -- for more output pins | ||
+ | * 74HC165 -- for more input pins | ||
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|} | |} | ||
− | == Op Amps == | + | ===X=Op Amps=== |
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{| class="wikitable" | {| class="wikitable" | ||
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* "TL08x series op amps (single, dual, quad) … when you want to have a stash of opamps for prototyping, [http://www.ladyada.net/rant/2006/03/cotw-tl08x-series-op-amps-single-dual-quad/ these are your best bet]." | * "TL08x series op amps (single, dual, quad) … when you want to have a stash of opamps for prototyping, [http://www.ladyada.net/rant/2006/03/cotw-tl08x-series-op-amps-single-dual-quad/ these are your best bet]." | ||
* LM386N-3 speaker driver | * LM386N-3 speaker driver | ||
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*10k | *10k | ||
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|Power Transistors | |Power Transistors | ||
− | |An op amp might be good for 20 | + | |An op amp might be good for 20 ma. Couple it to a darlington transistor and get an amp. You may want to go push pull with a pair of npn and pnp transistors. With this you can build power supplies, battery charges, motor drivers, and audio amplifiers. |
|TIPsomething | |TIPsomething | ||
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− | == Digital Logic == | + | ===X=Digital Logic=== |
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Counters | Counters | ||
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+ | |Shift registers | ||
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*? | *? | ||
− | * 74HC595 | + | * 74HC595 eight bit shift register with output latch. SIPO. Perfect for letting the propeller clock [[POV display]] slowly clock in the next value, then LOAD them all at once. |
− | * 74HC166 - | + | * 74HC166 - 8-bit parallel-load shift registers -- PISO. |
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