This is one I saw at RSD Academy and has proven effective for me. Better Black Be Brown Ready Red Or Orange Your Yellow Great Green Big Blue Plan Purple Goes Gray Wrong White
Appreciate Video clip! Sorry for the intrusion, I would love your initial thoughts. Have you ever tried - Runayslarn Survival Manifestation (do a google search)? It is a smashing exclusive product for discovering how to repair your electronic items minus the normal expense. Ive heard some super things about it and my best friend Jordan at very last got amazing success with it.
How do you know from which side to read? Like the resistor @<a href="#" class="seekto" data-time="217">3:37</a> is fairly symmetric. Flip it over and you have a different coding pattern..any clues?
Excellent episode, Karen. Do keep up the good work. Now... if Karen's job is to help new electronics hobbyists get up to speed in an interesting an engaging way then she's doing a good job. Same for Felix and his episodes for Linux - maybe dub it down a bit more for those, like me, who find getting on with Linux really unintuitive... ...but if part of their respective jobs (as I expect) is to help viewers get up to speed so they can get more out of the 'main show', as well as develop personal skills and interest, then the 'main show' is letting them and their viewers down terribly! Karen, please keep up the good work. But also, please, have a word with whomever is making the creative decisions for the channel because at best they are getting it wrong, while at worst I suspect there is actually no discussed plan / direction in place. If I'm making any (hopefully helpful) sense then please look up my (hopefully constructive) criticism posted in the comments on today's 'main episode': The Shrimp of Terror. A suggestion: Once you've done covering the basics it may be worth a practicable project to: -help cement what the viewer has learned -give the viewer something newly within their grasp to achieve -give yourself a leg-up so you don't run out of steam for the next series In a way a part of the fun of the Ben Heck Show was watching Ben learn his craft as well as seeing the projects themselves. So.. How about a DIY computer project at some point, if you don't feel that's a step too far? -Not from scratch! That's too much too soon. But, maybe, one of the many self-build kits that are available I'd suggest looking in to buying a Harlequin 128 kit (or similar) to put together on the show, especially as related builds have been featured on the 'main show' in the past. -You, and the viewer playing along, would end up with a fully functional ZX Spectrum clone; so it would be 'useful' achievement when complete -Being based on standard TTL logic (no mysterious ULA) it may then open the door to future shows and summary projects -Being based on a currently well supported old system you can then tart-it-up with readily available cases / expansions / projects as a lead in to new topics and projects. All the best. X
Nice tutorial. One thing manufacturers really need though is a code for SM capacitors. It's impossible to tell what the value is without a circuit diagram or pulling it off the board and metering it. Really annoying if they end up loose in the parts storage too. No way to sort them by eye.
The little song we learned in the Air Force to remember the color values started out with Bad Boys, I don't think the rest is acceptable in this day and age.
Maam, thank you for the video regarding resistors, very informative. If you wouldnt mind can I ask if ' the value of a resistor in a multimeter is not within the tolerance, is it a bad resistor, although not far from the tolerance?
most res to day are from china they are high quality and cheap they read exactly what the states examp 540 ohms will test 540 exact with you meter (0% error )they come 10 to a card all values dirt cheap but very good -- just order assorted the sent you a sack full
As a new learner how can we come to know that what ams do the registers carry say red then blue green and then there is a little gap and then some other color is there and it’s broad
I'm replacing two 390k ohm resistors on my guitar amp pc board. I ordered two new resistors, and when I connect them to my ohm meter to read there values the new ones read 390ohm but the ones I'm replacing read 390k ohms? why would one just read 390 and the other read 390K? color band on the new ones are, orange, white, yellow, gold. thanks
If I make one panel board how to choose resistor value for example input 12v we need 4.5v output witch nomber of choice the resistor?please can explain me
220K 3-band? Looks "orange orange yellow/ 330K". I'm just curious, I'm a 47 old male now questioning my color skills. <a href="#" class="seekto" data-time="238">3:58</a>
I never trust my eyesight nor my calculation skills... I made a jig to measure every resistor to be sure... consumes time but saves me a lot of trouble
I find that I have trouble discerning different colors on some of the cheaper resistors, especially the super tiny ones, so I too often find myself testing them anyway 😞
It's good to have the lookup tables to first pick it out of your stash. But, I agree with you, no matter how certain you got the right one by the markings, that check is worth the trouble. Sometimes you get one that is too far out of tolerance to accept in your project.
Someday, somehow, I will be able to share how I created a calculator with three sets of BCD counters, that adds ,subtracts , multiplies , and divides, positive, negative, and numbers with decimal points, that is expandable to any number of digits using only relay logic.
What we really need to do is train manufacturers what these colors actually fucking look like, because I'm sick of eating parts or time metering every damn thing. 99% red, orange and brown look WAY too similar
Kudos for the Video! Sorry for chiming in, I would appreciate your opinion. Have you considered - Runayslarn Survival Manifestation (should be on google have a look)? It is a great one off guide for discovering how to repair your electronic items without the normal expense. Ive heard some incredible things about it and my mate at last got cool success with it.
Goodness I really hate this "which is three zeros" nonsense. The formula is N × 10 ^ P. Where N is the "digits" and P is the exponent (scientific notation!).
Very pretty. But when the skin is puffy under the eyes ,you need more sleep. That and don't wrinkle your forehead or the wrinkles could stay there at a younger age.
