Right now you can learn the design of a basic distortion circuit with my DIY kit which includes a complete guide on how to customize the sound and additional parts with a breadboard for making a prototype! Order now: www.tonecharmaudio.com/product/diy-distortion-kit Gear I'm using and can recommend: thmn.to/thocf/bl0l22kdtm If you decide to order something from that link, I'll receive a small commission, which will help support the growth of Tone Charm Audio.
@1:31 Five color bands, so 3 significant digits, a multiplier, and a tolerance band. yellow, purple, black is 470 (a classic E12 value), the multiplier is red so it "adds" two zeros, which gives 47000 or 47K, with a +/-1% tolerance (brown).
I thought the first band was green, so 5, but I got the same answer you did otherwise. I was thinking 57000 with 1% tolerance. If I got the color wrong and it was yellow, then I think you are right. 47000. But I am just guessing. I know nothing about this stuff. Just wanna learn to build pedals and amps.
@@chrissturley823 I agree that the colors are pretty bad, especially on a blue background. The only reason I went to 47 immediately is that it's amongst the E12 series (10, 12, 15, 18, 22, 27, 33,, 39, 47, 56, 68, 82) which is probably the most common resistor series. The "yellow purple" 47 (and its multiples) is an absolute classic value in electronics. But who knows! The best way is to measure it with an ohm-meter.
If You enjoyed this video you can buy me a virtual coffee to support my activity: www.buymeacoffee.com/tonecharmaudio Visit my other social media platforms: linktr.ee/tonecharmaudio
Hey mate how can I replace the footswitch button to Potentiometer to have a dry signal + processed signal . I mean when the Potentiometer is turned all way to minimum would have the dry signal bypass... And when it has in the middle position would have 50% dry + 50% wet.... Maximum position 100% wet Cheers
Hey! Do you think there is a cheater way to make you envelope filter? I want to experiment with the circuit, but I'm not sure if a chop exists, and I thought you'd be the person with the knowledge to ask. Thanks for all you do! Be well!
Hi Adrian, you are very good, and Poland is a wonderful country. Perhaps you can help me. I have this cheap pedal ($25) I just purchased but when turned on, it buzzes, hums and crackles. I thought t might be the power supply, so I put it alone on a 9v battery and it still makes noise. None of my other pedals make noises. What should I look for 1st? The on/off switch? There are no bad noises when off, only when on. There are two pots (volume, compression) when the volume is turned off it hums a little but not the loud buzzes, hums and crackles. What do you think? I can PayPal you a little money if you need to help. Robbie, USA
I thought this video was going to be about parts in a pedal, and the effect they have on sound. I already know what resistors, caps etc are, and how to find their value. The title was misleading.
Actually It's 47K, but now I see that yellow band can be mistaken with green. On my pc it's yellow but I'm watching now on laptop and... it looks more green... So yeah I can take this answer as correct! :)
Wish you had spent more time explaining resistors colour coding, you were to quick and while its probably obvious to you to someone like me with no knowledge at all it was no help at all, i mean i dont even know which way you read from?! A shame as you obviously know your stuff. ps as an example in the test you set I see green =5, Mauve = 7, black =0 and red=1000 so how is the answer 47K? as I said Im a complete beginner with this stuff.
Brilliant totally confuse the shit out of people so they stay away from building pedals 🤣 Just when they start to do ohm's law equations they can forget how to play smoke on the water.
Right now you can learn the design of a basic distortion circuit with my DIY kit which includes a complete guide on how to customize the sound and additional parts with a breadboard for making a prototype!
Order now: www.tonecharmaudio.com/product/diy-distortion-kit
Gear I'm using and can recommend:
thmn.to/thocf/bl0l22kdtm
If you decide to order something from that link, I'll receive a small commission, which will help support the growth of Tone Charm Audio.
ThAnks for the video, but I would really appreciate a video explaining the absolute basics of what does each part do, and not only it’s values.
RUclips has a bunch of great electronics videos on these
@1:31 Five color bands, so 3 significant digits, a multiplier, and a tolerance band.
yellow, purple, black is 470 (a classic E12 value), the multiplier is red so it "adds" two zeros, which gives 47000 or 47K, with a +/-1% tolerance (brown).
I thought the first band was green, so 5, but I got the same answer you did otherwise. I was thinking 57000 with 1% tolerance. If I got the color wrong and it was yellow, then I think you are right. 47000. But I am just guessing. I know nothing about this stuff. Just wanna learn to build pedals and amps.
@@chrissturley823 I agree that the colors are pretty bad, especially on a blue background. The only reason I went to 47 immediately is that it's amongst the E12 series (10, 12, 15, 18, 22, 27, 33,, 39, 47, 56, 68, 82) which is probably the most common resistor series. The "yellow purple" 47 (and its multiples) is an absolute classic value in electronics. But who knows! The best way is to measure it with an ohm-meter.
Damn I'm blind, I thought the first two bands were green and blue, lol
That was straight forward and easy to understand, cheers!
thanks a bunch man, this was so helpful! some really great insight in a really easy to follow and quick format - a rare find on gear vid youtube
didnt expect to see yall here
Great little video with my morning coffee, I joined your channel, thank you for making it fun as it should be!
I hope everything it's clear! Let me know what would You like to learn in next vids!
Jazz chorus for the win , thank you bro
Definitely going to follow the series, I love guitar pedals but dont know shit about them :D so it's nice you're giving us some insight, cheers
Thanks for watching! :)
This is exactly what I have been looking for, very helpful thanks for sharing!
I'm happy it was helpful. Cheers Chris!
Your explain actions are really amazingly clear ! Thank you !
sounds great man! and killer mustache 😎
Sockets and connectors might also be featured if you ever revise this.
Sure I will do vid about connectors and switches soon :)
That was great. Thanks for taking the time. Good luck with your pedals.
Thanks for watching!
You are a hero. Thank you for this.
If You enjoyed this video you can buy me a virtual coffee to support my activity: www.buymeacoffee.com/tonecharmaudio
Visit my other social media platforms:
linktr.ee/tonecharmaudio
Excellent guide!
Get my new DIY distortion KIT and ebook to learn how to build your own guitar pedals:
tonecharmaudio.com/how-tobuild-guitar-pedals-diy-kit/
Hey mate how can I replace the footswitch button to Potentiometer to have a dry signal + processed signal . I mean when the Potentiometer is turned all way to minimum would have the dry signal bypass... And when it has in the middle position would have 50% dry + 50% wet.... Maximum position 100% wet
Cheers
What do different ic chips do can i take a ic chip from a computer mouse and put it in a guitar pedal
You rock man, fun videos.
This video was absolutely wonderful and i will be referring to it on my quest >:) Loved Macronosia, mixed very well. thanks a bunch
I'm very happy you liked video and my music! :) Cheers!
@@ToneCharmAudio thanks mate! cheers
So how do you know in which direction to read the colour code on resistors?
.
0:33 begins
1:43 capacitors
Awsome tutorial. Cheers!
How do you do the inset labeling?
Hey! Do you think there is a cheater way to make you envelope filter? I want to experiment with the circuit, but I'm not sure if a chop exists, and I thought you'd be the person with the knowledge to ask. Thanks for all you do! Be well!
5, 7, 0, 100, 1%? Did I get the color code right?
Why do you need a capacitor in a guitar pedal?
Already LIKE and Subs. Thanks 4 Ur Video !!
Thanks! ☺️🙏
Great vid! Liked, subbed and commented ! 😁
Hi Adrian, you are very good, and Poland is a wonderful country.
Perhaps you can help me. I have this cheap pedal ($25) I just purchased but when turned on, it buzzes, hums and crackles. I thought t might be the power supply, so I put it alone on a 9v battery and it still makes noise. None of my other pedals make noises.
What should I look for 1st? The on/off switch? There are no bad noises when off, only when on.
There are two pots (volume, compression) when the volume is turned off it hums a little but not the loud buzzes, hums and crackles.
What do you think? I can PayPal you a little money if you need to help.
Robbie, USA
I am late to the party, still a great idea for a video. Thanks.
Can you please send that chart
Thanks for the video I really enjoy the quick format. I'm looking forward to more do you have suggested links to the tables you showed?
I just googled those, You will find them in google graphics just search for resistor color code and capacitor code chart :)
@@ToneCharmAudio great thanks.
5 band resistors seem to have different meanings for the multiplier in china, the band is shifted up one position in the table.
I can't see problem, everything in this table it's correct for all resistors I have. Cheers! :)
@@ToneCharmAudio It's just something I found when buying parts from various places.
So if I'm right it would be 4700 ohm or 4.7 K ohm :)
dzięki wielkie
You didn’t explain the math on the first example. How is (1+0)*100kohm equal to 1mohm?
47k ?
lol do you know how to use Bb Dorian diatonic chord movements to reharmonize a 2- 5 -1 in the key of g Aleolion?
Resistor 47K
👍
Szkoda, że prędzej nie trafiłem na ten kanał... :c
47,000 Ohms - 5 band code?
I thought this video was going to be about parts in a pedal, and the effect they have on sound.
I already know what resistors, caps etc are, and how to find their value.
The title was misleading.
Duma rozpiera🇵🇱
Oh hello!
470K ohms
47kf
4 7 0 100ohms
57 kOhm, with +/- 1% tolerance, am i right?
Actually It's 47K, but now I see that yellow band can be mistaken with green. On my pc it's yellow but I'm watching now on laptop and... it looks more green... So yeah I can take this answer as correct! :)
@@ToneCharmAudio well, there's either an correct answer, or an incorrect answer, nothing in between :D thanks for pointing out
My phone, completely green, yeah
@@filips989 same, except on my pc
I saw green. 57k and 1%
57k +-1%
Can you send me a guitar pedal please
470 +-2%
Wow kind short you could have made them a little longer 😂
:)
Wish you had spent more time explaining resistors colour coding, you were to quick and while its probably obvious to you to someone like me with no knowledge at all it was no help at all, i mean i dont even know which way you read from?!
A shame as you obviously know your stuff.
ps as an example in the test you set I see green =5, Mauve = 7, black =0 and red=1000 so how is the answer 47K? as I said Im a complete beginner with this stuff.
Brilliant totally confuse the shit out of people so they stay away from building pedals 🤣 Just when they start to do ohm's law equations they can forget how to play smoke on the water.
why satanic? seems to be a trend with a lot of builders
It’s just dark themed design 🤷♂️
@@ToneCharmAudio Very
Pack with informations. May i have your email for a further Q&A sessions. 😊