Відео

Thanks for watching! Yeah, it's got a beautiful nasty tone! You're right! It totally sounds like a broken speaker!

Thanks for watching!

Thanks for watching! Yes, the 5532 sounds pretty good!

Thanks for watching! That resistor is the potentiometer for the gain.

Thanks for watching! 12 volts won't be a problem, but 18V and 24V can be a problem since the heater wiring for the tubes come directly off of the power supply. With anything above 13 volts you'll be overheating the tube and will most likely shorten its life or damage the filaments. Hope this helps!

Thanks for watching! Yes! The Session-Man is a great looking pedal with its color and design! Thanks for your kind words, I hope you enjoyed the video!

@@arito yes sir. You have a fine way of video presentation. I am lucky to find your chanel. Thank you

@@jodieunganum1465 Thanks so much! Been a little busy lately, but I'll be making more videos very soon!

@@arito looking forward to it. Thank you sir

@@jodieunganum1465 Thank you!!

Thanks for watching! Yes, I have since come across 902 circuits, so they are out there. Maybe it was a short lived transition circuit?

Thanks for watching! Yes, for the most part. But as you probably know, a noise gate isn't perfect, so depending on the style of music/guitar playing, the noise will come through under certain conditions.

Thanks for the info! Good to know it's not just my unit that has this issue. Thanks for watching!

Thanks for watching! And thank you for sharing your impressions with us! I Hope you enjoyed the video!

Thanks for watching! Yes, salvaging thrift stores is a lot of fun! 😄

Thanks for watching! I hope you enjoyed the video!

Thanks for watching! Yes, the OD-2 is a great overdrive pedal!

Thank you!

Thanks for watching! Great to hear that the Behringer EQ pedal is working out for you! Behringer pedals are awesome!

@ it’s good news for Behringer but not so much for Boss which costs 5x more 🤨

@@tremdoctor007 😄Behringer has been making clones of dozens and dozens of different Boss pedals over the years, I think they each have their place in the market at this point.

@ just tested tonight. The Behringer is twice as quiet not engaged as the Boss, and the tone is brighter and clearer, not colored or muffled. The Boss is a very well made quality pedal, but the hissing really is not good and the basey muffling is unwelcome. I’ll need to ask boss why they added that

@@tremdoctor007 That's awesome! Great to hear the Behringer gave you such nice results!

Thanks for watching! It sounds like you are familiar with using a breadboard, and if the transistor circuits all worked fine, the only thing I can suggest is double checking the pinouts of the op amp that you are using. Also, unlike the pinout of transistor datasheets where you're looking at it from "underneath," op amp pinouts are drawn for when looking at it from "above." (the side that has the print on it) Hope this helps!

Hi! My comment may not apply to your problem(s), so keep that in mind. I've also had MAJOR difficulties even getting opamps to work. But now I've overcome those obstacles with a vengeance 😎 My recommendation to you is to start with the absolute basics. What I mean is for instance to control (with a multimeter) that you get the expected output voltage on the output pin. Stuff like that. And don't over-complicate anything before you've gone through the previous steps. Start without the opamp and see to that you have plus and GND or minus (depending on if you run on dual or single supply) on the correct pins of you use that kind of mounting thing for opamps. Then proceed to place the opamp in the circuit and see if you indeed get the mid-point of the supply voltage if you don't feed the opamp with a signal(s). And so on. Also, many opamps are susceptible to ESD (static electricity). So, if you touch the pins without having for instance a ESD bracelet on your wrist, you can permanently damage it. The same goes for if you force it to output a too high current. That will fry the circuit. When the opamp is within a circuit, it is often "protected by the circuitry" from ESD. You mainly have to take extra care of it when mounting / in the beginning of the circuit. My recommendation is to start with a single supply of +9V. Then bias the incoming signal with two identical resistors, one connected to + and one to GND. The signal is input in the middle of these two resistors (that form a voltage divider). Place a coupling capacitor going "in" to the midpoint of the biasing voltage divider. This will keep direct current (which can be seen as a superposition of your signal) from coming into the input to the opamp. And it will prevent any DC from going into your signal source (like your guitar). Now, place a potentiometer (e.g., 50k) between the output of the opamp and the negative input of the opamp. Place a 10 uF capacitor connected to ground. Connect the capacitors other leg with a 1k resistor. Connect the other leg of this resistor to the negative input of the opamp. This will form your feedback circuit. If you turn up the potentiometer (increase its resistance), the output will increase. When turning down the pot, the output will decrease. Now, connect +9V to your opamps V+ pin. And connect GND to your opamps V- pin. Connect a coupling capacitor from the opamp output (same reason was for the input). You now have a circuit that will work. Experiment with what happens if you turn the pot up and down, monitor the output voltage until you understand how the opamp actually works. And disregard this comment if you already knew this 😂 Good luck!

Thanks so much again for your kind words! I really appreciate it! Great to hear you enjoyed the videos and I hope you can get your op amp circuit up and running!

Thanks for watching! Thank you so much for the kind words, great to hear this video was of some help to you! Not a stupid question! Yes, you can use a 9V adapter with no problem, just make sure to get the polarity right, since most guitar pedal power sources are "center negative" while the common standard is "center positive." Have fun! 😄

Thank you so much!! I really appreciate your kind words! I guess the YT algorithm doesn't favor channels like mine ;) I hope you enjoyed the video, and please spread the word!!

*and unearthed power suply, is there a way to make it safe for usage?

@@swamptank7531 Thanks for watching! If it's completely original, you definitely want to change the electrolytic capacitors. "Safe" is a relative term, if you're worried about electrocuting yourself, I think the possibilities for that are low, but you definitely have the risk of damaging your tubes of other components. If you want change it to a 3 prong power cable, just wire the ground to the chassis of the TD-1. Hope this helps!

@@arito Thanks for answer ! This pedal is special . When paired with some amps is very fat, smooth and warm. With certain harmonies that makes some sax like tones with lower notes . No wonder Shawn Lane liked it so much . Its a bit noisy too

@@swamptank7531 Yes, these Guyatone tube pedals are really great!

Thanks for the idea! I don't know the circuit for the filters on the MS20, but it would be a great idea to do a separate LP and HP filter knob on a RAT pedal!

Hi Patrik! Thanks for always checking out my videos! Great to hear you liked the sound of my RAT pedal!

Thank you so much for your kind words, I really appreciate it! It's so great to hear that you were able to build a guitar pedal, I hope you're having fun with it! And, I am grateful that I was able to be of some help to you. Regarding the two op amp circuit, if you're working with two separate op amp chips (so 4 total op amps) it might be a grounding or bias issue.

Thanks for watching! There really is no "better" for overdrives, just whatever you think sounds good. I have a video comparing 14 different op amps if you're interested, link is in the description for this video.

Thanks for watching! Great to hear you liked the tones from this pedal!

Thanks for watching! Great to hear you enjoyed the video, thanks for the kind words!

Thanks! I'm trying to build a fan following for this chip! ;) Check out my RAT op amp shootout, this chip really sounds awesome in a hard distortion/fuzz circuit!

Thanks for watching! And thank you for sharing your listening impressions!

YES!! Love Guyatone!

Hi Dan, thanks for checking out my videos! And thank you so much for your kind words, I really appreciate it! The editing always takes up a lot of my time/effort so it's nice to get some positive feedback :)

Thanks for watching! Yes, the Guyatone pedals have a really cool look to them, with the fonts and color choices! And yes, this pedal sounds great!

Thanks for watching! I've never tried the EHX Hot Tubes, but yes, as you've noticed with the brilliance all the way down it sounds very full range super fat!

Thanks for watching! It depends on your image of "tight," but if you want to adjust the low end response, check out Episode #2 of this series!

Thanks for watching! And thank you for your kind comments! Great to hear you enjoyed the video, and congrats on your GE10 purchase!

Thanks for watching! And thank you so much for the kind compliments! Great to hear you enjoyed the op amp comparison!

Thanks for watching this one as well! Great to hear this video was helpful to you, thank you for the kind words!

Thanks for watching! And thank you for sharing your diode pick with us!

Thanks for watching! Aria のペダルは結構安く中古で手に入れることができるので、回路が簡単な Overdrive/Distortion 系は改造して色々遊べますよ！

Thanks for watching! And thank you so much for the kind words, I really appreciate it! Great to hear the video was of some help!

Hi, thank you for offering your thoughts and suggestions! I went back and tried it, quick answer is, nothing changed. Played: a sine wave, a mono jazz recording, and a regular stereo song. Tried both the rear line in, and the front aux input. Also tried both the line out and rec out, but unfortunately, they all came out unaffected. Thanks for the cool suggestion though!

Hi, thanks for watching! Yes, I'm definitely toying with the idea of making this into some type of pedal when I find the time.

Hi Phil! Thanks for watching! Yes, it would make sense to plug in an acoustic guitar that has a pickup, since you wouldn't need a cab/amp simulator. Would love to hear from someone who actually used one of these.

Hi Justin! Thanks for watching! That thing is so cute, isn't it!? I definitely want to convert it into something smaller like a pedal, not sure how easy it'd be though ;)

Hi Patrik! Thanks for always tuning in! Yes, Technics was one of those brands we dreamed of as a kid. I definitely want to do something fun with this!

Hi Sid! Thank you so much for always checking out my videos and the kind words!! I really appreciate it, and it's really encouraging :)

Thanks for watching! Yeah, we're all hoping for a WAZA GE-7 :)