As soon as you started getting into the theory of operation for the transistor, I realized "Oh! It's a scheme that can sink power." *Your videos are truly superbly done.* While I often wish I had completed more schooling, I fortunately did complete enough to understand basically anything analog, and don't struggle to understand digital. I was also just reviewing a circuit I designed 15 years ago before I had any college education, and realized I'm running the op-amp class-A which is why the quest for gain in those days went through the roof. At the time, there was a lot of probing around with parts lol. I added a cap and resistor to the 1st stages output pin from the common. *I'm one of those eccentric and over the top lead/solo guitar shredders, but somehow, science has always been a more important passion.*
That's awesome! Thanks for the feedback and I'm so glad that it was helpful! Being a guitar shredder, you made me think of an older video we did - the audio is not ideal because it was incredibly loud there, but we interviewed a guy at NAMM back in 2019 who represented a company that makes a "plasma pedal" ruclips.net/video/fLbpyqs6ugw/видео.htmlsi=mU-zxSY9d4a354ru I just love that science can push or enable our other passions! Thanks again for sharing.
Good to know, Josh has been trying to slow things down when he speaks and we're trying to modify the scripts to dwell more on complicated portions of the topic. Feedback like this is great to know that we're on the right track but still have work to do. Thanks!
Thanks. What if the sensor in the field is open source or open drain? then the sourcing is done by the field device and sinking by the MCU input? I'm doing BMS controls: Priva Hardware. So we have to configure the I/O to source or sink depending on what type of field device its connected to. Love the channel.
Wow. I went and checked the written tutorial and the script I used because I thought you must have been mistaken. But you aren't! That, indeed, was an oversight. I know we mention it in passing with some of our embedded systems series and specifically in our communication series (www.circuitbread.com/tutorials/what-is-the-i2c-communication-protocol ) but I still should have included that tidbit in this video as well. Thanks for the feedback!
As soon as you started getting into the theory of operation for the transistor, I realized "Oh! It's a scheme that can sink power."
*Your videos are truly superbly done.* While I often wish I had completed more schooling, I fortunately did complete enough to understand basically anything analog, and don't struggle to understand digital.
I was also just reviewing a circuit I designed 15 years ago before I had any college education, and realized I'm running the op-amp class-A which is why the quest for gain in those days went through the roof. At the time, there was a lot of probing around with parts lol. I added a cap and resistor to the 1st stages output pin from the common. *I'm one of those eccentric and over the top lead/solo guitar shredders, but somehow, science has always been a more important passion.*
That's awesome! Thanks for the feedback and I'm so glad that it was helpful! Being a guitar shredder, you made me think of an older video we did - the audio is not ideal because it was incredibly loud there, but we interviewed a guy at NAMM back in 2019 who represented a company that makes a "plasma pedal" ruclips.net/video/fLbpyqs6ugw/видео.htmlsi=mU-zxSY9d4a354ru I just love that science can push or enable our other passions! Thanks again for sharing.
Great explanation. A little fast but I could rewind. Thank you for helping me understand open collectors
Good to know, Josh has been trying to slow things down when he speaks and we're trying to modify the scripts to dwell more on complicated portions of the topic. Feedback like this is great to know that we're on the right track but still have work to do. Thanks!
Great information! Thanks and take care.
You're welcome, I'm glad you found it interesting!
Thanks. What if the sensor in the field is open source or open drain? then the sourcing is done by the field device and sinking by the MCU input? I'm doing BMS controls: Priva Hardware. So we have to configure the I/O to source or sink depending on what type of field device its connected to. Love the channel.
Very helpful, thanks ☺
Thanks for watching and I'm happy we could help!
I'm surprised you didn't mention OC/OD outputs being commonly used for shared lines like on I2C.
Nice and concise video, though. Thank you.
Wow. I went and checked the written tutorial and the script I used because I thought you must have been mistaken. But you aren't! That, indeed, was an oversight. I know we mention it in passing with some of our embedded systems series and specifically in our communication series (www.circuitbread.com/tutorials/what-is-the-i2c-communication-protocol ) but I still should have included that tidbit in this video as well. Thanks for the feedback!
JFet as an amplifier