Volts To Microvolts
Volts to microvolts conversion is very tricky so this is a complex question... it's also very dependent on the electronic system we're building. I would say higher currents flow at higher voltages. For high currents or higher resistance loads like LEDs, RC circuits, etc., you probably want a higher voltage. Theres not much conversion to be done unless we get into pF or sensitivity.
I think you're exactly right, thanks for the input. Most of the EE I studied was circuit theory though, it's good to see this in practice.
You're welcome. Sometimes you just have to go deep to find a nice middle ground... I had a first semester EE professor who'd use piezoelectricity and vibration to convey all the information. I've never seen anything so cool. :) Happy hunting! (:
I'm not new to this field (A undergrad EE at uni) but we weren't able to touch on pF or sensitivity etc. It's great to see others making use of it though - I can't think of a more fun way to teach basic principles of electronics.
That really is true. My first year EE class was also just circuit theory/microcontroller shit. Then I got to upper level classes like RF/LIC designs and putting PCBs together. I wish I could go back and do that over... all of it again. haha :)
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