Watch How Capacitors Placement Makes a Big Difference

See how placing a decoupling capacitor closer makes a difference. Thank you very much Eric Bogatin.
Watch the full video here:
- What Decoupling Capacitor Value To Use And Where To Place Them • What Decoupling Capaci...
Links:
- Eric's LinkedIn: / eric-bogatin-368860
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[@____________________________.x]

Y’know, I’ve never thought about what the word “decoupled” meant before, thanks

[@navadeep.ganesh]

Woah! love these type of short clips.
Suspense end

[@CleetusJones]

Wow the experiments and explanations to why it behaves the way it does is brilliant... Good job

[@Janamejaya.Channegowda]

Thank you for sharing, greatly appreciated.

[@jim9930]

I can't count the number of times I've shown guys how to improve a crappy sounding expensive audio amplifier by simply using proper bypass on the power rails (at the output transistors). They may measure exceptional low distortion; but sneeze and clip just a tiny bit - instant MHz range pulses. Most of the silly arguments in hi end audio about low feedback/no feedback designs can be shown to be PSRR at hundreds of kilohertz. Same kind of ignorant arguments with DC coupled servo corrected vs AC coupled amplifiers. It is almost always a wide band power supply rejection issue that disturbs one or more stages. Measure your caps at the frequencies they are intended to be used at. dV/dT and dI/dT are the killers of great sound. Digital and RF systems typically have only an octave or so to be worried about. Audio demands you pay attention over many decades. Paralleled and distributed bypass capacitance becomes very important. Draw your circuit boards with 1cm wide power and ground returns directly above each other on double sided boards; a little extra board real estate = 100pf RF bypass (distributed) and low inductance rails.
edit: after thinking for a minute, bias arrangements like class B, AB or A are also high frequency components - fix the bypass and they become negligible dynamic problems

[@ericmc6482]

Yep, most audio designers have zero idea about importance of HF/RF behaviours of layouts and component parasitics.

[@sparqqling]

The largest capacity you can get in the smallest package size!

[@DCJey]

Great video, but i have a question - what if capacitor is placed after the MOSFET in the south side of breadboard? We should place capacitors on the path between vrm and the load, or we should just add this additional "source" ?

[@aphleesegurtra2820]

what kind of scope is that, where he's able to use those cool features like it's a pc?

[@Azkachannel3977]

Mantap....👍👍

[@rahimsarvejahani2083]

Master Is it possible to add customizable subtitles in different languages to your videos?I do not understand your language and only my eyes can see.This will also increase your followers.I have to use google translator to commen.Thanks

[@vladimirdyskin]

Unexpectedly!)

[@lasersbee]

Decoupling 101... Learned that 35 years ago

[@marvin19966]

then why did you hide it from us :(