HWN - Expect THIS Interview Question at any Tech Company

Hi Ninjas!
Join us as we unravel the scenario, offering a fresh perspective on a question that has often stumped even seasoned engineers during their interviews. Uncover the unique interplay between negative voltages and the flow of currents, as we analyze the surprising behavior of circuits when a simple switch closes.
No matter if you're a student preparing for your first interview or an experienced engineer, our video serves as a valuable mental exercise. It’s not just about finding the answer, but about understanding the process, embracing unconventional thinking, and getting a taste of real-world engineering challenges.
Together, let's explore, learn, and conquer the engineering interview landscape.
Patreon: / hardwareninja
Intro:
• Syn Cole - Feel Good |...
Background Music 1:
All credits for this incredible track go to Kontekst
/ kontekstmusic
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Background Music 2:
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Voyage by LEMMiNO / lemmino
Creative Commons - Attribution-ShareAlike 3.0 Unported- CC BY-SA 3.0
Free Download / Stream: bit.ly/voyage-lemmino
Music promoted by Audio Library • Voyage - LEMMiNO ...
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Outro:
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Sunset Sax by LiQWYD / liqwyd
Creative Commons - Attribution 3.0 Unported - CC BY 3.0
Free Download / Stream: bit.ly/3Idk4e4
Music promoted by Audio Library
• Sunset Sax - LiQW...
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Keywords: Engineering Interview Questions, Passive Components, Voltage Analysis, Inductor Current, Switch Functionality, Circuit Dynamics, Real-world Engineering Problem, Analog Electronics, RL Circuits, Apple Interview, Meta Interview, Microsoft Interview, Tesla Interview, Nvidia Interview, Google, Interview, Intel Interview, AMD Interview, Amazon Interview

[@abhyudaya98]

I liked the white background better over the blue check background - just saying :P

[@amitjana8172]

Please upload this kind of video frequently, thank you for this nice video.

[@notserpify]

Man I remember Tau=RC but I had to look it up for an inductor. Tau=L/R

[@HardwareNinja]

😆 Hopefully now you'll never forget! Thank you for being here!

[@qemmm23]

Much appreciated 😊 Such as sw,vx,iL,isw waves ...❤

[@uttuujais]

Tau = L/(Req) = 1 uH / 2k ohm = 0.5 mSec

[@lmike4642]

why not 1k ohm?

[@incognito7692]

@@lmike4642 I believe it's 2k for charging the inductor, but since it only discharges through the 1k and then down the switch, it should only use 1k for the discharging time constant