Parallel RLC Amps & Ohms

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  • Опубликовано: 4 ноя 2024

Комментарии • 15

  • @ThatGlitcherGuy
    @ThatGlitcherGuy 2 года назад +1

    I used to take up a whole A4 page doing these finding unnecessary numbers after watching your vids I’m doing them in like 3 4 lines thank you so much you’ve helped me so much !!

  • @armondcooper1548
    @armondcooper1548 3 года назад +3

    Your videos are a big help in my journey through the apprenticeship. Many thanks

  • @bifangluo1837
    @bifangluo1837 2 года назад

    I really appreciate your work. Your illustration is very clear and easy to understand. Thank you soooooo much!!

  • @jamesssenyonga4026
    @jamesssenyonga4026 Год назад

    Am grateful to you Sir for these videos, now AC theory makes sense to me in my study and work. THANKYOU

  • @zuhairalsaffar7001
    @zuhairalsaffar7001 Год назад

    Sir how could one thank you for your support 🙏 ❤ 🙌 💕

  • @williamandrews6541
    @williamandrews6541 5 месяцев назад +1

    @davegordon6819 I can't find in your videos where you cover the equation to find total reactance and use that to find the impedance in parallel RLC circuits... 8:39

  • @AngelRomero955
    @AngelRomero955 Год назад

    Once again, I appreciate these videos.Local 532 !

  • @Festus2022
    @Festus2022 7 месяцев назад

    Nice video: One question that no one ever addresses is WHERE does the transition from one current to another occur in the RLC circuit? For instance, where exactly does the Total current with its phase angle transition to the resistor current with zero phase angle? Does this occur inside the passive element or in the wire before/after the passive element? Thanks

  • @JohnOmar
    @JohnOmar Год назад

    This is very underrated

  • @bavidlynx3409
    @bavidlynx3409 3 года назад +2

    thank you sir . i have a small request could you make some videos on the following topics
    1)Power(real, apparent, reactive power and power factor)
    2)transformers
    3)polyphase circuits
    4) dc motor and inductive motor
    5)3 phase inductive motor
    6)measuring instruments
    7)DC circuits

  • @weavercattlecompany
    @weavercattlecompany Год назад +1

    Oscillator circuit 😊

  • @ElectricalEngineeringApp
    @ElectricalEngineeringApp 9 месяцев назад

    Thanks sir

  • @djskwidz7678
    @djskwidz7678 2 года назад

    Is that angle in the vector sum diagram equal to phase angle of the Inductor and Capacitor?

  • @ismailaydemir5358
    @ismailaydemir5358 Год назад

    Dont know how to thank you!!! 🙏