Recent content by myster619

  1. M

    Balance an unbalanced 3 phase connection of appliances?

    I have several devices in the same phase, hence the question about them being in series
  2. M

    Balance an unbalanced 3 phase connection of appliances?

    Yes the source has a neutral. It is not an imaginary problem. I was thinking of connecting the devices in parallel across each phase so they each see the same voltage and draw whatever current they require. Here is a diagram, let me know what you think
  3. M

    Balance an unbalanced 3 phase connection of appliances?

    The power supply provides 415V, all the individual devices take 240V. What I am having trouble understanding is when I connect the selected devices on the line to neutral(across each phase) in series, the current flowing through them is the same but voltage across each will be different. But I...
  4. M

    Balance an unbalanced 3 phase connection of appliances?

    What is this point? Can you please elaborate?
  5. M

    Balance an unbalanced 3 phase connection of appliances?

    There has been a few changes Ph1: 12.5,2.3,1.3 = 16.1A Ph2: 12.5,2,2 = 16.5A Ph3: 6.7,6.7,2 = 15.4A Current in neutral = 0.96A
  6. M

    Balance an unbalanced 3 phase connection of appliances?

    Does this mean each of those devices will be connected in series to each of the phases (across line to neutral that is)? Neutral as common as in connect the loads in Y formation?
  7. M

    Balance an unbalanced 3 phase connection of appliances?

    What should I do with the neutral connection? Does it have to be grounded?
  8. M

    Balance an unbalanced 3 phase connection of appliances?

    Hi there, I want to know what is the best way to connect these devices to a 3 phase power supply outlet and minimise the unbalanced load as much as possible safely? I am only worried about the single phase appliances. What type of connection would you recommend? 3x Power Supply units Single...
  9. M

    Bands, Energy diagram in a diamond

    Homework Statement The gap between valence and conduction bands in diamond is 5.47 eV. (a) What is the maximum wavelength of a photon that can excite an electron from the top of the valence band into the conduction band? In what region of the electromagnetic spectrum does this photon lie...
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