Recent content by prusaga

  1. P

    Why Is the Transition Region Between Slopes of -1 Significant in Inverters?

    So can we say that,the slope in the transition region tends to increase at a very high rate which makes it,not probable to get the logic.What if the transition region has not a very steep slope?
  2. P

    Why Is the Transition Region Between Slopes of -1 Significant in Inverters?

    Oh don't mind me,I was talking about the Digital Inverter. Thank You
  3. P

    Why Is the Transition Region Between Slopes of -1 Significant in Inverters?

    Regarding the transfer function of the inverter,why do we take the transition region between the slopes of '-1'.Is there any special significance for this slope in this context of inverter. Thank you all
  4. P

    Loudspeaker Directivity Pattern for Beamforming

    Can anyone help to see how a resonance condition is possible in the sound produced from a loudspeaker array and would it depend on the acoustics of the room.Thank You
  5. P

    Loudspeaker Directivity Pattern for Beamforming

    Q (Directivity index) would help analysing from the point of view of each speaker of the array.
  6. P

    Loudspeaker Directivity Pattern for Beamforming

    Yes I have understood the frequency response to the directivity of a loudspeaker and its dimensions...but my doubt is if we have a system or array of loudspeakers(knowing the Q value) can we predict a reasonable directivity pattern and precisely by the equations.In the first case ignoring and in...
  7. P

    Loudspeaker Directivity Pattern for Beamforming

    Thank You...Yea I'm definately going to work on this topic...Yes i have the idea about the phenomenon of Diffraction in waves...The thing i am not understanding is how is the Directivity pattern of Loudspeaker system be expressed.Thank You
  8. P

    Loudspeaker Directivity Pattern for Beamforming

    Can anyone explain me the equations regarding the Directivity Pattern of a Loudspeaker so that I can work on it's beamforming.Thank You.
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