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Legacy Personal Blogs Leakage currents & "current leaks" - part 2
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  • Author Author: mlease
  • Date Created: 19 May 2015 6:28 PM Date Created
  • Views 433 views
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  • Comments 1 comment
  • mosfet
  • reverse_current
  • low_power
  • leakage_current
  • diode
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Leakage currents & "current leaks" - part 2

mlease
mlease
19 May 2015

Virtually all semiconductor devices have some amount of leakage current. It is interesting to note as operating voltages and device power consumption keep dropping, leakage current is becoming a larger percentage of a device’s power consumption. In most cases there isn’t much you can do about leakage currents other than be aware of them and account for them in your power analysis. In some cases there may be a significant difference in leakage current levels from manufacturer to manufacturer for devices that perform the same function so it pays to take the time to include leakage current comparison in your component selection. For a CMOS device that isn’t actively being clocked, leakage current can make up a significant part of its power consumption that may be called out as “standby current” or “quiescent state current” in the datasheet.

 

Read the complete post at http://cmicrotek.com/wordpress_159256135/.

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  • DAB
    DAB over 11 years ago

    Good post.

     

    One of the many issues that my new atomic model has exposed is the tendency of atoms to share photon flow from one to another based on really small differences in potential.

    Some of the doping atoms for semiconductors greatly facilitate this charge movement at the atomic level.

    Unless you have very good separation between Vcc and ground, you can create charge flow through many paths through your circuit.

     

    I hope to do a better job of defining the exact nature of these charge flows, but for now, I think your discussions are a good way to get engineers aware of the subtleties of charge flow in circuits.

     

    DAB

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