3 ms·

so the 3.4e14 is resistance along the tape, and .3 is vertically, right?

• mensetmanusman 5y ago
  Yes, in plane (XY), it is many orders of magnitude more resistive than out of plane (Z-axis).
  • nuccy 5y ago
    Interesting, how "designed for EMI shielding" (as written on the product page) works then. The charges in the shield should be able to move not just in Z but also in X&Y to actually work as a Faraday cage.
    • nomel 5y ago
      > Z but also in X&Y to actually work as a Faraday cage. The x-y could be done by the contiguous ground above and below the tape. For example a can/shield stuck onto a ground region of a PCB, with signal lines going up nearby. I imagine this is mostly used with flex PCBs.