Continue to Site

Welcome to EDAboard.com

Welcome to our site! EDAboard.com is an international Electronics Discussion Forum focused on EDA software, circuits, schematics, books, theory, papers, asic, pld, 8051, DSP, Network, RF, Analog Design, PCB, Service Manuals... and a whole lot more! To participate you need to register. Registration is free. Click here to register now.

Recent content by emontemayor

  1. E

    Measuring propagation loss between two dipoles over free space

    Hey, thanks for your advice! Apologies for repeating myself, that reply was meant to be a new, better structured post but the mods posted it here instead. So I looked into changing the step time limit, sadly to no results. With a time limit of 204ns and the antennas 6ft apart, the RX antenna...
  2. E

    Measuring propagation loss between two dipoles over free space

    I'm trying to obtain the propagation loss between two dipole antennas at a distance of 10m. The goal is to perform a sweep of 1-10GHz and measure the propagation loss by viewing the power received by the passive second dipole antenna (RX). I created two dipole antennas and set them 10m away, but...
  3. E

    Measuring propagation loss between two dipoles over free space

    Re: (CST) Dipole antennas in TX/RX setup not interacting past 5ft distance Where do I modify the time signals? I'm using the time domain solver.
  4. E

    Measuring propagation loss between two dipoles over free space

    Re: (CST) Dipole antennas in TX/RX setup not interacting past 5ft distance The TX signal is set at an amplitude of 1A. The TX antenna produces the following signal: but the RX port doesn't register it: I'm not sure what you mean by how I'm feeding the fake dipole? It has a discrete port on...
  5. E

    Measuring propagation loss between two dipoles over free space

    Hi friends, I am trying to simulate 2 dipole antennas in CST. Both dipoles utilize discrete ports as the source, with only one of them excited to achieve a TX-RX setup. I am interested in viewing the dB received by the RX antenna over a frequency range of 1GHz-10GHz. I am using the time domain...

Part and Inventory Search

Back
Top