Tutorial 5: Design of a Planar Inverted-F Antenna PIFA

In this tutorial the Planar Inverted F Antenna PIFA design is EM simulated using RFPro.
For the first time in my tutorial series AVX lumped component models are RFPro simulated with the layout.
After that the performance of the antenna is verified via EM-Circuit Co-Simulation.
The AVX components impedance matching network is optimized in the RFPro testbench.
After optimization the return loss antenna radiation pattern total efficiency and gain have been shown.
Tutorial 1: How to do EM-Circuit Co-Simulation in Keysight ADS for an LNA designed using Altium Tutorial 2: How to do EM-Circuit Co-Simulation in Keysight ADS using RFPro Method Tutorial 3: How to do EM-Circuit Co-Simulation in Keysight ADS for an ISM Band Bandpass Filter Tutorial 4: How to design a meander dipole antenna and perform impedance matching Tutorial 5: Design of a Planar Inverted-F Antenna PIFA Tutorial 6: Design of a Matrix Amplifier Tutorial 7: 915MHz RF Energy Harvesting Variable Pitch Angle Helix Antenna Design Tutorial 8: Balun Design and Simulation Dr.
Pragash Sangaran holds a Ph.D.
in Electrical and Electronic Engineering and has more than twelve years of experience in hardware RF transceiver and embedded product design as well as product certification.
With his nine years of experience in Motorola RD in the Advanced Technology and Research Team Pragash brings key knowledge and expertise to his role at Innowave.
He holds seven US patents some of which are pending and numerous IEEE publications.
His work in developing miniaturized devices is key to exceptional and innovative Innowave products.
Keysight ADS antenna PIFAantenna PIFA layout AltiumDesigner EMsimulation cosimulation simulationtheory layoutsimulation RFpro

Источник: rutube.ru