Discussion Closed This discussion was created more than 6 months ago and has been closed. To start a new discussion with a link back to this one, click here.
Photocurrent stimulation of Photoconductive antenna
Posted 2018年2月25日 GMT-5 02:11 RF & Microwave Engineering, Semiconductor Devices, Wave Optics Version 5.3a 1 Reply
Please login with a confirmed email address before reporting spam
Hi, I am currently trying to simulate the photocurrent of a Photoconductive antenna using RF module and semiconductor module. From the papers I read, they first stimulated the optical response, or the E-field distribution inside the semiconductor in RF Frequency domain. Then, they assumed a Gaussian dependence in time of the optical response to get the carrier generation rate. To me it seems that they used the E-field solution from RF Frequency domain and implemented it in the semiconductor time-domain study. I would like to ask how this is achieved in COMSOL.
I have attached my current model.
As the dealine is approaching and I am new to COMSOL..it will be of great help if some one could help.
Thanks, Ruihan
Attachments:
Please login with a confirmed email address before reporting spam
You can probably do a manual coupling by entering your mathematical expression for the generation rate in terms of the RF E field in a user defined generation domain condition. You can contact us at support@comsol.com for more details. Chien