Usefulness of an RF Circuit Design Class

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SUMMARY

The discussion centers on the decision to take an RF circuit design class focusing on transmission lines and microwave circuits versus a photonics class. The participant expresses a strong interest in electromagnetism (E&M) and acknowledges the potential employment advantages of microwave engineering knowledge. However, they plan to pursue graduate studies in photonics, which complicates their decision. The conversation highlights the growing intersection of photonics and microwave engineering, particularly in applications like photomixing for advanced atomic clocks.

PREREQUISITES
  • Understanding of electromagnetism (E&M)
  • Familiarity with RF circuit design principles
  • Knowledge of microwave engineering concepts
  • Basic principles of photonics and semiconductor lasers
NEXT STEPS
  • Research the applications of photomixing in microwave engineering
  • Explore the latest advancements in atomic clock technology
  • Learn about the integration of photonics and microwave circuits
  • Investigate graduate programs focusing on photonics and their course requirements
USEFUL FOR

Students and professionals in electrical engineering, particularly those interested in RF circuit design, microwave engineering, and photonics applications.

roeb
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I'm considering taking an RF circuit design class that would focus heavily on transmission lines and microwave circuits. It's supposed to be a tough class but I think I would enjoy it because I really like E&M. The problem is that if I take this class I won't be able to take a photonics class due to scheduling conflicts.

Ultimately, I plan to go on to graduate school and focus on photonics, it's unlikely that I will be doing any RF or microwave engineering. Anyone have any strong thoughts on which class I should take? The RF class seems like a nice little diversion but I don't know if I'll really be putting myself at a disadvantage.

I realize that graduate schools don't necessarily expect incoming students to have taken a bunch of courses already, but it's a very difficult decision because I think I'd enjoy both classes. In terms of employment prospects for undergraduates, I would assume that having microwave engineering knowledge would be much more useful than knowing a lot about semiconductor lasers/optics.
 
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There is a growing cross between photonics and microwaves. One of the cool, and hot research going on is converting the frequency of laser light (in nanometers) to microwaves by the use of photomixing, and the generation of combs which could be used to accurately measure frequencies of lasers with super high precision.

http://www.sstd.rl.ac.uk/mmt/components_photomixers.php

One of the primary applications of this will be the next generation of atomic clocks.
 
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