Of course! Feel free to check the old series of videos I made back in 2019. The 2022 series will be trickling out throughout the Spring. Will be completely finished by the end of March since my students need it for their final project.
@@MrSimEngineering It'd be cool if you could follow what Anurag Bhargava does lock-step. Like for his Keysight ADS solutions to common engineer problems, do a Microwave Office one in tandem the same way he does it. Probably would get some good traffic, I know I'd watch! Thanks
Hi, I want to design oscillators for microwave applications. I have done the installation. Which of the options should I choose ("Microns, millimeters and mils")? Can you help me?
That will depend entirely up to your use-case. If you're working in industry within the the USA, you will likely use mils (thousandth of an inch). If you're in academia or outside the US, millimeters (mm) and microns (um) are the way to go. Between um and mm, that will depend on the frequency space you're working within. I normally work between 1 GHz and 6 GHz so millimeter makes sense for me. Do a calculation of a half-lambda line (Half Lambda = c / (2f)) and see if closer to mm or um then choose the one best fitting for your application.
I've been working on a project using the Cadence AWR Design Environment just a few days ago. I don't know much about the software. I have to analyze the behavior of a Gilbert Mixer Circuit but I get empty graphs when I try to plot parameters like conversion gain, noise figure and isolation. Even when I get the traces, there is a lot of deviation as compared to the original circuit behavior. Also, I can't find elements I need in the system diagram. Please help. Its urgent.
If you are asking about the System Simulator, there is not much help I can offer you in the matter. My expertise is limited to the Circuit Simulator and EM Simulators within the Microwave Office suite. I would recommend seeing if there is an example file which can help you get started and adjust accordingly.
excellent explanations, not only how to use the program, but explaining what is happening with the components/graphs etc
Thank you for the kind words.
Wow, so glad I found you! I just started learning AWR after a career of using ADS. Keep the uploads going, brother!
Of course! Feel free to check the old series of videos I made back in 2019. The 2022 series will be trickling out throughout the Spring. Will be completely finished by the end of March since my students need it for their final project.
@@MrSimEngineering
It'd be cool if you could follow what Anurag Bhargava does lock-step. Like for his Keysight ADS solutions to common engineer problems, do a Microwave Office one in tandem the same way he does it.
Probably would get some good traffic, I know I'd watch!
Thanks
Subscribed! I love this thanks Mr.sim!
MORE PLEASE
Nice video for introduction. It would be excellent if you provide training about RF-IC design with PDKs. Many thanks.
Sadly I'm not active in the RF-IC space so teaching such would be outside of my skill level. However, if time allows, I might start looking into it.
Hi, I want to design oscillators for microwave applications. I have done the installation. Which of the options should I choose ("Microns, millimeters and mils")? Can you help me?
That will depend entirely up to your use-case. If you're working in industry within the the USA, you will likely use mils (thousandth of an inch). If you're in academia or outside the US, millimeters (mm) and microns (um) are the way to go.
Between um and mm, that will depend on the frequency space you're working within. I normally work between 1 GHz and 6 GHz so millimeter makes sense for me. Do a calculation of a half-lambda line (Half Lambda = c / (2f)) and see if closer to mm or um then choose the one best fitting for your application.
I've been working on a project using the Cadence AWR Design Environment just a few days ago. I don't know much about the software. I have to analyze the behavior of a Gilbert Mixer Circuit but I get empty graphs when I try to plot parameters like conversion gain, noise figure and isolation. Even when I get the traces, there is a lot of deviation as compared to the original circuit behavior. Also, I can't find elements I need in the system diagram.
Please help. Its urgent.
If you are asking about the System Simulator, there is not much help I can offer you in the matter. My expertise is limited to the Circuit Simulator and EM Simulators within the Microwave Office suite. I would recommend seeing if there is an example file which can help you get started and adjust accordingly.
how can i download this program?
there is no way my uni teacher literally gave me a written version of this video as a tutorial and THATS IT, 9k pounds is crazy a year
@@VEroselpro I hope the video was helpful then!
@MrSimEngineering the video is even more useful than what my teacher gave me🙏