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.
rfic internship europe
i would like apply for a research opportunity or internship for one year in an RFIC group in Europe. I would appreciate your opinions/advcices.??
in my opinion it also depends where you use it;industry or academy.
if you use it in a company,better try the most experienced ones such as AMS.
In academy you can try IHP for example; they are fresh, also very helpful to your problems because they need more customers to verify their models..
I need Hewlett-Packard staff, RF and microwave phase-noise measurement,
Application note, part no 1000-1132.
i will appreciate if anyone can send it to my following e-mail;
oesame at hotmail dot com
i have designed a 4.5-5.8 LC VCO. My problem is measuring(on wafer, probe station) phase noise of the oscillator. Since the VCO is free-running, the phase noise option of my spectrum analyser cant catch the exact carrier so i cant make a healthy measurement.
Another way i tried was reading...
hey all,
i'm working on the design of a 35-45 MHz SAW filter on a 500mm, 36degrees Y-cut, lithium niobate substrate.
Q1) Is it important how do i place the fingers on the substrate? I mean, does the direction on the substrate differ?
Q2) I have some idea about the x-axis which is finger width...
dipole antenna design
could please email it to me?
oesame at sabanciuniv.edu
thanks
Added after 3 hours 30 minutes:
sorry it did not help much, i need a
"dipole antenna tutorial" but thanks anyway
Re: about receiver RFIC
Which foundry do you use? you can transfer your process library from the IC tool you are using (i.e. Cadence) to ADS if not present in ADS.
I recommend the book of J. Rogers and C. Plett. It is a blue one and its name was i guess "Radio Frequency integrated circuit design" or something like that
Zero_IF: problem is DC offset, advantage is integration, low-cost, no mirror frequencies, no image reject (IR) filters.
Heterodyne: Image problem, IR filters needed.
To define common-mode or differential for something, it must have two inputs. If the two inputs are different (it may be voltage or current), you will have a differential output. If the inputs are the same, you will get a common-mode output.
Hope it works, good luck
This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.
By continuing to use this site, you are consenting to our use of cookies.
