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.
salary for engineer in europe
------------------------------------
Now I'm applying for the IMEC in Belgium and terrified of what you said.:cry:
After 55~60% tax and insurance deducted from the salary and life expediture, how much can I save for a month?:cry::cry::cry:
Added after 6...
Generally speaking, the input impedance of the next stage is very high, so I can not check the power gain or S21 of the previous stage (LNA). I can just check the voltage gain of the LNA. Then how can I design the output network of the LNA?
By the way, VHF band is for DAB or DMB applications.
Thank you very much.
If I want to include the next stage's input impendance, and L should resonate with the whole C , how can I set the output port using SpectreRF for simulation?
Now I'm designing the output part of LNA and I found little literature focused the output design of LNA. The following are my questions:
1) The LNA will be connected to the next stage. How to include the next stage input impedance when I simulate LNA using SpectreRF?
2) I use the shunt peaking...
Now I'm designing the output part of LNA and I found little literature focused the output design of LNA. The following are my questions:
1) The LNA will be connected to the next stage. How to include the next stage input impedance when I simulate LNA using SpectreRF?
2) I use the shunt peaking...
Now I need design a LNA with its main specifications as following.
BW: 174-245MHz,
Gain: 20dB,
NF: 2dB
0.18 CMOS process.
It is a wideband LNA (Bandwidth~33%). The cascode architecture with source inductive degeneration is just suitable for narrowband. Moreover, the degeneration indutor...
Now I need design a LNA with its main specifications as following.
BW: 174-245MHz,
Gain: 20dB,
NF: 2dB
0.18 CMOS process.
It is a wideband LNA (Bandwidth~33%). The cascode architecture with source inductive degeneration is just suitable for narrowband. Moreover, the degeneration indutor will...
This classical paper may be difficult for beginners to understand.
What's more, I found a lot of knowledge about analog circuit is necessary for RFIC design.
The project I am doing now is CMOS LNA, which is a little different from the traditional microwave LNA design. For example, I have to decide the size of the mos transistor. So I think it may be better if I can find a detailed design example. however, most textbooks just cover a lot of similar...
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.