Problem with adding NXP model to ADS 2011 ( searched and tried many way )

Dear all

I have this transistor " BLF6G21-10G " for my thesis.
I downloaded the model for ADS from here:
http://www.nxp.com/products/rf/trans...F6G21-10G.html

I downloaded the model but the Model needed some requirement as following:

"Model requires the RF LDMOS DesignKit library to be present (not included in the model distribution). To download it, visit:
http://www.nxp.com/models/rf_ldmos_models

Refer to the table to select the appropriate file.
Please install the RFLDMOS DesignKit library before installing the model."

I checked the website and there was compatible version with ADS 2011
So I downloaded and unzipped "NXP_RFLDMOS_v10p05_ADS2011.zip",
there was a file "lib.defs" in that folder so i easily added it to ADS 2011 but of coarse there was no " BLF6G21-10G " in it.

Then I unzipped "BLF6G21-10G.zip". but I don't know what to do with that?!?! There is no *.defs in that I searched it all. what should I do next?

could anyone manage to see BLF6G21-10G in ADS schematic?

BLF6G21-10G.zip is compatible only with ADS2009U1 and prior,that's why it can not be used with ADS2011.
In order to use this particular model library, NXP_RFLDMOS_V10p05_ADS2008 PDK should be installed first with ADS2009U1 or prior then you should install BLF6G21-10G.zip as a Library.
I hope you understand..

well they added the new model for ADS 2011
I checked it again and they added the new model for ADS
I was suprised too! but still i coud not use it

All you need is here http://www.nxp.com/documents/simulat..._ADS_Model.zip ....
Just find NXP_BLF6G21_10G_V0p10s_B4.s4p , extract it and use as simply S4P file... Yep, you'll be maybe missed original footprint and drawing, but at least you'll be able to simulate.

You didn't read what I have written...
It's not compatible with 2011.

It has been like that for 2 years between NXP & Agilent since the advent of ADS-2011. 2 years are a long time for product support, consider how fast other companies adapt their models to support Agilent. No one gave me a straight answer why these 2 don't work with each other. So I came up w/ my own solution a year ago.

1) NXP isn't the only company on earth making RF transistors.
2) ADS-2011 isn't the only simulation on earth.
3) 1 & 2 are exclusive or of each other.

So quit beating yourself into the wall.

Don't you think it may happen you have a task and you have predefined element base and you have to solve the task? Do you offer quit this job? :)

pir0texnik,

I don't know if your statement addressed to my post or not. If it is, then you don't read very well.

I read it carefully. Don't be so straight,the quit is not the option moreover if it is possible to use NXP models...

Suit yourself.

If you unzip the file, you wil find the s4p file here: NXP_BLF6G21_10G_V0p10s\circuit\data\NXP_BLF6G21_10 G_V0p10s_B4.s4p
And that can, of course, be used with ADS2011 or other simulators.

I am assuming that anyone designing PA wants to have access into a non-linear model. The only way to access to non-linear models with NXP RF power components (like BLF6G21, BLF881 etc) is using ADS-2009U1 or below. Or MWO.

I have the same problem with BLL6H1214-500 of NXP in ads 2009. RF LDMOS library and model library is compatible for ads 2009 but I can not simulate this transistor

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