We were trying to use the s2p file at http://www.analog.com/en/rfif-components/rfif-amplifiers/adl5521/products/product.html.
However, the s2p file in not compatible with ADS 2013. Any suggestions?
Also, we need to get the design/spice model…
My project needs an LNA in the 1-2GHz range, so I chose the ADL5521.
When I looked at the datasheet of the ADL5521, I found that there was a problem of impedance matching over a wide frequency range. The typical circuit of datasheet recommends choosing…
When I use the given peripheral components (2140MHz) on the datasheet to configure the ADL5521 chip, the chip attenuates the input signal about 10dB, does not play the role of amplification, but the current consumption can be observed from…
And I found that the S params downloaded online is about ADL5521 as below:
I can recommend the following design for LNA or pre-amp. (see attachment).
This is a board that will be releasing soon to complement the FMCOMMS2/3/4 boards.
It can be used with FMCOMMS1 as well.
About ADL5521,ADL5531,How is the Absolute Maximum Ratings of revers power input to RFOUT ?
The ADL5324 is 41.275 mm wide by 38.1 mm high.
The ADL5521 is 32.639 mm wide by 46.355 mm high.
The board material is IS410. The thickness for the ADL5521 is 11.66 mils. The thickness for the ADL5545 is 13 mils.
ADL5521 or HMC374SC70E can be used as LNAs for 2.4 GHz.
What are the requirements?
The s parameter for the ADL5521 and the ADL5523 are de-embedded, which means that they are with respect to the pins of the device. And, yes, you do need to use the external matching components to achieve the performance that is specified on the spec page…