I Need application circuit and recommend component list of HMC789ST89E , ADL5320 for 950-1250 MHz band.
ADL5320
Recommended for New Designs
The ADL5320 incorporates a dynamically adjustable biasing circuit that allows for the customization of OIP3 and P1dB performance from 3.3 V to 5 V without...
Datasheet
ADL5320 on Analog.com
I Need application circuit and recommend component list of HMC789ST89E , ADL5320 for 950-1250 MHz band.
Hi Abdul,
I do not have an application circuit for the requested frequency range. I will need approximately 3 weeks to develop this circuit.
Regards,
Jim B
Thank you so much for you reply.
Dear can you please develop the application circuit and recommended component list for requested frequency range. If you can develop it as soon as possible it will be very effective.
Looking for your response.
Best Regards:)
houlb be 25 db.
Hi Abdul,
Can you tell us about more details about opportunity? What is company name doing this design?
Reason I am asking is because we might be able to find other part fitting your design target.
Thanks
Ivan
Our company name is aksa-sds. Aksa-sds is a design house providing engineering solution.
Hi Abdul,
I've been working the ADL5320 matching for 950 MHz - to 1250 MHz. Based on available load pull data the achievable gain in this frequency rang is about 16 to 17 dB? Before I go further and build a physical board will this amount of gain be adequate for your requirements?
Regards,
Jim
Dear thank you so much for your efforts.I think if you get 17dB gain it will be okay.Kindly proceed for further procedure.
Hello dear are working on the application circuit ?
Hi Abdul,
I have a circuit designed for the ADL5320. I just received eval boards so I can implement the designed circuit and verify the performance.
Okay dear thanks for your response.After verification share the results with me.
Best regards:)
Hi Abdul,
Attached are the results and the matching circuit. Gain is 16 dB. There is a trade off between IP3, gain and P1dB. I chose to maximize gain & P1dB. The matching components and location of components on thPDFe EVB are in the document also.
Hi Jim,
Hi Jim,
Hi Jim,