In datasheets like the one of the ADL5320 there is indicated a tuning procedure to optimize for OIP3, OP1dB, gain. How much do I lose by simply putting the passive components next to each other in a space constrained application instead of placing them…
Thanks for the information.
However, you mentioned ADL5320 in your reply above, but the pdf. has ADL5240 in the file-name. Would the ACLR performance of the ADL5320 related to the ADL5240 that I requested (above)?
Is ADL5320 placed at the output of the saw filter? If that is the case, then 2nd harmonic level is increased from -60 to -20 dBm. 40 dB gain.
ADL5320 typically 17 dB gain and 25 dBm p1dB at 868 MHz. So, 40-17=23 dB of unexpected amplifications. We have…
Attache is OIP2 data for the ADL5536 and ADL5320 . OIP2 is plotted against output power.
Hello.I have a questions,output pin maximum voltage of ADL5610 and ADL5320.
In worst case , I can think full swing output voltage and return voltage from Antenna that not matching impedance.
Now i thing using ADL5610 , ADL5320.But cant see output pin…
I have use ADL5324 andADL5320 to design RF front end , but I test the EVM is vey bad. Could you tell me ADL5324 and ADL5320 EVM specification, please? Thank you.
Just wondering if the ADL5320or similar SOT-89 packaged part might work down to 145Mhz?
I need the following specs for an amplifier:
Fout = 145MHz
P1dB ~ 20dBm
Gain ~ 12dB