Hello

,
I'm designing the RF part of a project but I'm not sure if I'm doing it right or not since RF is pretty complicated (for me at least

). Two thing I would like to mention first :
- The output for this device is higher than my country's regulations allow (and probably most), but this is for a proof of concept, not to sell commercially or use outside of my school project.
- I don't need this circuit to be perfect, I know RF is a complex field. I am not trying to design a perfect transmitter, I would just like for it to (A) not catch fire and (B) be amplified, at least enough to be observable and "succesful".
Here are both circuits with their values for my 915MHz, pulled from their respective datasheets. I've also added the relevant comments excerpt from the datasheets, note that the transceiver circuit had both a reference design for a direct tie connection or an RF switch. I chose the RF switch because the design is changed as to match the 50ohm input impedance of the RF switch, which is also the impedance of the amplifier so that helps a lot I think

.The amplifier is both 50 ohm in and out, similar to the RF switch, this is what leads me to believe "replacing" it with a few tweaks to the design shouldn't be
too complicated.
If the images are not visible (they don't seem to be on preview) then I didn't add them correctly... I have them as attachements otherwise.

And the proposed final circuit, forgive my crude illustrations but I'm just trying to get my thoughts across.

Once again this would probably make an RF engineer throw up

I know, but I'm just trying to make this work. Some people on other forums have told me this "design" is ok, I would like to know what you guys think

.
What should I remove, keep ,or increase/decrease value ?
For reference this is a CMT2300A transceiver (OOK/FSK) and an ADL5324 amplifier.