CC2592: CC2592RGVR

Liang Paker

Part Number: CC2592
Other Parts Discussed in Thread: CC2530

For CC2530+CC2592 solution,

About RF_N and RF_P between CC2530 & CC2592, if they're differential trace? Do they need impedance matching ?

If yes, what’s the impedance ?

0 FI over 2 years ago

Hi,

There is already a reference design for the devices here:

Optimum TX load impedance is in the datasheet

Regards,

0 Liang Paker over 2 years ago in reply to FI

Thanks.

I would like to confirm RF_N and RF_P between CC2530 and CC2592, is it the same optimum load impedance in CC2530 datasheet ?

In CC2530 datasheet RF_N & RF_P connect to antenna directly.

0 FI over 2 years ago in reply to Liang Paker

Hi,

The design is tested over temperature and voltage and is our recommended design when using CC2530+CC2592.

please see these threads as well

regards,

0 Liang Paker over 2 years ago

Hi,

Thanks.

So RF_N & RF_P trace won't need any impedance matching when use CC2530+CC2592 design, am I right ?

0 FI over 2 years ago in reply to Liang Paker

That's correct. Please follow the reference design.

Regards,

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