Part Number: CC1190 Other Parts Discussed in Thread: CC1312R , , CC1310 , LAUNCHXL-CC13-90 Hi team,
My customer is considering using CC1190 with CC1312R. They were previously using CC1312R but the high frequency level barely passed the standard. Which is…
Part Number: CC1190 Hi all,
The customer need the θjc of CC1190.
the datasheet didn't mention this part.
Could you kindly provide it to us?
Thank you for your help.
Best Regards
Evan
So below is the connector output zone with the 50 Ohms transmission line in the center coming from the CC1190 output. There are some 0 ohms shunts that are usually only mounted depending on the connector being used. In this case the SMA was the standard…
Part Number: CC1190 Other Parts Discussed in Thread: CC1310 , LAUNCHXL-CC13-90 Hi All,
We are developing an application using CC1310. We have decided to use range extender CC1190 along with CC1310. We have configured the three-digital control pins (PA_EN…
Part Number: CC1190 Other Parts Discussed in Thread: CC1120 Hi,
We are going through testing the final revision of a custom prototype that includes a CC1190 PA/LNA and CC112X radio amongst other things on the board.
We are noticing a reduction in conducted…
Part Number: CC1310 Other Parts Discussed in Thread: CC1190 hi all .
I am working on project which have two boards we designed to make rf communication using cc1310 .
I am trying to make tx board to wake on rx board in (7-15 m) range or above if I can…
Part Number: CC1190 Other Parts Discussed in Thread: CC1200 Hi,
I am using the cc1190 + cc1200 in 868MHz.
With the same PCB I want to do 920MHz with a level around + 3dBm. I'm just changing the BOM.
If the CC1190 is in Power Down, can I get the Tx…
Part Number: CC1310 Other Parts Discussed in Thread: CC1190 , LAUNCHXL-CC13-90 Hello,
Last year, 940MHz frequency band was newly added to Korean RF regulation for the purpose of promoting IOT industries.
(940.2MHz ~ 944.2MHz)
The maximum output power in…
Part Number: CC1190 We are using a Cc1190 to boost the output of a 1GHz transceiver. We power via USB C and a 3.3V LDO. The issue we have is that we get profound sidebands above +18dB power output. we are using a 4 layer board as per the application notes…