Part Number: LP-CC2652RSIP Other Parts Discussed in Thread: CC2652RSIP , CC-ANTENNA-DK2 Tool/software: CC2652RSIP module what I understand is there is a PCB Internal Antenna of 2.4 Ghz inverted F Antenna with maxinum gain of +3.3 dbi
when I try to transmit…
Other Parts Discussed in Thread: CC-ANTENNA-DK2 Can anyone able to give me antenna 1 & 3 HFSS design file to understand the design procedure. Thanks to everyone in advance.
Part Number: LAUNCHXL-CC1352P Other Parts Discussed in Thread: CC-ANTENNA-DK2 Tool/software: Hey everyone,
First, I want to say that I'm an amateur, so I apologize if my question is not proper. I wanted to ask where I can find the antenna dimension for…
Part Number: CC-ANTENNA-DK2 Hi TI experts,
I did a simulation of Board#11 using HFSS (according to the DXF found from https://e2e.ti.com/support/wireless-connectivity/bluetooth/f/bluetooth-forum/630896/cc-antenna-dk-rd-2-4-ghz-pcb-antenna-design-files…
Part Number: CC-ANTENNA-DK2 Hi TI Team,
The design note (page 4) mentions that only ANT2 and ANT3 are required for the PCB helical antenna. Is it okay to use ANT1, ANT2, and ANT3, and sometimes ANT1 and ANT2? (When tuning I found that these combinations…
Part Number: CC1310 Other Parts Discussed in Thread: CC-ANTENNA-DK2 Hi
I notice in the design note DN038 it says the antenna must be tuned differently for 915/920 MHz. We are looking for a variant for 915-928 MHz. (centered around 922MHz)
Is there any…
Hi,
There are two cable supplied with the CC-Antenna-DK2, JSC-JSC and JSC-SMA.
Measuring the antenna on a VNA should be done with the JSC-SMA cable supplied in the CC-Antenna-DK2 kit.
Regards,
Richard
Hi,
It depends on the size of your GND plane. But if it is similar in size to the CC-Antenna-DK2 # 4 then I would use 35 %(4.5 dB loss) as a realistic efficiency goal. If your board is smaller than the efficiency will be lower.
From the CC-Antenna-DK2…
Hi Pedrhom,
Thanks for your reply.
I have restricted the field of view with +/- 60 degrees and range to 0.75 in the CFAR configuration such that I get always get a single point in close range as per my application requirement.
I hope TI would pay attention…
3) For this you can refer to:
Section 2.2 of SWRA479 ( Achieving Optimum Radio Range ): https://www.ti.com/lit/swra479
Section 2.2.1 of SWRA496 ( CC-Antenna-DK2 and Antenna Measurements Summary ): https://www.ti.com/lit/swra496
Section 4.1 of SWRA328 ( DN031 - CC…
