Part Number: LMX2572 Hi Team,
A customer wants to know the frequency range of the reference clock of LMX2572 and the RF power needed from that clock. The FOSCin from the datasheet are 5MHz-250MHz and 5MHz-125MHz with and without doubler. Is this the…
Part Number: CC2500 Other Parts Discussed in Thread: CC1120 , CC1190 we are planning to develop Drone Remote controller, for that we are interested in Texas Instruments CC2500 RF Transceiver module + Skyworks RF Front End (PA + LNA (2-2.5 Noise figure…
Part Number: CC8531 Other Parts Discussed in Thread: CC2590 Hi TI Team,
We are designing a wireless microphone product using CC8531+CC2590 respectively . Our solution (running at autonomous mode) manages to achieve a communication distance over 250M…
Part Number: IWR1642 Tool/software: Code Composer Studio How to make a long range radar using short range radar demo of IWR1642 and how to see that on GUI?
Part Number: AWR1443BOOST Other Parts Discussed in Thread: AWR1443 , AWR1243 Hi,
Appreciate if you could explain below from range equation got from sensing estimator tool at TI web
max_range_for_typical_detectable_object is given as Math.sqrt(Math…
Part Number: LAUNCHXL-CC13-90 Other Parts Discussed in Thread: CC1310 , SIMPLELINK-CC13X0-SDK Tool/software: Code Composer Studio I used the cc13-90us launchPad board to set 25db tx output, but it is lower than cc1310 launchPad(14db default setting, without…
Part Number: MMWCAS-RF-EVM
The default scan range is [-15:1:15] in "cascade_TxBF_dataCapture.m" txbf studio demo. If I increase azimuth range or decrease degree slice, the added part of adc values are wrong.
For example, I changed to [-20:1:20]. Then…
Hi Andy,
The narrower the Receiver bandwidth (RXBW), the narrower the noise bandwidth. So, reducing the datarate (and consequently using a more narrow deviation) will allow the use of a more narrow RXBW, increasing the potential range. Using a 20kbps…
Hi faker,
The range estimator provides an estimate for the range of different Phys and the second page of the excel workbook provides a Range Debug Check list.
Please go through it for range concerns and tips.
https://www.ti.com/tool/RF-RANGE-ESTIMATOR…
Part Number: CC1101 in our recent production (Alarm Clock Receiver), we found many RF chips CC1101 with a serious defect (there is a Receiving Blind area in receiving range less than 5m) , the defect rate is near to 8%, in this Blind area, the receiver…