Part Number: RF430FRL152H At that time, when developing the application of RF430FRL152H, the measured data was read by NFC sensing, so the program and measurement data were stored in 2KB of FRAM, so the program function and the measurement data that could…
Hello Andreas
May I know input voltage range of VDDF voltage regulator?
And how code runs when LPM3 with EN_V_DOUB set to 0 if our code is burned in FRAM?
EN_V_DOUB set to 0 means voltage doubler won't work? And what value of voltage of VDD2X would be…
Part Number: RF430FRL152H Although I appreciate that you cannot guarantee (or predict) performance of the C grade RF430FRL15xx C devices above 70C. Is that temperature limit a fundamental technology limit, or the fact that you have not qualified or characterised…
Part Number: RF430FRL152H Other Parts Discussed in Thread: MSP-FET , There is section for Firmware System Control Byte in RF430FR152H example project (Sensorhub Project)
there is some explanation about eUSCI host controller as follows
* If eUSCI host…
Part Number: RF430FRL152H RF430FRL15xH
What is the optimum or target coil inductance to add to a RF430 (TI RF430FRL15xH) to achieve maximum performance / range?
The on-chip resonance capacitor (CINT) has a typical value of 35 pF, which without any additional…
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The forum support of this product has been reduced to first reference our existing documentation and collateral. For support, please take a look to the “Similar Topics” section…
Hello Mueller,
Thank you so much for your reply. While I was waiting for your help, I figured out how to achieve my aim, and it fits the second way you mentioned.
Anyway, your help and answer is really appreciated. Thank you afterall.
Sincerely,
Huaxuan…
Part Number: RF430FRL152H Hi
I would like to use one of the RF430FRL15xx parts in a design which has to work at 105C minimum. The standard parts from this family are rated at 0C to 70C and these are the only Orderable Devices in the Data Sheet.
Is it…
Part Number: RF430FRL152H Hi,
We use the chip RF430FRL152H as a tag in our project, it will save some information at the address 0xF868, and we use the chip TRF7970 to read the information. But we found that sometimes the memory of RF430FRL152H will be…
Part Number: RF430FRL152H Hi team,
My customer has some question want to check,
1. For the Active Mode (AM): 140 µA/MHz (1.5 V), is this power consumption related to the clock. if the f is 2MHZ, the max power consumption will be 240?
2, how the…