multi-slot power profile
时间:04-11
整理:3721RD
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Hi
Anybody have idea about this correlation.
In 3GPP, for instance, it says 0 to 3 dB power reduction for
2 TX slots. Only some points I have in mind are,
1. To avoide too high PCB / phone temperature increase in time average.
2. To avoide PVT failure of multi-slot operation for some poor PA or poor
bypass capacity near PA with insufficient electical capacity supporting PA
to transmit enough power in short duration or transition.
Welcome ur thinking or feedback !
Regards,
Anybody have idea about this correlation.
In 3GPP, for instance, it says 0 to 3 dB power reduction for
2 TX slots. Only some points I have in mind are,
1. To avoide too high PCB / phone temperature increase in time average.
2. To avoide PVT failure of multi-slot operation for some poor PA or poor
bypass capacity near PA with insufficient electical capacity supporting PA
to transmit enough power in short duration or transition.
Welcome ur thinking or feedback !
Regards,
Thougt about it.
I coudn′t find any possible explanation. The first thought was, how much data
had to be transmitted.
The explanation of higher temperaure makes sense, but how much is it anyway. Can
you give examples?
Greetings wheelbarrow
Added after 54 seconds:
I forgot, what is PVT?
- Slotted Waveguide Antenna
- Slots cut in the center of the broad wall parallel to flow of currents in a waveguide
- Slot length and Width
- Obtaining slot antenna coupling/impedance from simulation.
- longitudinal shunt slot antenna array environment
- Problem with waveguide slot array antenna 23.6 GHz resonance vs 24.1 GHz simulation.
