Abstract: Various aspects of the present disclosure generally relate to wireless communication. In some aspects, a wireless device may transmit in each carrier portion of a plurality of carrier portions spanning an available bandwidth configured for the device, a signal in full occupied bandwidth for the carrier portion. The wireless device may measure in each carrier portion of the plurality of carrier portions, a respective power level of the signal. The wireless device may select a reference power level from among the respective power levels for the plurality of carrier portions. The wireless device may adjust the respective power levels for one or more carrier portions of the plurality of carrier portions to match the reference power level. Numerous other aspects are described.

Abstract: Various aspects of the present disclosure generally relate to wireless communication. In some aspects, a device may identify, for a set of frequency values and a set of temperature values, characterization gain values associated with an analog component. The device may determine a frequency contribution based at least in part on comparing a first observed gain associated with a reference frequency and a second observed gain associated with a target frequency. The device may determine a temperature contribution based at least in part on comparing a first characterization gain value associated with a reference temperature and a second characterization gain value associated with a target temperature. The device may determine a gain offset for the target temperature and the target frequency based at least in part on combining the frequency and temperature contributions. The device may configure the gain offset for the analog component. Numerous other aspects are described.

Abstract: Various aspects of the present disclosure generally relate to wireless communication. In some aspects, a device may identify, for a set of frequency values and a set of temperature values, characterization gain values associated with an analog component. The device may determine a frequency contribution based at least in part on comparing a first observed gain associated with a reference frequency and a second observed gain associated with a target frequency. The device may determine a temperature contribution based at least in part on comparing a first characterization gain value associated with a reference temperature and a second characterization gain value associated with a target temperature. The device may determine a gain offset for the target temperature and the target frequency based at least in part on combining the frequency and temperature contributions. The device may configure the gain offset for the analog component. Numerous other aspects are described.