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Content for  TS 38.101-3  Word version:  17.4.0

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6  Transmitter characteristicsWord‑p. 532

6.1  GeneralWord‑p. 532

6.2Void

6.2A  Transmitter power for CAWord‑p. 533

6.2B  Transmitter power for DCWord‑p. 534

6.2B.1  UE maximum output power for DCWord‑p. 534

6.2B.2  UE maximum output power reduction for DCWord‑p. 545

6.2B.3  UE additional maximum output power reduction for EN-DCWord‑p. 549

6.2B.4  Configured output power for DCWord‑p. 559

6.2B.4.1  Configured output power levelWord‑p. 559

6.2B.4.2  ΔTIB,c for DCWord‑p. 572

6.2B.5  Configured output power for NR-DCWord‑p. 674

6.2E  Transmitter power for V2X in FR1 |R16|Word‑p. 675

6.3  Output power dynamicsWord‑p. 677

6.3A  Output power dynamics for CAWord‑p. 678

6.3B  Output power dynamics for DCWord‑p. 678

6.3E  Output power dynamics for V2X |R17|Word‑p. 682

6.4Void

6.4A  Transmit signal quality for CAWord‑p. 683

6.4B  Transmit signal quality for DCWord‑p. 683

6.4B.1  Frequency error for DC |R17|Word‑p. 683

6.4B.2  Transmit modulation quality for DCWord‑p. 684

6.4E  Transmit signal quality for V2X operation in FR1 |R16|Word‑p. 685

6.5Void

6.5A  Output RF spectrum emissions for CAWord‑p. 686

6.5B  Output RF spectrum emissions for DCWord‑p. 687

6.5B.1  Occupied bandwidth for EN-DCWord‑p. 687

6.5B.2  Out-of-band emissions for DCWord‑p. 688

6.5B.3  Spurious emissions for DCWord‑p. 690

6.5B.4  Additional spurious emissionsWord‑p. 728

6.5B.5  Transmit intermodulation for DCWord‑p. 728

6.5E  Output RF spectrum emissions for V2X operation in FR1 |R16|Word‑p. 729

6.6B  Beam correspondence for DCWord‑p. 733


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