Phase locked loop with power distribution

A local oscillation generator comprises:

• a phase locked loop operably coupled to produce an output oscillation from a reference oscillation;
• and
• oscillation adjustment module operably coupled to convert the output oscillation into a local oscillation, wherein the phase locked loop includes:
• a detection module operably coupled to produce a difference signal based on a difference between the reference oscillation and a feedback oscillation;
• control conversion module operably coupled to convert the difference signal into a control signal;
• controlled oscillation module operably coupled to produce the output oscillation based on the control signal;
• a divider module operably coupled to produce the feedback oscillation based on the output oscillation;
• and
• a power distribution module operably coupled to receive a supply voltage and to provide an individual supply voltage to at least one of the detection module, the control conversion module, the controlled oscillation module, and the divider module to optimize at least one of performance and power consumption of the phase locked loop.

A radio frequency (RF) transceiver comprises:

• an RF transmitter section operably coupled to convert outbound baseband signals into outbound RF signals based on a transmit local oscillation;
• an RF receiver section operably coupled to convert inbound RF signals into inbound baseband signals based on a receive local oscillation;
• and
• a local oscillation generator operably coupled to produce the transmit local oscillation and the receive local oscillation, wherein the local oscillation generator includes:
• a phase locked loop operably coupled to produce an output oscillation from a reference oscillation;
• and
• oscillation adjustment module operably coupled to convert the output oscillation into the transmit and receive local oscillations, wherein the phase locked loop includes:
• a detection module operably coupled to produce a difference signal based on a difference between the reference oscillation and a feedback oscillation;
• control conversion module operably coupled to convert the difference signal into a control signal;
• controlled oscillation module operably coupled to produce the output oscillation based on the control signal;
• a divider module operably coupled to produce the feedback oscillation based on the output oscillation;
• and
• a power distribution module operably coupled to receive a supply voltage and to provide an individual supply voltage to at least one of the detection module, the control conversion module, the controlled oscillation module, and the divider module to optimize at least one of performance and power consumption of the phase locked loop.