Resonator frequency correction by modifying support structures

An apparatus comprising:

• a resonator coupled to at least one support structure on a chip-level substrate, the resonator having a resonating frequency tuned by the addition of extraneous material to the at least one support structure using a point deposition technique.

A method comprising:

• modifying a resonating frequency of a resonator coupled to at least one support structure on a chip-level substrate by adding material to the at least one support structure using a point deposition technique.

A method comprising:

• modifying a resonating frequency of a resonator coupled to at least one support structure on a chip-level substrate by adding to or removing from an amount of material making up the at least one support structure, wherein the resonator is coupled at a first end to a first support structure and at a second end to a second support structure.

A radio frequency signal generator comprising:

• a radio frequency resonator coupled to at least one support structure on a chip-level substrate, the resonator having a resonating frequency tuned by forming a notch in a surface of a portion of the at least one support structure to adjust said resonating frequency to provide a signal by oscillating at a selected frequency.

A radio frequency bandpass filter comprising:

• a radio frequency resonator coupled to at least one support structure on a chip-level substrate, the resonator having a resonating frequency tuned by forming a notch in a surface of a portion of the at least one support structure to adjust said resonating frequency to pass a signal having a selected frequency.