Inductor, oscillator, and terminal device

An inductor, comprising:

• a primary conductive segment, at least two first conductive sub-segments, and a switch, wherein the primary conductive segment forms a non-closed loop, two ends of the primary conductive segment are respectively connected to two primary ports, at least two taps are disposed on the primary conductive segment, a first end of a first conductive sub-segment of the at least two first conductive sub-segments is connected to a first tap of the at least two taps, and a second end of the first conductive sub-segment is connected to a first tap port, and the at least two first conductive sub-segments and the switch each are located inside the non-closed loop;
• wherein a first end of the switch is connected to the first tap of the at least two taps and the first conductive sub-segment, and wherein a second end of the switch is connected to a second tap of the at least two taps and a second conductive sub-segment of the at least two first conductive sub-segments;
• and
• wherein the two primary ports and the first tap port of the inductor are separately connected to a control circuit.

An inductor, comprising:

• a primary conductive segment, wherein the primary conductive segment forms a non-closed loop, two ends of the primary conductive segment are respectively connected to two primary ports, and at least two taps are disposed on the primary conductive segment;
• at least two first conductive sub-segments, wherein a first end of a first conductive sub-segment of the at least two first conductive sub-segments is connected to a first tap of the at least two taps, and a second end of the first conductive sub-segment is connected to a first tap port;
• a first switch, wherein a first end of the first switch is connected to the first tap of the at least two taps and the first conductive sub-segment, and wherein a second end of the first switch is connected to a second tap of the at least two taps and a second conductive sub-segment of the at least two first conductive sub-segments;
• and
• a second switch on the first conductive sub-segment, wherein the at least two first conductive sub-segments, the first switch, and the second switch are each located inside the non-closed loop.