Composite tuned structure of optical, electrical, and/or magnetic circuit and tuning method thereof

1 . A composite tuned structure of optical, electrical, and/or magnetic circuit, comprising a first tuned optical electromagnetic circuit layer ( 101 ), a second tuned circuit layer ( 102 ), and an optical electromagnetic circuit matching layer ( 103 ), wherein stacked tuning is performed on the first tuned optical electromagnetic circuit layer ( 101 ) and the second tuned circuit layer ( 102 ) to form the optical electromagnetic circuit matching layer ( 103 ); an initial aligned state is obtained based on the optical electromagnetic circuit matching layer ( 103 ), and a target aligned state is preset; and if the initial aligned state of the optical electromagnetic circuit matching layer ( 103 ) is the same as the target aligned state, matching between the first tuned optical electromagnetic circuit layer ( 101 ) and the second tuned circuit layer ( 102 ) is compliant, otherwise, the matching is not compliant.

2 . The composite tuned structure of optical, electrical, and/or magnetic circuit according to claim 1 , wherein the composite tuned structure of optical, electrical, and/or magnetic circuit is an optical path structure; when the composite tuned structure of optical, electrical, and/or magnetic circuit is the optical path structure, the first tuned optical electromagnetic circuit layer ( 101 ) is a first tuned optical path layer, the second tuned circuit layer ( 102 ) is a second tuned optical path layer, and the optical electromagnetic circuit matching layer ( 103 ) is an optical path matching layer; and the first tuned optical path layer is a two-dimensional (2D) code bottom layer ( 201 ), the second tuned optical path layer is a 2D code top layer ( 202 ), and the optical path matching layer is an initial 2D code composite layer ( 203 ).

3 . The composite tuned structure of optical, electrical, and/or magnetic circuit according to claim 2 , wherein the 2D code top layer ( 202 ) is overlaid on the 2D code bottom layer ( 201 ) to form the initial 2D code composite layer ( 203 ); and by comparing whether a 2D code grating image on the initial 2D code composite layer ( 203 ) is the same as a preset target grating image, whether matching between the 2D code top layer ( 202 ) and the 2D code bottom layer ( 201 ) is compliant is determined.

4 . The composite tuned structure of optical, electrical, and/or magnetic circuit according to claim 1 , wherein the composite tuned structure of optical, electrical, and/or magnetic circuit is a first inductive circuit structure; when the composite tuned structure of optical, electrical, and/or magnetic circuit is the first inductive circuit structure, the first tuned optical electromagnetic circuit layer ( 101 ) is a first tuned inductive circuit layer, the second tuned circuit layer ( 102 ) is a second tuned inductive circuit layer, and the optical electromagnetic circuit matching layer ( 103 ) is an inductive circuit matching layer; and the first tuned inductive circuit layer is a first dielectric layer ( 301 ), the second tuned inductive circuit layer is a second dielectric layer ( 302 ), and the inductive circuit matching layer is a composite inductive circuit layer ( 303 ).

5 . The composite tuned structure of optical, electrical, and/or magnetic circuit according to claim 4 , wherein the first dielectric layer ( 301 ) and the second dielectric layer ( 302 ) are cross-connected to form the composite inductive circuit layer ( 303 ); and according to whether a current is detected on the composite inductive circuit layer ( 303 ), whether matching between the first dielectric layer ( 301 ) and the second dielectric layer ( 302 ) is compliant is determined.

6 . The composite tuned structure of optical, electrical, and/or magnetic circuit according to claim 1 , wherein the composite tuned structure of optical, electrical, and/or magnetic circuit is a second inductive circuit structure; when the composite tuned structure of optical, electrical, and/or magnetic circuit is the second inductive circuit structure, the first tuned optical electromagnetic circuit layer ( 101 ) is a first tuned inductive circuit layer, the second tuned circuit layer ( 102 ) is a second tuned inductive circuit layer, and the optical electromagnetic circuit matching layer ( 103 ) is an inductive circuit matching layer; and the first tuned inductive circuit layer is a first integrated inductive circuit array layer ( 401 ), the second tuned inductive circuit layer is a second integrated inductive circuit array layer ( 402 ), and the inductive circuit matching layer is a semiconductor package layer ( 403 ).

7 . The composite tuned structure of optical, electrical, and/or magnetic circuit according to claim 6 , wherein the first integrated inductive circuit array layer ( 401 ) and the second integrated inductive circuit array layer ( 402 ) form the semiconductor package layer ( 403 ) through electrical contact, non-contact or misalignment offset; and according to whether a functional parameter of the semiconductor package layer ( 403 ) meets a preset parameter, whether matching between the first integrated inductive circuit array layer ( 401 ) and the second integrated inductive circuit array layer ( 402 ) is compliant is determined.

8 . A tuning method, applied to the composite tuned structure of optical, electrical, and/or magnetic circuit according to claim 1 , and comprising the following steps:

step S 1 : performing the stacked tuning on the first tuned optical electromagnetic circuit layer ( 101 ) and the second tuned circuit layer ( 102 ) to form the optical electromagnetic circuit matching layer ( 103 );

step S 2 : obtaining the initial aligned state based on the optical electromagnetic circuit matching layer ( 103 ), and presetting the target aligned state;

step S 3 : comparing the initial aligned state of the optical electromagnetic circuit matching layer ( 103 ) with the target aligned state;

step S 4 : if the initial aligned state of the optical electromagnetic circuit matching layer ( 103 ) is the same as the target aligned state, determining that the matching between the first tuned optical electromagnetic circuit layer ( 101 ) and the second tuned circuit layer ( 102 ) is compliant; and

step S 5 : if the initial aligned state of the optical electromagnetic circuit matching layer ( 103 ) is not the same as the target aligned state, determining that the matching between the first tuned optical electromagnetic circuit layer ( 101 ) and the second tuned circuit layer ( 102 ) is not compliant.