Abstract:
Embodiments of the present invention provide an integrated module. The integrated module includes a printed circuit board PCB and a modular device, where the modular device is mounted on the PCB; a group of front pin pads is disposed at four edges of a front surface of the PCB and the front pin pads are located around a mounted position of the modular device; and a group of bottom pin pads is disposed at four edges of a bottom surface of the PCB. Positions where the front pin pads are disposed are symmetric to positions where the bottom pin pads are disposed; and network properties of the front pin pads and those of the bottom pin pads are the same.
Abstract:
Embodiments of the present invention disclose a packaging structure and method and an electronic device. The packaging structure includes: a substrate (21), where the substrate (21) is arranged with a grounding end (27) and at least two circuit modules; a shielding separator (24) connected to the substrate (21) for separating the at least two circuit modules; a packaging insulator (25) applied on the substrate (21) for covering the at least two circuit modules, where the packaging insulator (25) is lower than the shielding separator (24); and a conductive coating (26) connected to the grounding end (27) and applied on the packaging insulator (25) for covering the packaging insulator (25) and the shielding separator (24). By using embodiments of the present invention, multiple shielded areas may be formed inside a packaging structure, which reduces electromagnetic interference between modules inside the packaging structure, and meanwhile, improves functional performance of circuits inside the packaging structure.
Abstract:
Embodiments of the present invention disclose a packaging structure and method and an electronic device. The packaging structure includes: a substrate (21), where the substrate (21) is arranged with a grounding end (27) and at least two circuit modules; a shielding separator (24) connected to the substrate (21) for separating the at least two circuit modules; a packaging insulator (25) applied on the substrate (21) for covering the at least two circuit modules, where the packaging insulator (25) is lower than the shielding separator (24); and a conductive coating (26) connected to the grounding end (27) and applied on the packaging insulator (25) for covering the packaging insulator (25) and the shielding separator (24). By using embodiments of the present invention, multiple shielded areas may be formed inside a packaging structure, which reduces electromagnetic interference between modules inside the packaging structure, and meanwhile, improves functional performance of circuits inside the packaging structure.