Considerations for MIPI Signal PCB Design

Considerations for MIPI Signal PCB Design

MIPI (Mobile Industry Processor Interface) is a core transmission standard for devices such as smartphones, tablets, and automotive systems, which includesD-PHY (used for CSI cameras/DSI displays) andC-PHY (higher bandwidth, no independent clock) physical layer protocols. Its characteristics include: Differential Signals: D-PHY includes 1 pair of clock + 1~4 pairs of data lines; C-PHY transmits embedded … Read more

Understanding PROFIBUS DP DB9 Interface Signals and Design

Understanding PROFIBUS DP DB9 Interface Signals and Design

PROFIBUS DP Basic Introduction PROFIBUS DP is a classic fieldbus protocol introduced by Siemens many years ago, widely used in various industrial applications. With more domestic manufacturers participating in the production and manufacturing of PROFIBUS DP related devices, various designs for the physical connection of PROFIBUS DP have emerged. To facilitate everyone in designing the … Read more

PCB Layout and Routing Guidelines

PCB Layout and Routing Guidelines

1. Layout 10 Rules for Component Layout: 1. Follow the principle of “large first, small later; difficult first, easy later,” meaning that important circuit units and core components should be prioritized in layout. 2. The layout should refer to the schematic diagram, arranging major components according to the main signal flow direction of the board. … Read more

PCB Design Checklist: Routing

PCB Design Checklist: Routing

Route according to the 50-ohm impedance line width, try to route from the center of the pad, keeping the lines straight and preferably on the top layer. When a bend is necessary, make it at a 45-degree angle or as an arc, preferably bending near capacitors or resistors. If routing meets the matching requirements of … Read more