0.5mm Pitch PA9T Board To Board Pin Header Male Female Connector

0.5mm Pitch PA9T Board To Board Pin Header Male Female Connector

• Board-to-board connector is currently the strongest connector product in all connector products, mainly used in power system, communication network, financial manufacturing, elevator, industrial automation, medical equipment, office equipment, household appliances, military manufacturing and other industries.

  At present, the main spacing of the board-to-board connector is 0.4mm, 0.5mm, 0.635mm, 0.8mm, 1.00m, 1.27mm.

• Threatening the board connector, the basic concept of it is to point to the different circuit boards together, is currently the strongest transmission capacity in all connectors product type connector products, mainly used in power system, communication network, finance, manufacturing, elevators, industrial automation, medical equipment, office equipment, household appliances, military industrial manufacturing and other industries. Board-to-board connector is the most powerful connector product in all connector products. The existence of board-to-board connector is not only for convenient disassembly, but also to provide current and signal carriers for products.

• About the application of board-to-board connectors:

  In electronics manufacturing the entire device may need to fit the space available because the device may be split into two or more boards if the PCB at the board design stage tends to take up too much space. Board-to-board connectors connect power and signals from board to board to complete all connections.

  Board-to-board connectors simplify the circuit board design process. Smaller PCBS often require manufacturing equipment that cannot accommodate larger PCBS. Power consumption is considered when extruding devices into a single PCB or multiple PCBS.

  The use of board-to-board connectors also simplifies the production and testing of electronic equipment. Simplified testing in the electronics manufacturing industry reflects significant cost savings. High-density PCBS have more traces and components per unit area, and equipment or products are best designed with several interconnected MDBS rather than a single HDBS.

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