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Repeater PCB for Enhanced Signal Amplification and Transmission

Repeater PCB for Enhanced Signal Amplification and Transmission

Repeater PCB for Enhanced Signal Amplification and TransmissionFeb 21, 2025 Repeater PCB for Enhanced Signal Amplification and Transmission1

With the continuous development of science and technology, PCB board industry is also moving forward, technology upgrading has become a key element of the development of the industry...

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High - Reliability Testing Standards for Multilayer PCBs

High - Reliability Testing Standards for Multilayer PCBs

    High - reliability testing of multilayer PCBs is essential to ensure their performance and longevity in various applications, especially in aerospace, military, and automotive industries. Several international and industry - specific standards govern these tests.  One of the most widely recogniz

High - Reliability Testing Standards for Multilayer PCBsJul 04, 2025 High - Reliability Testing Standards for Multilayer PCBs1

DetailHigh - Reliability Testing Standards for Multilayer PCBs

Laser Drilling Process for Blind and Buried Vias in Multilayer Boards

Laser Drilling Process for Blind and Buried Vias in Multilayer Boards

    The laser drilling process for blind and buried vias in multilayer printed circuit boards (PCBs) has revolutionized the manufacturing of high - density interconnect (HDI) boards. Blind vias connect outer layers to inner layers without passing through the entire board, while buried vias link inte

Laser Drilling Process for Blind and Buried Vias in Multilayer BoardsJul 04, 2025 Laser Drilling Process for Blind and Buried Vias in Multilayer Boards1

DetailLaser Drilling Process for Blind and Buried Vias in Multilayer Boards

Server Motherboard Design with PCB Multilayer Boards

Server Motherboard Design with PCB Multilayer Boards

    Server motherboards are among the most complex PCB designs, requiring multilayer structures (often 16–30 layers) to support high-density component placement, high-speed signal routing, and robust power distribution. Multilayer boards (MLBs) enable strict separation of signal, power, and ground p

Server Motherboard Design with PCB Multilayer BoardsJul 03, 2025 Server Motherboard Design with PCB Multilayer Boards1

DetailServer Motherboard Design with PCB Multilayer Boards

Application of Double-Layer Boards in Smart Sweeper Circuits

Application of Double-Layer Boards in Smart Sweeper Circuits

    Double-layer PCBs are widely used in smart sweeper robots due to their balance of cost, complexity, and functionality. These boards integrate multiple subsystems, including motor control, sensor interfaces, wireless communication, and power management, while maintaining a compact form factor sui

Application of Double-Layer Boards in Smart Sweeper CircuitsJul 03, 2025 Application of Double-Layer Boards in Smart Sweeper Circuits1

DetailApplication of Double-Layer Boards in Smart Sweeper Circuits

Green Oil Bridge Design for Double-Sided PCB Boards

Green Oil Bridge Design for Double-Sided PCB Boards

    Green oil (solder mask) bridges are critical in double-sided PCB design to prevent electrical short circuits between adjacent traces, especially in high-voltage or high-density layouts. The “green oil bridge” refers to the insulating layer of solder mask that separates conductive paths on the sa

Green Oil Bridge Design for Double-Sided PCB BoardsJul 03, 2025 Green Oil Bridge Design for Double-Sided PCB Boards1

DetailGreen Oil Bridge Design for Double-Sided PCB Boards

PCB High-Speed Connector Selection

PCB High-Speed Connector Selection

    Selecting high-speed connectors for PCBs is a critical task in modern electronic design, particularly for applications requiring high-frequency signal transmission, such as data centers, telecommunications, and advanced computing systems. High-speed connectors must maintain signal integrity (SI)

PCB High-Speed Connector SelectionJul 03, 2025 PCB High-Speed Connector Selection1

DetailPCB High-Speed Connector Selection
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