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Characteristics of Tin Plating Process for Double-Sided PCB Boards

Characteristics of Tin Plating Process for Double-Sided PCB Boards

    The tin plating process for double - sided printed circuit boards (PCBs) is a crucial manufacturing technique that significantly impacts the electrical performance, soldering quality, and long - term reliability of the boards. This process involves depositing a thin layer of tin on the copper su

Characteristics of Tin Plating Process for Double-Sided PCB BoardsJun 06, 2025 Characteristics of Tin Plating Process for Double-Sided PCB Boards1

DetailCharacteristics of Tin Plating Process for Double-Sided PCB Boards

Low - Cost Mass Customization Solutions for Single - Sided Printed Circuit Boards

Low - Cost Mass Customization Solutions for Single - Sided Printed Circuit Boards

    Single - sided printed circuit boards (PCBs) are widely used in various electronic applications due to their simplicity and cost - effectiveness. For mass customization needs, several strategies can be adopted to achieve low - cost production.  Material Selection  The choice of substrate materia

Low - Cost Mass Customization Solutions for Single - Sided Printed Circuit BoardsJun 05, 2025 Low - Cost Mass Customization Solutions for Single - Sided Printed Circuit Boards1

DetailLow - Cost Mass Customization Solutions for Single - Sided Printed Circuit Boards

Gold Immersion Thickness Standards for Double - Sided Printed Circuit Boards

Gold Immersion Thickness Standards for Double - Sided Printed Circuit Boards

    Gold immersion is a popular surface finish for double - sided printed circuit boards (PCBs) as it provides excellent corrosion resistance, good electrical conductivity, and a reliable soldering surface. Understanding the appropriate gold immersion thickness standards is crucial for ensuring the

Gold Immersion Thickness Standards for Double - Sided Printed Circuit BoardsJun 05, 2025 Gold Immersion Thickness Standards for Double - Sided Printed Circuit Boards1

DetailGold Immersion Thickness Standards for Double - Sided Printed Circuit Boards

Design and Application of Buried Resistors and Capacitors in Multilayer Printed Circuit Boards

Design and Application of Buried Resistors and Capacitors in Multilayer Printed Circuit Boards

    Multilayer printed circuit boards (PCBs) with buried resistors and capacitors have emerged as a key technology for modern electronic design, enabling more compact, high - performance, and reliable circuit assemblies.  Design Considerations for Buried Resistors  When designing a multilayer PCB wi

Design and Application of Buried Resistors and Capacitors in Multilayer Printed Circuit BoardsJun 05, 2025 Design and Application of Buried Resistors and Capacitors in Multilayer Printed Circuit Boards1

DetailDesign and Application of Buried Resistors and Capacitors in Multilayer Printed Circuit Boards

Current - Carrying Capacity of Vias in Multilayer Printed Circuit Boards

Current - Carrying Capacity of Vias in Multilayer Printed Circuit Boards

    Vias are an essential part of multilayer printed circuit boards (PCBs), providing electrical connections between different layers. Understanding the current - carrying capacity of vias is crucial for ensuring the reliable operation of PCBs, especially in high - power applications.  Factors Affec

Current - Carrying Capacity of Vias in Multilayer Printed Circuit BoardsJun 05, 2025 Current - Carrying Capacity of Vias in Multilayer Printed Circuit Boards1

DetailCurrent - Carrying Capacity of Vias in Multilayer Printed Circuit Boards

Softness and Hardness Adjustment Design of Flexible Printed Boards

Softness and Hardness Adjustment Design of Flexible Printed Boards

    The softness and hardness of flexible printed boards (FPBs) are critical design parameters that can significantly impact their performance, functionality, and compatibility with different applications. Adjusting the softness and hardness of FPBs allows designers to tailor these boards to meet th

Softness and Hardness Adjustment Design of Flexible Printed BoardsJun 04, 2025 Softness and Hardness Adjustment Design of Flexible Printed Boards1

DetailSoftness and Hardness Adjustment Design of Flexible Printed Boards
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