Multilayer Solder Mask Blind Buried Via PCB Prototype Service Gold Finger

Multilayer Solder Mask Blind Buried Via PCB Prototype Service Gold Finger

CESGATE's products are widely used in mobile phones, computers, automobiles, communication equipment, servers, industrial control and other electronic information fields. Adhering to the focus on the pressure and challenges of customers in the field of electronic information, to provide customers with competitive circuit boards and services, and continue to create maximum value for customers. Adhere to customer achievement, hard work, open innovation, self-criticism. CESGATE will grow into the world's leading circuit board manufacturer.

From the perspective of the industrial chain, the upstream of the printed circuit board industry chain is the raw material supplier, including copper foil, ink, resin, glass fiber cloth and other raw materials, of which copper foil and glass fiber cloth are the main raw materials for printed circuit boards; the midstream is the printed circuit board. The production layer of the board, the multi-layer board is the product with the largest output value in the printed circuit board in my country, accounting for more than 45.8%; the downstream is the application layer, and the printed circuit board has a wide range of applications, involving communications, automotive electronics, consumer Electronics, aerospace, medical equipment and other fields.

What is a Printed Circuit Board (PCB)

Printed circuit board, also known as printed circuit board, printed circuit board, often used in English abbreviations are PCB (Printed circuit board) or PWB (Printed wire board). PCB is the base plate used to assemble electronic components, and it is also the "mother of electronic products". It is a very important electronic component and a support for electronic components. Mainly through the metal copper foil circuits on the board, through the design of each layer to connect and conduct related components, to achieve a complete product that operates effectively.

Before the early PCB appeared, the various components of electronic products were connected by wires to form a complete path. Later, in order to simplify the manufacturing process of electronic products and reduce the cost, the circuit was developed by printing, and the copper foil on the substrate was used to replace the original wire connection, thereby improving the production efficiency.

The various components are mainly connected through the metal copper foil circuits on the board. By designing each layer to connect and conduct related components, a complete product that operates effectively is achieved.

The traditional circuit board construction method uses printed resists to make circuit lines and drawings, so it is called printed circuit board. Because the size of electronic products continues to be miniaturized and refined, most circuit boards are currently covered with etching resists (wet film or dry film), which are exposed and developed and then etched to remove unwanted copper foil to make circuit boards.

PCB Prototype Service Capacities and Technical Specification

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