PCB

Single side PCB has only one layer of conductive copper , with the circuit pattern printed on one side. Circuit connections can only be made on this side.

Double sided boards have two layers of conductive copper , arranged on both sides of the circuit board, and inter-layer interconnection is achieved by via technology, which is suitable for more

Offering great design flexibility. Multi-layer boards can achieve more complex circuit routing through interconnections of layers and provide more layers for organizing and arranging circuit

Quick PCB prototype aims to shorten production time and complete PCB prototypes faster than the normal lead time.For example, a standard 2-layer PCB prototype usually takes 5 days to produce, while a

A thick copper PCB is a board with a copper thickness greater than 3 oz.A 4 oz copper PCB is therefore classified as a thick copper PCB.

FR4 Tg170 board is a type of High-Tg PCB.High-Tg PCBs refer to circuit board materials with a relatively high glass transition temperature (Tg), typically above 170°C.High-Tg materials offer

The main features of HDI circuit boards (High Density Interconnector) include high-density wiring, microvia technology and excellent electrical performance. By adopting microvia blind and buried via

The production cost of single-sided flexible circuit boards is relatively low compared with double sided fpc, making them suitable for projects with limited budgets.

The substrate of multi-layer FPCs typically uses flexible materials, allowing the circuit board to bend and fold in multiple dimensions and adapt to various complex spatial layouts.

Combining the advantages of rigid printed circuit boards (PCBs) and flexible printed circuit boards (FPCs), the common rigid-flex PCB integrates the two through specific processes. It retains the

Lightweight and compact: Rigid-flex circuit boards feature lightweight and compact characteristics, making them suitable for electronic products that require thin and light designs. This gives them a

Good thermal conductivity: Copper has a high thermal conductivity, which can dissipate the heat generated by electronic components during operation, lower the temperature, and enhance the stability