**Product Details**
QinLv Internation has extensive research and development experience and advanced technology in the field of high-speed multi-layer PCBs. They are capable of providing high-frequency, high-speed PCB products to customers.
A 10-layer high-speed material PCB refers to a printed circuit board made from materials specifically designed for high-speed data transmission. The materials used in these PCBs typically have low dielectric constant (DK) and low dielectric loss tangent (Df) characteristics. This means they can effectively reduce signal delay and power loss, ensuring the speed and integrity of signal transmission.
Some key features of high-speed material PCBs include:
1. **Low Dielectric Constant (DK)**
Materials with a lower DK value can reduce signal delay during transmission, which is crucial for high-speed data transmission.
2. **Low Dielectric Loss (Df)**
A low Df value means the material has lower energy loss at high frequencies, helping to improve circuit efficiency and signal integrity.
3. **Thermal Conductivity**
Good thermal conductivity helps dissipate heat generated by components during operation, enhancing system stability and longevity.
4. **Mechanical Stability**
These materials typically have high rigidity, allowing them to withstand mechanical stress during the manufacturing process, ensuring dimensional stability and mechanical strength.
5. **Heat Resistance**
High-speed PCB materials are often required to have good heat resistance to support high-temperature processes during manufacturing and assembly.
When selecting a 10-layer high-speed material PCB, it’s important to consider these material characteristics as well as the circuit design requirements. Wellcircuits PCB has an extensive material library, with common high-speed materials including Shengyi’s S series, Panasonic’s M series, ISOLATUCEM, and CEMCITEQ. Additionally, attention should be paid to the PCB supplier’s capabilities. Wellcircuits PCB excels in understanding and processing high-speed materials, as well as in quality control processes, production cycles, and cost management, all of which lead the industry.