Product Details
Product Introduction
The PCB launched by Mingzhenghong Electronics Co., Ltd., that is, the radio frequency and microwave printed board, is a circuit board specially designed for medium to extremely high frequency signals (MHz to gigahertz range). This product is widely used in various communication signals from mobile phones to military radars. This series of PCBs provide a 12-layer board structure, made of TUC and Rogers 5880 materials, with a board thickness of 1.6mm, a minimum aperture of up to 0.2mm, and a minimum line width and spacing of 4/4mil. Especially suitable for 5G communication products and base stations, mobile phones and radar devices. In terms of material selection, PCB uses advanced composite materials, which have specific characteristics for dielectric constant (Er), loss tangent and coefficient of thermal expansion (CTE) to cope with the growing demand for high-frequency communications market.
Advantages and features
- The use of high-performance TUC and Rogers 5880 materials ensures the low loss and stable transmission characteristics of the printed board in high-frequency applications; - The 12-layer board structure design provides sufficient capacity to handle complex multi-signal parallel processing requirements and optimizes signal integrity performance; - The minimum aperture is 0.2mm and the minimum line width spacing is 4/4mil to achieve precise circuit layout and adapt to high-density installation requirements; - Supports 5G high-frequency communication standards, taking into account the dual requirements of high-frequency performance and tiny size in the industry; - Through UL, RoHS, SGS, ISO9001, ISO14000, TS16949 IATF and other certifications, it reflects the dual guarantee of product quality and environmental protection; - The blue solder mask layer is paired with a white screen design to enhance product recognition and reflect professionalism and aesthetics.
Application Scenario
- 5G base stations and communication products meet the industry's needs for high-speed, large-capacity data transmission; - In the field of smartphones, support the stability and signal integrity of mobile phones in high-frequency signal processing; - Military and aviation radar systems, with high-speed resistance The ability to interfere with high-frequency noise to ensure clear and reliable signals; - High-frequency signal sensing and processing in medical equipment to improve the accuracy and stability of diagnostic tools; - Industrial automation and vehicle communication systems to adapt to signal transmission requirements in extreme environments , to ensure the stable operation of the system.
