• 2020.07.18

What is High Frequency PCB? Just as its name implies, high frequency is that the frequency is relatively high, generally refers to the frequency of >=300 MHz (i.e. wave length <=1m), that is, the usual radio frequency band. The electromagnetic wave of frequency >=1GHz is called microwave. Typical frequencies for wireless applications: * Current mobile: 0.9GHz - 2GHz * 3G systems: 2.5GHz *...

• 2021-11-26

RO4000 series high frequency circuit board materials have high frequency performance and low production cost of circuit boards. It has low loss and similar processing technology to ordinary epoxy resin/glass woven cloth (FR4), so it has a strong price competitiveness. When the circuit operating frequency is above 50OMHz, the range of materials that design engineers can choose is greatly reduced. R...

• 2021-12-02

RT/duroidR 5870 and .5880 are glass microfiber reinforced PTFF composite materials. They are designed for precise stripline and microstrip circuit applications. Randomly oriented microglass fibers make the dielectric constant have a good consistency. The dielectric constant between the different plates of RT/duroid 5870 and 5880 laminates remains the same and is a constant in a wide frequency rang...

• February 10. 2022

Rogers RO3006 laminate is a ceramic filled PTFE composite designed for commercial microwave and radio frequency applications. These high-frequency circuit materials have excellent mechanical and electrical properties, making them stable and reliable. RO3006 material provides a stable dielectric constant, which helps to eliminate dielectric constant variation. These materials have stable mechanical...

• February 23. 2022

Know More about Rogers RO3210 PCB Laminates RO3203™, RO3206™ and RO3210™ high frequency circuit materials are laminated with ceramic fillers reinforced with woven glass cloth. These materials have been developed to provide exceptional electrical and mechanical stability at a competitive price. RO3200™ series materials as an extension of the RO3000® series of high frequency materials have a ver...

• March 31. 2022

1. An uWB monopole antenna based on four-layer printed circuit board (PCB) is designed based on the method of resonance of multiple radiating patches in different frequency bands. The antenna is fed by microstrip and has two patches of different sizes on two different planes of the dielectric substrate. In order to realize the miniaturization of the antenna, a multilayer uwb monopole antenna with ...