• September 21. 2022

What's Advantages of Rogers 6002 PCB? Rogers' RT/duroid 6002 high frequency material is the preferred PTFE-based ceramic composites. It is a kind of low loss and low dielectric constant laminate, which can meet the strict requirements for mechanical reliability and electrical stability in complex microwave structural design. The dielectric constant of RT/duroid 6002 has excellent resistance to tem...

• September 14. 2022

Why Choose RT/duroid 6010.2LM High Frequency PCB Rogers RT/duroid 6010.2LM high frequency PCBs are a type of high DK PCB boards of ceramic-filled PTFE composites which are designed for electronic and microwave circuit applications. PCB material is mainly used in electronic and microwave circuits. Its performance has an important impact on the signal transmission speed, energy loss and characterist...

• September 07. 2022

TMM4 High Frequency PCB There is a type of high frequency PCB built on thermoset TMM 4 microwave material Rogers TMM 4 PCB is a ceramic, hydrocarbon, thermoset polymer composite designed for stripline and microstrip applications. It has strong mechanical and chemical properties combined many of the benefits of both ceramic and traditional PTFE materials. It is based on thermoset resins which allow...

• September 02. 2022

What Would You Choose To Do With The RO3003 High Frequency PCB We are going to to talk about RO3003 high frequency PCBs. Rogers RO3003 high frequency materials are ceramic-filled PTFE composites intended for using in commercial microwave and RF applications.&n...

• August 25. 2022

RO4003C High Frequency PCB We’re going to introduce high frequency PCB built on RO4003C laminates. RO4003C high frequency materials are woven glass reinforced hydrocarbon ceramic-filled laminates produced by Rogers Corporation. It has the similar electrical properties of PTFE/woven glass and manufacturability of epoxy resin materials. RO4003C materials are designed to offer superior high frequency...

• August 17. 2022

RT/duroid 5870 Printed Circuit Board Hello everyone, Today, we’re going to talk about high frequency PCB built on RT/duroid 5870 laminates. RT/duroid 5870 is glass microfiber reinforced PTFE composite of Rogers Corporation, which is designed for exacting stripline and microstrip circuit applications. There’re some reasons for using RT/duroid 5870 material. The first one is lowest electrical loss a...

• August 10. 2022

Hello everyone, Today, we are going to talk about high frequency PCB built on Rogers RO3035 substrates. Rogers RO3035 PCBs are ceramic-filled PTFE based high frequency circuit boards. Its expansion coefficient is matched to that of copper, which allows the PCBs to exhibit excellent dimensional stability. RO3035 materials have dielectric constant of 3.50 at 10GHz. With the characteristics of stable...

• August 03. 2022

Hello everyone, Today, I am going to talk about another type of heat management RF PCBs: TC350 PCB. Rogers TC350 PCBs are comprised of PTFE, highly thermally conductive ceramic fillers and woven glass reinforcement. It offers us a unique combination of low insertion loss and higher thermal conductivity. This enables superior reliability and reduced operating temperatures in high power applications...

• July 27. 2022

F4B High Frequency PCB F4B (PTFE based) is a reliable alternative RF material for antenna, filter and power amplifier. This is a brand of Chinese material which has advantages in price and volume production. Today we talk about high frequency circuit board built on Wangling's F4B substrates. F4B series high frequency materials are Wangling's products of PTFE woven glass fabric. Today, we'll l...

• July 21. 2022

Aluminum Base Circuit Board PCB for LED While many conventional PCBs provide excellent functionality, not all PCBs are suitable for LED applications. For optimum performance in lighting applications, PCBs for LEDs must be designed to maximize heat transfer capabilities. Aluminum-based circuit boards provide a versatile foundation for a variety of high-output LED applications, and LED lighting solu...