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20 mil RO4003C PCB
20 mil RO4003C PCB

Rogers 4003 PCB High Frequency Printed Circuit board

  • January 06. 2023
Rogers 4003 PCB High Frequency Printed Circuit board

The basic components of Rogers 4003 are hydrocarbons and filled ceramics. The dielectric constant for Rogers 4003 is 3.55. High-frequency PCBs made of Rogers 4003 have good consistency and stability. As a member of the 4000 series, Rogers 4003 material can be pressed using Rogers 4003 in place of FR4. The Rogers 4003 prepreg suggests using RO4450F.

High performance Rogers 4003 PCB The maximum operating frequency of a microwave PCB varies depending on the application environment. In most cases, it operates below 30GHz. The Rogers 4003 PCB's performance is rather stable. It also relies on how much loss the product's design can take. The unique Rogers program mwi2018 can be used to do the simulation evaluation.

Rogers 4003 High Frequency PCB

In the area of materials technology, Rogers is a global pioneer. Its products are suitable for the most difficult technological applications that require high frequency and excellent reliability. In 5G, military radars, and microwave communications, they are commonly employed. There are numerous performance plates available to suit various requirements for various applications.

Rogers 4003 material excellent high frequency performance
Industry-leading high-frequency performance can be found in Rogers sheet RO4000 PCB materials series and Rogers 4003C, which also contain the qualities needed for microwave radio frequency circuit, matching network, and special impedance transmission line design.

The Rogers 4003C thermoset laminate, which has a low processing cost and little loss, outperforms FR-4 in terms of performance and dependability. FR-4 processing technology is compatible with lead-free soldering. Very well suited to uses in the Internet of Things, tiny base stations, and antenna systems.

Rogers 4003C PCB

Rogers 4003 High heat dissipation capacity
When used in multi-layer printed circuit board (PWB) applications that call for the entire board to disperse heat, the inexpensive 92ML series PCB materials laminate used in Rogers boards has a Z heat conduction rate (2.0 W/mK) ten times higher than that of FR-4.
Additionally, compared to conventional PTFE materials, RO4000 series PCB materials have higher heat treatment capabilities, a dielectric constant of 2.55–6.15, and a reduced Z-axis thermal expansion coefficient. Among them, RO4835 laminates have antioxidants added and are suitable for applications requiring higher stability at high temperatures and more oxidation resistance than conventional radio frequency thermosetting materials. These laminates have antioxidants added and have ten times more oxidation resistance than traditional PTFE materials.

Rogers 4003 price Low processing cost
High machinability and low processing costs make the Rogers sheet RO4000 series PCB materials an economical choice for high reliability applications. compatible with lead-free soldering and FR-4 manufacturing techniques, including multilayer PCB board structures.
The TMM series PCB materials are resistant to chemical reagents, have no damage during fabrication and placement, and may be processed using customary PCB substrate processing techniques. It is the best option for applications involving microstrip lines and ribbon wires with high dependability.

Rogers 4003 Highly mechanical
The thermoset microwave laminates used in Rogers Sheets' RO4000 series PCB materials have good mechanical characteristics and resistance to creep flow and cold flow.
Under various dielectric constants, the mechanical properties of RO3000 laminates remain stable and consistent. Materials with various dielectric constants can be utilized on various levels of multilayer circuit boards without bending or reliability issues. In addition, among commercial grade materials, RO3003 has the lowest loss of 0.0013 (@10GHz), making it ideal for mass production.

A proprietary ceramic filler and hydrocarbon resin technology, the Rogers RO4003C PCB is strengthened by woven glass cloth. Its machinability and electrical characteristics are extremely similar to PTFE/glass cloth material and epoxy resin/glass cloth material, respectively. Different structures may be provided by this substance. All of the structures in the RO4003C Rogers PCB adhere to the same electrical performance standards for laminates despite using either 1080 or 1674 glass cloth.
While offering precisely controlled dielectric constant and loss at a fraction of the cost of conventional microwave materials, Rogers RO4003C PCB can employ standard epoxy resin/glass cloth production methods. Even using unique materials to perform the through-hole treatment of PTFE is not required.

Application of PCB Rogers RO4003C
Aerospace with high reliability, Various typical and unconventional microwave, RF Applications

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