Rogers PCB

FS Technology can manufacture Rogers PCB boards for your project. This article will introduce you to our acceptable Rogers materials and analyze the properties and common applications of different types of materials.

Directory of Rogers PCB

What is a Rogers PCB

Laminates manufactured by Rogers Corporation are used to make PCB boards. This board is often compared to FR4, the difference is that instead of epoxy and fiberglass, ceramic, teflon materials are used. Even though it is more expensive to make printed circuit boards using Rogers material, it is still considered the first choice for many projects. FS Technology gives the following reasons:

  • Rogers’s performance index is the world’s top
  • This material has strong compatibility
  • Meet the demanding requirements of high-frequency PCBs
  • Single-layer, double-layer, and multi-layer circuit structures can be constructed
  • These boards have extremely low water absorption and are therefore considered the best option for wet environments

Types of Manufacturable Rogers PCBs

FS Technology has a wide range of businesses, including finished product assembly, Сборка печатных плат под ключ, and almost all types of Производство печатных плат services. There are many types of Rogers plates, we have listed the acceptable types below.

Rogers 3003

Rogers RO3003 is a high frequency laminate mainly used in RF and microwave applications. Its main constituent material is a ceramic-filled Teflon (PTFE) composite.

Material Properties

  • Numerical range of dissipation factor from 0.0010 to 10 GHz(Gigahertz)
  • Dk(Dielectric Constant)) of 3.00 +/- .04. 
  • Loss factor: 0.0013
  • Substrate Thickness: 0.02″ (0.5 mm)
  • Thickness of copper: 0.5 oz
  • Low X, Y and Z axis CTE of 17, 16 and 25 ppm/°C, respectively


  • Its design configuration is simple and works for a larger duration
  • The constant values of the mechanical properties of the board are independent of the dielectric constant used.
  • 3003 PCB can be used in high temperature electrical projects due to its lower dielectric losses.
  • It is an economical laminate that can minimize your project costs

Because the 3003 has the above advantages and characteristics, it is very suitable for use in oscillators, bandpass filters and advanced driver assistance systems (ADAS).

    Rogers 4003C

    The 4003 laminate uses 1080 and 1674 glass fabrics having the required arrangements similar to lamination of electric features. The most special thing about 4003C is that the electrical properties of 4003C are very close to PTFE/woven glass cloth material, but its processing technology is similar to epoxy resin/glass cloth material. It can be removed using a traditional nylon brush.

    Material Properties

    • Dk of 3.38 +/- 0.05
    • Dissipation factor of 0.0027 at 10 GHz
    • Low Z-axis coefficient of thermal expansion at 46 ppm/°C
    • The volume resistance is 1.7×10&10
    • Surface resistance is 4.2*10&9


    • Lower dielectric constant tolerance and losses
    • More stable electrical characteristics at different frequencies
    • It is a circuit board that is easier to mass produce
    • CAF resistance (Ion migration resistance)
    • Competitively priced at a fraction of traditional microwave materials.
    • The best choice for multilayer circuit board structure

    Rogers 4003 PCB excels in high frequency circuits and is the best choice if your project is an application that requires the use of frequency values in excess of 300 Megahertz.

    Rogers 4350

    Does your project have special requirements on PCB signals? I believe the HF Rogers 4350 can meet your requirements. This type of Rogers is made of fiberglass (not PTFE) reinforced hydrocarbon resin/ceramic filler. Since RO4350B laminates do not require special THT through hole processing like PTFE’s microwave materials, it is less expensive than conventional microwave laminates. Many PCB designers complete their projects with the excellent RF performance and cost-effective board provided by the Ro4350.

    Material Properties

    • Dk of 3.48 +/- 0.05
    • Dissipation factor of 0.0037 at 10 GHz
    • Low Z-axis coefficient of thermal expansion at 32 ppm/°C
    • Glass transition temperature (TG) > 280°C
    • Surface speed < 500 SFM and Chip Load < 0.05 mm during perforation


    • Price based on competitive advantage
    • Provides the features RF microwave developers need
    • RO4350 material passes UL 94V-0 fire rating required for high voltage RF design
    • Higher transmission frequency and faster signal throughput
    • Rogers 4350 has the lowest temperature coefficient of dielectric constant of all PCBs
    Typical applications for printed circuit boards of this material include: cellular base station antennas and power amplifiers, microwave point-to-point connections (P2P), automotive radar and sensors, radio frequency identification (RFID) tags and high-frequency heads (LNBs) for direct broadcast satellites.

    Rogers 4730G3

    The RO4700 G3 is an antenna grade laminate that is a more economical alternative to PTFE antenna material by using ceramic hydrocarbons with less lossy copper. The RO4700 G3 PCB is more compatible with traditional FR-4 and high temperature lead-free soldering processes and does not require through-hole preconditioning. Due to its light weight and high TG value, about 80% is used for antenna processing.

    Material Properties

    • Dielectric constant of 2.55 or 3.0 +/- 0.05
    • Low Z-axis coefficient of thermal expansion at less than 30 ppm/°C
    • Dissipation factors ranging from .0022 to .0029
    • High Tg at greater than 280°C
    • PIM performance <-165 dBc


    • Low temperature coefficient of dielectric constant
    • Stable circuit performance 
    • Reduce Passive Intermodulation (PIM)
    • When the components are introduced into the transmission system, it will cause the loss of PCB transmission power (Insertion Loss). The 4730G3 is better in this regard, allowing the component to experience less power variation on the load before and after insertion.

    Rogers 4830

    The RO4830 circuit board is a thermoset laminate that can be constructed using FR4 standard technology. Common circuit boards have relatively large changes in dielectric constant due to the special weaving structure of glass fibers, especially at millimeter-wave frequencies. To study the effect of glass weaving on the antenna performance, we fabricated a cross-fed microstrip patch array antenna on RO4835 and RO4830 PCBs. Unsurprisingly, the electrical properties of the RO4830 laminate were more in line with the standard values, with better reflectance (S11 <–10dB) and boresight gain performance.

    Material Properties

    • Dielectric constant of 3.24
    • Excellent insertion loss of 2.2 db/in at 77 GHz
    • Laminates have dielectric thicknesses of 0.005 and 0.0094


    • UL 94 V-0 flame retardant rating
    • Compatible with lead-free soldering processes
    • Good laser drilling performance
    • The oxidation resistance capability of RO4830 laminate is the best among hydrocarbon based materials
    It is typically used in 76-81GHz automotive radar sensor PCB applications.

    Rogers 4835T

    RO4835 is a circuit board material specially created by Rogers for the inner layer design of multi-layer boards. This thermoset pair can slow down the increase in dielectric constant and dissipation factor of the wiring due to oxidation. Compared to traditional thermosets, RO4835T is ten times more resistant to oxidation. From a project perspective, this material is the best combination of price, performance and durability. As a member of the Ro4000 series of hydrocarbon materials, it is also outstanding in providing high frequency performance.

    Material Properties

    • Dielectric constant (Dk) of 3.3
    • Density 1.92gm/cm3
    • Thermal conductivity 0.66w/m/k
    • Flame retardant laminate, UL 94 V-0 rated
    • Glass transition temperature Tg>280 degrees
    • Dielectric constant temperature factor 50ppm/℃


    • Anti-CAF
    • Keep circuit processing temperature constant
    • Increased flexibility in multi-layer board design
    • Easier PCB fabrication and assembly
    • Can be manufactured using standard epoxy/glass processes
    • Compared with traditional thermosetting materials, it has superior oxidation resistance
    • High yield with less scratches, dents and contamination during manufacture
    • Reliable interconnect stability with high peel strength after heat treatment
    • Compared to PTFE laminate, RO4000 thermoset reduces the overall cost of a PCB fabrication project

    RO4835™ laminate excels in high frequency applications. FS Technology’s customers mainly use it for: RF components, phased array radar, point-to-point microwave transmission, automotive radar and sensors.

    Rogers 5880

    Rogers RT/duroid 5880 High Frequency Laminate is a combination of PTFE composite and microfiber. These fibers maximize fiber gain, providing the most valuable direction for circuit manufacturers and end applications. The performance index of this kind of 5880 filled with short glass fibers in PTFE resin is the world’s top. Since the filling of short glass fibers is random, the dielectric constant between different plates is kept constant.

    Material Properties

    • Dk or 2.20 +/- .02
    • Dissipation factor of .0009 at 10GHz
    • Extremely low density of 1.37g/cm3
    • Z-axis TCDk as low as +22ppm/°C
    • Isotropic


    • Low Hygroscopicity
    • Mature Material
    • Easier cutting and machining
    • Excellent chemical resistance
    • Optimal choice for wet environments
    • Good mechanical and chemical characteristics
    • Uniform electrical characteristics over a wide frequency range
    Because of its excellent performance, it is often used in the military, aviation and communication industries. Including: mmWave system applications used in military radars, missile guidance systems, broadband applications, microstrip lines and strip circuits.

    Comparison of rogers pcb with other materials

    Rogers is a commonly used high frequency laminate material and is therefore often compared to other types of circuit boards. FS Technology lists several circuit boards and compares them in the following article.

    Rogers pcb vs FR-4

    • The prices of rogers are higher than FR4 PCB
    • There are fewer signal losses for roger PCB than the FR4 due to less dissipation factor
    • Roger PCB can handle the high temperatures environment than other boards
    • The value of the dielectric constant for roger is high than FR4 which is about 2.5 to 11 for roger and FR4 has 4.5.

    Rogers pcb vs Taconic

    These two boards come with features of fewer power losses and are used in high-frequency applications. But in the case of efficient Taconic is considered as best than roger PCB. But these two are used in electrical and power transmission circuits but rogers are used for circuits where less frequency is needed.

    These two boards are also used for high-temperature conditions with that both come with features of reduction of electric noise for high-performance applications

    common problem for rogers pcb

    The common problem of roger PCB is temperature. The projects where rogers boards have to apply will explain the temperature requirements for boards. If you are creating projects that have a sensitive nature to the temperate used to make the design can handle the suitable rogers boards. If you do not consider the template measures for the board and projects will disturb the operation of your board as well as projects where it applied. Before using the Roger PCB make sure that the board has high value of temperate than the board where roger has to be applied otherwise board will damage if temperatures increases

    All details have been covered for the Rogers PCB that is good for high frequency and temperature applications circuits. It sued for antenna communications systems aviation, and industry. It comes with different types that have their own features and parameters for applications. Before using the Roger PCB make sure that you have selected the temperature of boards larger than the projects where it has to apply otherwise can affect the circuit operation.

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