Rogers 4003 PCB

Rogers 4003 is mainly composed of hydrocarbons and fluidized ceramics.The dielectric constant of Rogers 4003 is 3.55. Rogers 4003 is a commercial high-frequency PCB material with good stability and consistency.
Rogers 4003 material belongs to the 4000 series, so it can be pressed with Rogers 4003 and fr4. Rogers 4003 prepreg recommends RO4450F

Rogers4003 PC8 high-performance microwave PCB has different maximum operating frequencies according to different application environments.It is usually used below 30GHz.
The performance of Rogers 4003 PCB is relatively stable. This also depends on the tolerance of product design to loss.It can be simulated and evaluated by Rogers’ dedicated software mwi 2018.

Rogers is a global leader in the field of material technology. Its products cover high-frequency and high-reliability applications with the most demanding technical requirements.

They are widely used in microwave communications, 5G and military radars. There are a variety of boards with different performances to choose from to meet different choices for different applications.

Rogers 4003 material has excellent high-frequency performance:Rogers board R04000PoB material and Roaers 4003c have industrial-grade high performance and have the characteristics required for microwave RFCircuit matching networks and specific impedance transmission line design.

Among them, Roers 4003C thermosetting laminate has better performance and higher reliability.
It is a substitute for FR-4 with low processing cost and low loss. Lead-free soldering processes compatible with FR-4 processing processes can be used.
It is very suitable for applications such as small base stations, antenna systems and the Internet of Things.

Rogers 4003 high heat dissipation capability

The low-cost 92M series PCB material laminates in Rogers boards have a Z-axis thermal conductivity of up to 2.0 WhmK (10 times that of FR-4),
which can provide high thermal conductivity for multi-layer printed circuit board (PWB) applications that require full-board heat dissipation characteristics.
In addition, the R0400 series PCB material products have a dielectric constant of 255-6 15 and a lower Z-axis thermal expansion coefficient, and have better heat treatment capabilities than traditional PTFE materials. Among them, R048358 laminate has added antioxidants, and its antioxidant performance is 10 times higher than that of traditional PTFE materials. It is suitable for application materials that require higher high temperature stability and more oxidation resistance than standard RF thermoset materials.

Rogers 4003 price Low processing cost

Rooers Sheet’s R040 series PCB materials have high machinability and low processing cost, and are cost-effective solutions for high-reliability applications. Compatible with FH-4 processintechnology (including PCB multilayer board structure) and lead-free soldering process. ThM series PCB materials can use standard PCB substrate processing procedures and have obvious processing

advantages; resistant to chemical agents and will not cause damage during production and placement. It is an ideal choice for high-reliability stripline and microstrip applications.

Rogers 4003 high mechanical properties

Rogers Sheets’ R04003 series PCB materials are thermoset microwave laminates with excellent mechanical properties and resistance to creep and cold flow. R04003 laminates have stable and consistent mechanical properties under different dielectric constants. In the design of multilayer boards, materials with different dielectric constants can be used for different layers without causing bending and reliability issues. Among them, R03003 also has the lowest loss of 0.0013 of 10GH2 among commercial grade materials, which is very suitable for mass production.

Rogers 4003 PCB

Rogers R04003C PCB is a patented hydrocarbon resin system/ceramic fiber reinforced glass fiber woven board.
Its electrical performance is very close to that of PFE/glass fiber materials, and its mechanical processing performance is similar to that of epoxy resin/glass fiber materials.
The material can provide different structures. Rogers RO4003C PCB has two different glass fibers 1080 and 1674, but all structures meet the electrical performance specifications of the laminate.

Rogers RO4003C PCB can technically adopt standard epoxy resin/glass fiber processes while providing strictly controlled dielectric constants and losses,
And its price is only a fraction of traditional microwave materials. Even through-hole processing is not required for PTFE based on special materials. Application of PCB Rogers RO4003C

Aerospace with high reliability, Various typical and unconventional microwave, RF Applications

Rogers 4003 vs 4350

Rogers’ R043508 and R04003c are very mature products.
The dielectric constants of R043508 and R04003c remain unchanged, and the manufacturing process values are 348+005 and 3384005 respectively, and the design values are 3.6 and 3.5.
The dielectric constant changes with frequency, and the design simulation needs to be carried out according to the actual application frequency.
The material properties can refer to the data sheet RO4000 series high-frequency circuit board materials.

R04003C carbon hydrogen ceramics cannot directly replace the RF module design of R04350B carbon hydrogen ceramics.
DK and DF Rogers 4003 is inconsistent with R04350B. Direct replacement will cause the 50ohm micro-line width to change and the output loss to increase.
The software simulation design needs to be modified according to the dielectric constant and insertion loss of R04003c before the circuit board can be completely replaced.

Rogers has completed detailed internal certification of Procoperdlad boards R04003C and R04534 produced in Suzhou, China. Its certification includes electrical,

mechanical and thermal testing. We can confirm that the tested performance and quality parameters of the materials manufactured in Suzhou meet our existing published specifications.
Therefore, 0.5 ounces of R04003C and R04534 can be shipped using materials produced by ROGERS in Suzhou, China.

From the electrical parameters of Roers 4350 and Rogers 4003, Roers 4003c is superior to Roers 4350 in terms of loss factor and dielectric constant temperature coefficient.

R04350B is UL certified, while Ro4003 is not UL certified. Therefore, R04350B is recommended. Roer4003 requires built-in circuit board labeling. For more information, please refer to Ro4003 data sheet

R04003C is a patented glass fiber reinforced hydrocarbon resin system ceramic fiber material launched by Rogers.
Its electrical properties are very close to those of PTFE glass fiber woven materials, and its processing performance is similar to that of epoxy resin glass fiber materials.

Rogers 4003 has controllable dielectric constant and loss, and its price is only a fraction of that of traditional microwave materials.
It does not require special pre-plating or operating procedures. It is one of the most stable products in the RO4000 series and has extremely low dielectric loss.

Multi-channel! 24G vehicle flow monitoring radar can realize multi-channel transmission and reception, providing more than four sets of positioning data,
Making the location information more accurate and making the traffic statistics of each road more accurate. Rogers 4003 is recommended for high-frequency boards,
Which can reduce costs, increase antenna gain, reduce system losses of high-frequency circuits, improve product performance, and increase the monitoring range of multi-channel monitoring radars.

The antenna unit adopts Rogers 4003 microwave board, which can reduce losses and improve antenna performance.
The dielectric loss of Rogers 4003 is only 0.0027. Using a 0.5mm thick Rogers 4003 PCB board, the overall loss at 24Hz is about 198dBm,
Calculated by MW12018 software, of which the dielectric loss is 9.26dBm and the conductor loss is 10.6dBm.
Using Rogers 4003’s Lopro copper foil product, the conductor loss can be reduced to 2dBm, while the Rogers 4003 dielectric loss is almost unchanged.

The application of Rogers 4003 in communication units can increase the receiving power, reduce system noise, increase the transmission power,
And ensure the good performance of the communication unit by reducing the transmission loss.

Rogers 4003 has a dielectric constant of 3.38 and a dielectric loss of 0.0027, which meets the low loss requirements of 24GHz radar band applications

Rogers 4003 is used for commercial high-frequency PCBs, and zbpcb provides professional Rogers 4003 PCB manufacturing.