Rogers RO4003C

Everything You Should Know About Rogers RO4003C

Rogers RO4003C refers to a series of hydrocarbon laminates reinforced from glass. Its glass-reinforced surface is similar to a laminate from traditional epoxy. The material is highly suitable for multi-layer board constructions.

Rogers RO4003C is similar to FR-4 in terms of processing. But Rogers RO4003C runs at a much lower fabrication rate. They are primarily created for high-volume and performance-sensitive applications.

The dissipation factor of Rogers RO4003C is 0.0027 at 10 GHz. You will find these materials in the market at competitive rates. Let’s dive into the blog to explore more about Rogers RO4003C.

Features of Rogers RO4003C

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Rogers RO4003C circuit boards are extremely easy to design. They are mainly known for their high-frequency characteristics. Scroll down to acquire more details about the specifications of the high-frequency material.

● High Dielectric Constant

Rogers RO4003C dielectric constant is high, and the material comes with low electrical gravity. The dielectric constant indicates a substance’s ability to preserve electric energy within an electric field. The dielectric constant of RO4003C remains the same over different frequency ranges. Therefore, it is primarily used in RF engineering applications where the dielectric constant plays a crucial role.

● Ease of Manufacturability

RO4003C includes a hydrocarbon or ceramic reinforced with glass. The reinforced glass material is usually proprietary woven. Therefore, the material offers a high electrical performance similar to PTFE or glass.

The RO4003C circuit boards are often manufactured using traditional epoxy and glass methods. Moreover, the material does not need to be treated with bromine.

● Best for Flame Resistance

Rogers RO4003C does not have the UL 94 V-0 flame rating because of its non-brominated nature. They are often used in applications that need the UL 94 V-0 flame resistance. Therefore, RO4003C materials are certified for self-extinguishing.   

● Excellent for PCBs

The electrical properties of RO4003C make it ideal for high-frequency PCBs. The high-frequency material can offer exceptional control over Dk and low-frequency. The high durability and resiliency of the material are helpful for PCBs. The competitive pricing of the RO4003C also makes it perfect for PCBs.

● Used in High-Frequency Applications

Any high-frequency application needs to be manufactured using high-frequency materials. Since a Rogers RO4003C circuit board has heightened control over DK and low frequency, it’s perfect for high-frequency applications. RO4003C offers top-notch performance under both high and low-frequency ranges.

● Available in Different Configurations

The RO4003C material is available in different configurations. The material is available in 1674 glass fabric styles. You will also find them as drop-in replacements for RO4003C. The high-frequency dielectric constant of the first category is two times higher than the RO4003C drop-in replacements.

Both the materials have flame-retardant and self-extinguishing properties. The materials also meet the standards specified by IPC-4103A/240. You will find them in different sizes and can be customized per specific requirements.

Benefits of Rogers RO4003C

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Understand the benefits of Rogers RO4003C and decide whether it suits you.

● Tight Dk Control

Materials with low loss and tight dielectric constant control are mandatory in high-frequency circuits. It ensures that a delicate balance can be created between cost, performance, and manufacturability. Rogers high-frequency laminates are perfect for such applications. Rogers RO4003C is only 4.5 times more expensive than Difunctional Epoxy.

● Withstands extreme temperatures for a Long Time

Rogers RO4003C substrate comes with a high dielectric constant. Therefore, they can tolerate a considerable temperature range for a prolonged period. The ability to withstand different temperatures improves its electric loss.

The high-frequency circuit material also offers controlled impedance. It is more significant than electrical losses. The primary advantage of RO4003C under different temperature ranges is its ability to deliver superior performance under both high and low frequencies.

● Suitable for Intense Environmental Conditions

Rogers RO4003C is perfect for tackling intense environmental conditions. The RO4003C circuits offer top-notch thermal control. Therefore, it can keep spurious modes and radiation loss at bay. The easy fabrication of the circuits makes them an ideal choice for PCBs that need high frequency.

Applications of Rogers R04003C

R04003C is highly demanding for various military and industrial applications. RO4003C circuit boards are also great for multiple telecommunication applications. The exceptional mechanical and electrical properties of RO4003C and low thermal expansion coefficient make it suitable for different industries.

Rogers RO4003C materials in the TC Series are RoHS-compliant, flame retardant, and IM-certified. They have superior dimensional stability and a low dielectric constant. The low RTFE woven glass and low-cost woven fiberglass make it durable. Understand the application of the thin-film solution in two types of applications.

● Microwaves

The unique physical characteristics of RO4003C make it ideal for microwaves. The high-frequency laminates come with a dielectric constant of 3.38 +/0.05 m/c at 10 GHz. The circuits from RO4003C materials are inexpensive and lightweight.

The dielectric constant of Rogers RO4003C is thrice higher than FR435C. RO4003C is also perfect for microwaves because it meets several flame rating requirements. The high oxidation resistance and flexibility of RO4003C make them incredible for microwave applications.

● Spacecraft Applications

RO4003C circuit materials meet the requirement of the IPC-TM-650 evaluation methods. Due to their low-impedance properties, they are perfect for building a spacecraft. The TML of the material is 0.06 mV, while its CVCM is O.003 mV.

As a result, they can be used in long-range and high-frequency transmission lines. The material has high control over impedance and performance under high frequency. So, RO4003C guarantees top-notch data integrity.

Summing up

The TC of the Rogers RO4003C materials is excellent for all high-frequency applications. RF microwave circuit designers highly prefer them because of their wide frequency range. The materials also play a crucial role in the manufacture of spacecraft.

The automobile, telecommunication, and aerospace industry are also indebted to Rogers RO4003C for their exceptional electrical properties. The low voltage and electric gravity of RO4003C are highly beneficial. The loss of the laminate and the dielectric constant of the circuit is similar to that of traditional FR4 laminates of epoxy grade.

An electronic designer must learn about its construction and benefits to develop a successful IC with RO4003C. The low-cost and easy-to-fabricate materials are in huge demand in multiple industries.

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