The Rogers RO4003C series is a glass-reinforced hydrocarbon laminate and is available in two versions. Both are suitable for performance-sensitive mass-market applications. The main advantage of the RO4003C is that it is a low-loss material and has two different types of glass cloth. As a result, it has superior electrical and mechanical properties and a low Tg (thermal expansion coefficient).
The material is available in four common types: RO4003C, RO4003B, and RO4450B. Each has its advantages and disadvantages. The most common is the RO4003C, which is the most used in microwave and RF applications. It is also cost-effective. This is because its glass-reinforced surface is like a conventional epoxy laminate.
The advantages of the Rogers RO4003C are many. The Rogers 4003 is excellent for high-frequency applications and preferred for RF microwave circuit engineers. It is an essential component of every communication system, including radios, televisions, and cell phones. Despite its low cost, it requires a highly skilled electronic designer to use. Among the significant features of the Rogers RO4003C are its ease of construction and its high-frequency characteristics.
Unlike the FR-4, Rogers RO4003C is ideal for RF and high-frequency applications. This material can handle frequencies up to 300MHz. Due to the high-frequency and long life of the Rogers RO4003C, this material is commonly helpful in media and the airplane industry. Moreover, its standard glass construction makes the construction process easy. This board is an excellent choice for a wide range of applications.
Features of Rogers RO4003C
The dielectric constant of Rogers RO4003C is high, and the material has low electrical gravity. Therefore, it is a good choice for RF engineering applications where the dielectric constant is crucial. Its other features include its low electric gravity and low voltage. In addition, the ductility and high oxidation resistance make it ideal for microwave applications. The material is also durable and has high resiliency.
The material consists of a hydrocarbon/ceramics reinforced with proprietary woven glass. It has the electrical performance of woven glass/PTFE while having manufacturability of glass/epoxy. In addition, the material is non-brominated, lacking the UL 94 V-0 flame rating. Therefore, it is the best option for applications that require the UL 94 V-0 flame resistance.
This material meets the specifications of IPC-TM-650 test methods. Its low-impedance properties make it a good choice for spacecraft applications. Its CVCM and TML are 0.003 mV and 0.06 mV, respectively, making them ideal for high-frequency and long-range transmission lines. In addition, its controlled impedance and high-frequency performance ensure excellent data integrity.
The electrical characteristics of Rogers RO4003C are excellent for high-frequency PCBs. This high-frequency material offers excellent control over low-frequency and Dk. Compared to epoxy/glass, we can manufacture it by conventional glass and epoxy procedures. In addition, its price is competitive, thereby making it the best choice for commercial applications.
High-frequency applications require high-frequency materials. The Rogers RO4003C circuit board is ideal for these applications. It has good control of low-frequency and Dk. Moreover, its low-frequency and high-frequency performance are excellent for industrial and military applications. This circuit board is also suitable for a range of telecommunication applications. The advantages of Rogers RO4003C are many.
The Benefits and Drawbacks of Rogers RO4003C
For high-frequency circuits, substrate materials with tight dielectric constant control (Dk) and low loss are essential. The goal is to balance performance, manufacturability, and cost. Rogers High-Frequency Laminates are a great choice in this context, offering low loss and tight Dk control. Compared to Difunctional Epoxy (DE), Rogers RO4003C is only 4.5 times more costly than DIFE.
The dielectric constant of Rogers RO4003C is very high, allowing the material to withstand a big range of temperatures and time. This characteristic provides enhanced electrical loss, but it’s not necessary. High-frequency materials also feature controlled impedance, which is more important than electrical losses. Therefore, the main advantage of Rogers RO4003C is its high-frequency and low-frequency performance.
GCPW PCBs are capable of handling intense environmental conditions. Their superior thermal control means they won’t experience any radiation loss or spurious modes. These features, coupled with the low Dk and easy fabrication, make them a good choice for high-frequency PCBs. But there are drawbacks to RO4003C as well. In the long run, it’s not worth the money.
Although Rogers RO4003C is an excellent material for high-frequency applications, it has some drawbacks that make it less attractive for certain industries. For example, its construction uses hydrocarbon-based materials, which can experience dielectric changes under oxidative conditions. It also lacks flame-retardant materials, and its TC is 11 ppm/C and can burn easily at low speeds.
High-Frequency Dielectric Properties and Applications of Rogers RO4003C
The high-frequency dielectric properties of Rogers RO4003C make it a highly desirable choice for high-frequency circuits. Compared to PTFE, it is easier to process, has low losses, and is conformable. Additionally, it offers a low cost and easy circuit fabrication. Rayming PCB & Assembly easily fabricate these materials using standard glass/epoxy processes. The UL 94V-0 and RoHS-compliant materials are ideal for aerospace and defense applications.
The dielectric constant of Rogers RO4003C hydrocarbon ceramic laminates is 3.48+0.05 m/c. This dielectric constant varies based on frequency and application. Its FR-4 code indicates it is fire-resistant. In addition, the laminates are affordable and are compatible with conventional epoxy/glass processes. This is a cost-effective solution for a wide variety of communication applications.
The high-frequency dielectric properties of Rogers RO4003C PCB allow it to help in many industries. Because of its unique dielectric properties, it offers excellent electrical performance in various applications. The company is also a leading supplier of high-speed, RF, and multilayer PCB. And, because Rogers RO4003C is an FR-4-rated material, it does not require special handling and is available in different configurations.
Microwave applications
Because of its unique physical characteristics, Rogers RO4003C PCBs are widely helpful for microwave applications. These laminates have a dielectric constant of 3.38 +/0.05 m/c at 10 GHz. In addition, they consist of proprietary woven glass reinforced hydrocarbon/ceramics. The resulting circuits are lightweight and inexpensive. This makes it a popular choice in various electronic circuits and displays.
The dielectric constant of Rogers RO4003C is three times higher than that of FR435C. Therefore, this material is suitable for many high-frequency applications. In addition, it meets UL94V-0 flame rating requirements. The dielectric constant of Rogers RO4004C is 3.38 +/0.5. The dielectric constant and loss of the laminate are comparable to those of conventional FR4 epoxy grade laminates.
The TC Series Rogers RO4003C is an IM-certified, RoHS-compliant flame-retardant composite material. It offers exceptional electrical performance, low dielectric constant, and dimensional stability. Further, its low-cost woven fiberglass and PTFE woven-glass composite materials provide a durable, thin-film solution for PCBs. In addition, its PTFE and fiberglass content makes it suitable for high-frequency applications.
The RO4003C is available in various configurations. It uses a 1674 glass fabric and is compatible with the FR-4 process. However, its high-frequency dielectric constant is two times greater than RO4003C. This difference is the result of its high-frequency FR-FR-FR4 and FR-4003C.
The RO4003C material is available in various configurations. The RO4003C is available in 1674 glass fabric styles. It is also available as a drop-in replacement for RO4003C. The material is flame-retardant and conforms to IPC-4103A/240 standards. It is available in a wide range of sizes and can be customized to meet specific requirements.
Summary
The TC of the Rogers RO4003 circuit board is excellent for high-frequency applications. Because of its wide frequency range is preferred by RF microwave circuit designers and has a vital role in the automobile, aerospace, and telecommunication industries. To create a successful IC with this device, an expert electronic designer should take the time to learn about its construction and its benefits of this product.
The Rogers RO4003C offers a variety of advantages, such as low cost and ease of fabrication. Its only notable drawback is its construction, made from hydrocarbon-based materials. These are sensitive to oxidative environments and can burn at low speeds. In addition, the Rogers RO4003 does not have any flame-retardant materials, which means it could easily catch fire. Furthermore, its CTE is 46 ppm/C compared to other PCBs of this type.
The Rogers RO4003C has excellent performance, but it does have a few drawbacks. Its construction is not flame-retardant, making it vulnerable to oxidation and reducing performance. It also lacks a flame-retardant component, which can increase the chance of a fire. This means that the Rogers RO4003C is not suitable for high-speed applications.
