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RT5880 PCB Manufacturer. Low DK High-frequency material ,measured at 10GHz.the DK is 2.20±0.02;measured at 10GHz, dielectric loss factor is 0.0009.rt5880-pcb.Alcanta offer RT5880 board, RT/duroid 5880 board, RT6006 board, RT6010 PCB boards with higher quality. fast lead time. If you have any design question. please send email to us. our engineer will help you.

RT/duroid® 5870 and 5880 glass microfi ber reinforced PTFE composites are designed for exacting stripline and mi crostrip circuit applications.

The randomly oriented microfi bers result in exceptional dielectric constant uniformity.

The dielectric constant of RT/duroid 5870 and 5880 laminates is uniform from panel to panel and is constant over a wide frequency range.

Its low dissipation factor extends the usefulness of RT/duroid 5870 and 5880 laminates to Ku-band and above.

RT/duroid 5870 and 5880 laminates are easily cut, sheared and machined to shape. They are resistant to all solvents and reagents, hot or cold, normally used in etching printed circuits or in plating edges and holes.

Normally supplied as a laminate with electrodeposited copper of ½ to 2 ounces/ ft.2 (8 to 70m) or reverse treated EDC on both sides, RT/duroid 5870 and 5880 composites can also be clad with rolled copper foil for more critical electrical applications. Cladding with aluminum, copper or brass plate may also be specifi ed.

When ordering RT/duroid 5870 and 5880 laminates, it is important to specify dielectric thickness, tolerance, rolled, electrodeposited or reverse treated copper foil, and weight of copper foil required.

We have procued many RT/duroid 5880 PCB from 2 layer to 20 layers. some RT 5880 PCB are small gap to gap. and some RT 5880 boards was made with Cavity . and some are HDI RT 5880 PCB boards. and we also offer PCB+Component assembly. you can send me the Bom list with the PCB gerber files. our price team will you the total price and lead time. And affer we have finished the blank boards. we will do the PCB Component assembly jobs.

What is RT5880 PCB?

RT5880 PCB is a printed circuit board made of high-frequency material RT5880, which plays a vital role in the field of modern electronics. The use of this special material allows RT5880 PCB to perform well in high-frequency environments, and its excellent high-frequency performance and stability make it the first choice for many industries. RT5880 PCB is widely used in wireless communications, radar, satellite communications and other fields, and plays a key role in these fields.

The advantage of RT5880 PCB is that it uses special materials and design to achieve low loss and excellent signal transmission characteristics in high-frequency environments. Compared with traditional materials, RT5880 PCB has a higher operating frequency range and better signal integrity, and can meet the stringent requirements for signal quality and stability of complex electronic systems. This makes the RT5880 PCB ideal for many high frequency electronic devices.

In the field of wireless communications, RT5880 PCB is widely used in the design and manufacturing of key components such as radio frequency modules and antenna systems. Its stable performance and reliable quality ensure the stable operation of communication equipment in complex environments. In the fields of radar and satellite communications, the high-frequency performance and stability of RT5880 PCB make it a key technical support, ensuring the efficient operation of radar systems and satellite communications equipment.

In general, RT5880 PCB is not just a printed circuit board, but an important part of the development of modern electronic technology. Its excellent performance and wide range of applications provide powerful tools for electronic engineers and designers, promoting the continuous development and innovation of high-frequency electronic technology.

RT5880 PCB design Reference Guide.

Designing the RT5880 PCB is a complex and critical process that requires comprehensive consideration of many factors to ensure the performance and reliability of the board. Here are some key factors to consider when designing the RT5880 PCB:

Frequency requirements

RT5880 PCB is often used in high-frequency applications, so the operating frequency range needs to be fully considered during design. For applications with different frequency requirements, it is necessary to select the appropriate plate thickness and number of layers, as well as the corresponding layout and connection methods.

Signal integrity

In high-frequency circuit design, signal integrity is critical. Designers need to pay attention to the signal transmission path to avoid signal interference or attenuation. Through reasonable wiring planning, ground wire design, signal layer separation and other measures, signal integrity can be effectively improved.

Wiring rules

The wiring rules of RT5880 PCB should comply with the requirements of high-frequency circuit design. It is necessary to pay attention to the layout of signal lines and ground wires, the selection of wiring paths, the distance between signal lines, etc., to reduce the effects of signal crosstalk and signal attenuation.

Material selection

The performance of the RT5880 PCB is directly affected by the materials chosen. In addition to the main RT5880 high-frequency materials, copper foil thickness, pad cover material, etc. also need to be considered. Choosing the right materials can improve the performance and stability of your circuit board.

Hierarchy and layout

Based on actual application requirements, designers need to reasonably select the number of layers and layout of RT5880 PCB. The choice of the number of layers affects the complexity and performance of the circuit board, and the rationality of the layout directly affects the signal transmission effect and overall reliability.

Connection method

When designing the RT5880 PCB, the connection method is also an important factor to consider. Including welding methods, connector selection, pin layout, etc., all will affect the reliability and maintainability of the circuit board.

To sum up, designing RT5880 PCB requires comprehensive consideration of frequency requirements, signal integrity, wiring rules and other factors. Designers should rationally select layers, layouts and connection methods based on actual application requirements to ensure that the performance and reliability of the circuit board meet requirements.

What material is used in RT5880 PCB?

The key material used in RT5880 PCB is RT5880 high-frequency material, which is known for its excellent dielectric properties and stability and is especially suitable for high-frequency application environments. RT5880 high-frequency material has low loss, low dielectric constant and excellent mechanical properties, making it one of the preferred materials for high-frequency circuit design. During the manufacturing process of RT5880 PCB, in addition to RT5880 high-frequency materials, other key materials need to be used to ensure the performance and stability of the circuit board.

Among them, copper foil is one of the indispensable materials in RT5880 PCB. As a conductive layer, copper foil is responsible for connecting various components in the circuit and transmitting signals. Its thickness and quality directly affect the conductive performance and signal transmission quality of the circuit board. Therefore, in the design and manufacturing process of RT5880 PCB, the material selection and treatment of copper foil are crucial.

In addition, the pad cover is also one of the important materials in RT5880 PCB. The pad cover is mainly used to protect the pads from oxidation and corrosion while providing good soldering performance. In high-frequency application environments, the quality of the pad coverage directly affects the reliability of the welding and the stability of the circuit board.

To sum up, the key materials of RT5880 PCB include RT5880 high-frequency material, copper foil and pad cover. These materials not only ensure the high-frequency performance and stability of circuit boards, but also provide a reliable foundation for the design and manufacturing of high-performance electronic equipment.

What size are RT5880 PCB?

The size of the RT5880 PCB is one of the crucial considerations during the design and manufacturing process. Its flexibility and customization make it suitable for a variety of application scenarios, from small RF modules to large antenna systems, all of which can be designed and manufactured with RT5880 PCB.

For small RF modules, the RT5880 PCB can be precisely designed into a compact and efficient size to meet the space constraints and power consumption requirements of the device. This small size RT5880 PCB is suitable for applications such as wireless sensor networks, RFID readers, Bluetooth modules, etc., providing stable circuit support for these devices.

For large antenna systems, the RT5880 PCB can be designed to a larger size to accommodate more antenna elements and connectors and implement complex signal processing and frequency adjustment functions. These large RT5880 PCBs are often used in radar systems, communication base stations, satellite communication ground stations and other applications to provide them with a stable and efficient signal transmission platform.

Not only that, RT5880 PCB can also be designed in multiple layers according to specific application requirements to achieve more complex circuit layout and signal isolation, further improving system performance and stability. For example, in the RF front-end module, a multi-layer RT5880 PCB design can be used to implement filtering, amplification and modulation of RF signals, thereby improving the system’s anti-interference capability and transmission efficiency.

In short, the size of RT5880 PCB can be flexibly customized according to specific application requirements. Whether it is a small RF module or a large antenna system, high-performance and stable circuit design and manufacturing can be achieved through RT5880 PCB.

The Manufacturer Process of RT5880 PCB.

The manufacturing process of the RT5880 PCB is a critical step in ensuring the quality and performance of high-performance circuit boards. The following is a detailed introduction to each link:

Design verification

During the design verification phase, engineers will use CAD software to create an initial design of the circuit board based on the customer’s needs and specifications. The board is then validated through simulation and emulation tools to ensure it meets performance specifications and reliability requirements.

Material selection

Choosing the right materials is critical to the performance of the RT5880 PCB. High-frequency material RT5880 is usually used to manufacture circuit board substrates, while high-quality copper foil is used for the conductive layer. Choosing appropriate materials ensures that the circuit board has good signal transmission characteristics and stability.


Printing is the process of transferring circuit board patterns to a substrate. In this step, a special photosensitive adhesive or coating is used to cover the entire substrate surface, and then the designed circuit board pattern is transferred to the substrate through the process of exposure and development.


In the lamination stage, the prefabricated circuit board substrate and the copper foil layer are pressed under high temperature and high pressure to ensure that they are tightly bonded. This step is critical because a good combination of substrate and conductive layers improves the reliability and performance of the circuit board.


Forming is the process of cutting circuit boards to the required size. Through cutting and shaping, the shape and size of the circuit board that meets the design requirements can be obtained.


Drilling is the process of drilling holes in a circuit board to mount components or make connections. Use a drill bit to drill the holes into the circuit board, making sure the hole diameter and location are accurate.

Surface treatment

The final step is to surface treat the circuit board to prevent oxidation and corrosion and provide a good surface for soldering and assembly. Common surface treatment methods include tin spraying, gold spraying, chemical gold plating, etc.

Each manufacturing process step requires strict control and inspection to ensure that the quality and performance of RT5880 PCB meet the requirements. Only in this way can the circuit board be ensured to operate stably and reliably in high-frequency environments and meet the needs of various application fields.

The Application area of RT5880 PCB.

RT5880 PCB is widely used in the field of high-frequency electronics. Its stable performance and reliable quality make it the first choice material for various wireless communication equipment, satellite communication systems, radar systems, antenna systems and other fields.

First of all, RT5880 PCB plays a vital role in wireless communication equipment. Whether in mobile communication base stations, wireless routers, smartphones and other equipment, RT5880 PCB can provide stable high-frequency signal transmission and excellent signal integrity to ensure the stability and reliability of communication.

Secondly, RT5880 PCB is also widely used in satellite communication systems. Satellite communication systems require high frequency, high speed, and high reliability, and RT5880 PCB is an ideal choice to meet these requirements. It can carry complex communication signals and ensure the stable operation of satellite communication systems.

In addition, radar systems are also one of the important application areas of RT5880 PCB. Radar systems have extremely high requirements for the processing and transmission of high-frequency signals, and RT5880 PCB, with its excellent high-frequency characteristics and stability, can meet the complex requirements of radar systems for signal processing and provides important support for improving the performance of radar systems.

Finally, RT5880 PCB also plays an irreplaceable role in the antenna system. Antenna systems need to have excellent frequency response and signal transmission characteristics, and RT5880 PCB can meet these needs and can be flexibly designed into various shapes and sizes to adapt to different antenna system designs.

In general, RT5880 PCB has become the preferred material in the high-frequency electronics field due to its stable performance, reliable quality and wide range of applications. With the continuous development of wireless communications, satellite communications, radar systems and antenna systems, RT5880 PCB will continue to play an important role in promoting the progress and development of the entire industry.

What are the advantages of RT5880 PCB?

RT5880 PCB has many obvious advantages compared to traditional FR4 circuit boards. First, it has lower losses. Due to the use of high-frequency material RT5880, this type of PCB can reduce signal loss during signal transmission and ensure signal stability and reliability. This feature makes RT5880 PCB outstanding in high-frequency applications, especially in wireless communications, radar, satellite communications and other fields.

Secondly, RT5880 PCB has better signal integrity. Compared with traditional FR4 circuit boards, RT5880 PCB can better control signal transmission, reduce signal distortion and interference, and maintain signal clarity and accuracy. This makes RT5880 PCB particularly suitable for application scenarios with high signal quality requirements, such as high-speed data transmission, radio frequency signal processing, etc.

In addition, RT5880 PCB has a higher operating frequency range. Thanks to its excellent material properties and manufacturing process, RT5880 PCB can support higher operating frequencies to meet the frequency range requirements of different application scenarios. This gives RT5880 PCB great potential in the future development of high-frequency electronic equipment, able to cope with the growing data transmission needs and frequency requirements.

In addition to the above advantages, RT5880 PCB also has higher reliability and stability. Using advanced materials and manufacturing processes, RT5880 PCB strictly controls quality during the design and production process to ensure that the circuit board has stable performance and reliable quality. This enables the RT5880 PCB to operate stably under various harsh environmental conditions and maintain long-term performance, providing users with reliable protection.

To sum up, RT5880 PCB has become an indispensable key in modern high-performance electronic equipment with its lower loss, better signal integrity, higher operating frequency range, and higher reliability and stability. Components provide strong support and guarantee for various application scenarios.


What are the advantages of RT5880 PCB compared to traditional FR4 PCB?

RT5880 PCB has lower dielectric loss and better signal integrity than traditional FR4 PCB, making it perform better in high-frequency environments. In addition, RT5880 PCB also has a higher operating frequency range and better high-temperature performance, making it suitable for more demanding application scenarios.

What is the cost of T5880 PCB?

The cost of RT5880 PCB is usually slightly higher than traditional FR4 PCB, mainly due to its use of high-performance RT5880 material and more complex manufacturing process. However, considering its excellent performance and stability in high-frequency environments, the investment in the RT5880 PCB is usually fully rewarded.

How environmentally friendly is the RT5880 PCB?

The materials and processes used in the manufacturing process of the RT5880 PCB generally comply with environmental standards, such as lead-free soldering processes that comply with the requirements of the RoHS directive. In addition, the high stability and reliability of RT5880 PCB also helps reduce the frequency of maintenance and replacement of electronic equipment, thereby reducing the impact on the environment.

Can RT5880 PCB be recycled?

Yes, the materials of the RT5880 PCB can generally be recycled. Through appropriate recycling and processing methods, the materials in the discarded RT5880 PCB can be re-extracted and reused, reducing resource waste and reducing negative impact on the environment.

In which industries is RT5880 PCB widely used?

RT5880 PCB is widely used in high-frequency electronic fields such as wireless communications, satellite communications, radar systems, and antenna systems. Its stable performance and reliable quality make it the material of choice in these fields.

If you have any questions. Such as the materials thickness or materials size. the price and lead time. please send Email to:  
Our engineer will get back to you as soon as possible.



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