Your Professional Rogers 3003 Manufacturer in China
PCBMay is the lеаding PCB Manufacturer in China. Wе specializes in рrоviding оf аll sizes with high-ԛuаlitу Rogers 3003.
- Quick-Turn Production
- 12 years manufacturing experience
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Your Leading Rogers 3003 Manufacturer
Since rogers 3003 is your first concern, PCBMay can provide the best solution in this industry. Complete selections that can meet your demands and lower your costs.
PCBMay has convenient factory space covering complete processing equipment to produce high performance and reliability of your rogers 3003 orders. We ensure our manufacturing employees done the training for excellent operation performance.
Searching for rogers 3003 manufacturers is not easy. Are you looking for a reliable partner in China? Well, PCBMay is the right place you visit. We will help you solve your problems.
PCBMay offers a wide range of selections and plenty of applications. PCBMay roger 3003 is a high-frequency PCB board with different dielectric thicknesses like 0.75mm and more.
As one of the leading Rogers3003 manufacturers, PCBMay will provide complete and practical solutions. We provide full support offering our faster response with our friendly customer service.
Don’t hesitate to message us right away.
PCBMay offers flexible shipping methods for our customers, you may choose from one of the methods below.
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Why Choose PCBMay for Your Rogers 3003
When searching for an excellent source of Rogers3003, PCBMay is the right choice for you. IN China, we are one of the trusted producers and manufacturers with excellent customization capabilities.
We manufacture different selections of Rogers3003 and more PCB types of applications. PCBMay Rogers3003 is a ceramic-filled composite featuring mechanical and electrical stability and high frequency with two-layer boards and 3.0DK. You can choose different types of dielectric thickness such as 0,75mm, finished thickness like 0.9mm, thermal conductivity, and more.
In quality production, we ensure to prepare complete and certified raw materials and complete processing machines. PCBMay manufacture Rogers3003 with immersion gold surface treatment.
PCBMay Rogers3003 is applicable for automobile radar applications which made for long-lasting service using tested materials. RF coupler PCB is one of the applications of Rogers3003 and is also suitable for aerospace PCB. A lot of people in business also use Rogers3003 for GPS antenna PCB and different project applications.
Our Rogers3003 is excellent for high-temperature applications that can change from 10 to 150 degrees. PCBMay Rogers3003 is applicable for radio frequency applications that offer affordable prices. PCBMay Rogers3003 can develop two-layer boards. Whatever your ideal customizations, we will fully support your needs. We manufacture using high-grade materials for excellent supplies and practical applications.
We can be your partner that very glad to connect with you and build a long-term relationship. Whether you need Rogers3003 for your business like wholesale or even handled projects, PCBMay is your number 1 choice. We will help your process fast since we have plenty of staff, so don’t hesitate to contact us directly.
For your urgent needs, PCBMay will assure you to guide the whole of your Rogers3003 processing. We will help you start your business or continue supporting your expandable and successful business.
Send your inquiries for more information!
Rogers 3003- The Ultimate FAQ Guide
Rogers 3003 is a laminate material that you use in the making of the printed circuit boards. It is one of the best types of laminate material that you can use for your printed circuit board. It has many applications in telecommunication services, radar systems, and space stations.
If you want to learn more about Rogers 3003, continue reading this article. It will clear all the queries you have.
What is Rogers 3003?
It is made of ceramic-filled polytetrafluoroethylene material and has various applications. You can use the brand name for polytetrafluoroethylene is Teflon.
They have excellent chemical, mechanical, and tensile strength. The laminates are highly resistant to high-temperature environments.
They have a dielectric constant of three. These high-frequency laminates have a wide range of applications in different fields.
They have been a core requirement of the printed circuit board industry for many years.
The demand for this high-frequency laminate has only increased in the past few years.
Their average thickness is 0.75 MM.
The Roger 3003 has excellent dielectric constant stability over temperature.
They have excellent capabilities, including a low loss factor that ranges from 0.0013 to 10 Gigahertz.
The Rogers 3003 laminates have high-cost performance and applications in Radiofrequency and microwave applications.
Rogers 3003 laminates are the most suitable and ideal material for printed circuit boards.
You can use the Roger 3003 in the high-frequency circuits i-e, 77 Gigahertz.
High-frequency Rogers 3003 laminate material
What are the Different Features of Rogers 3003?
Rogers 3003 laminate material is the best of its kind that the printed circuit board industry is using in the manufacturing of PCBs.
They have a wide range of applications, and they are benefiting the entire printed circuit board industry.
Rogers 3003 are ceramic-filled printed circuit board materials with excellent mechanical, chemical and, electrical strength.
They have an excellent dielectric constant for temperature. It can eliminate the change in the dielectric constant that occurs at room temperature.
They have excellent mechanical stability in the case of temperature.
This Rogers 3003 laminate material is best for temperature-sensitive applications, microwave and radiofrequency circuits, microstrip antennas and, bandpass filters.
They are the type of laminate material of printed circuit boards that are reliable for hybrid designs.
The thermal expansion coefficient of roger 3003 is almost equal to that of copper.
T\hey are best suited for the circuit applications that work at 77 gigahertz.
They have a low loss factor that is almost 0.0013. The value of thermal conductivity of rogers 3003 laminate material is almost 0.7 w/ M / n
The different physical features of Rogers 3003 laminate material
What is the Standard Thickness of rogers 3003?
The ceramic-filled laminate material i-e Rogers 3003 is one of the best types of laminate material that the printed circuit board industry is using.
The Rogers 3003 laminate material is a high-frequency laminate material.
The number of layers of a printed circuit board determines its standard thickness.
They have a standard thickness of Rogers 3003 ranges from 0.13 to 1.52mm.
However, the thickness of the Rogers 3003 has a bit of variation in thickness. Thickness could be change a bit according to the requirement of the application.
The thickness of the Roger 3003 laminate material depends on the requirement of the project.
Due to this ideal thickness of Rogers 3003, its properties are best among other types of laminate materials.
The thickness of the Rogers 3003 directly affects the functionality, performance, and working of the printed circuit board.
Its dielectric constant makes it best for the temperature changes. As a result, the loss factor is minimum as well.
The standard thickness of Rogers 3003 laminate material
What are the Commercial Applications of Rogers 3003?
Rogers 3003 laminate material has great emergence in the printed circuit board industry, and it has a great number of applications.
It has applications in the following industry:
- Rogers 3003 has wide use in GPS antennas
- It also has applications in power backplanes
- Rogers 3003 has applications in remote meter readers
- It also has applications in voltage control oscillators, microstrip antennas.
- It is ideal for temperature-sensitive applications
- They are reliable for hybrid designs
- You can use them for multilayer printed circuit boards
- You can use them in telecommunications services for signal transmission
- Rogers 3003 has applications in satellite systems
- It has applications in automotive radar systems
- It has applications in data links of a system of cables
- They have wide applications in wireless communications
- Have applications in Radiofrequency and Microwave printed circuit boards
- Has uses in bandpass filters
- It has major applications in amplifier printed circuit boards’ i-e power amplifiers.
- They also have applications in military and jamming systems
- You can use Rogers 3003 in the aeronautical engineering field
- You can also use them in cellular base stations
- They have applications in the medical field and medical equipment
- The advanced electronics also have printed circuit boards with Rogers 3003 laminate material
What is the Performance Efficiency of Rogers 3003?
By performance, efficiency means when we give our minimum input and receives an output of greater magnitude.
When you use Rogers 3003 in your printed circuit board as a laminate material, you have to give your minimum input. As a result, you achieve a great output.
The Rogers 3003 laminate material is one of the best types of laminate materials.
It has excellent working efficiency as compared to the other laminate materials.
The working efficiency depends on many factors like it is dielectric constant, coefficient of thermal expansion.
It also depends on the number of layers of laminate (thickness).
It also depends on the frequency range of Rogers 3003 laminate material.
Rogers 3003 has high prices but shows the best results in the most challenging environments and has the best advantages.
They can function very well in the worst conditions.
In case of very high-temperature ranges, they withstand it very efficiently.
They have effective impedance control, which results in their great performance.
Similarly, they have a low loss factor which helps in performance efficiency as well.
The performance efficiency of Roger 3003 laminate material
What is the Temperature Tolerance of Rogers 3003?
The temperature which the roger 3003 laminate material can tolerate is known as its temperature.
The Rogers 3003 laminate material has excellent thermal stability.
Its coefficient of thermal expansion is just like that of copper. It takes a lot of effort to breach its mechanical and electrical stability.
It has a good range of specific heat capacity, whose range is 0.900 J/g.
Similarly, its thermal conductivity makes its best type of laminate material and makes it perform well.
Thermal conductivity temperature ranges from 75 to 80 degrees.
To decompose a Rogers 3003 laminate material, you will need a very high temperature to destroy it.
For the decomposition, the temperature you can use is 500 degrees Celsius.
The Rogers 3003 laminate material has high flammability as well.
Do the processing of the Rogers 3003 laminate material in such a way that it can tolerate higher temperatures easily without having any damage.
What Kinds of Copper Foils you can use in Rogers 3003?
There are more than three types of copper foils that you can use in the processing of the Roger 3003 laminate material.
All these types are of different weights, sizes, and surface roughness.
Resistive type of foil:
The first type is resistive foil. It has to make of resistive and conductive material. It has a thickness of about 18 micrometers.
It weighs almost 35 grams.
It is the best type of copper foil that you can for Roger 3003 laminate material.
Rolled copper foil:
It is an effective type of Roger 3003 laminate material. It has applications in the printed circuit board industry.
Rolled copper foil of Roger 3003 laminate material weights almost 28 grams.
In addition, the surface roughness of the electric side of the foil is 0.4, and the surface roughness of the top side is 0.3.
You can always consider rolled copper foil if you need a Roger 3003 laminate of good mechanical properties.
Electrodeposited copper foil:
This type of copper foil is highly efficient in its performance. You can use it for the manufacturing of the Roger 3003 laminate material.
It weighs 28 grams, and its thickness is around 35 micrometers.
It has the surface roughness in case of dielectric side and top side as 2.1 and 0.5 respectively.
You can use the type of copper foil according to the requirement of your project.
The effectiveness of copper foils of Roger 3003 laminate material
What is the Multi-layer Adhesive System in Rogers 3003?
The Rogers 3003 laminate material is the most important type of laminate material that you can use in your printed circuit board.
However, you can use the Rogers 3003 laminate material in single layer system, double layer system, and multilayer system.
The number of layers totally depends on the nature and the requirement of the project.
The multilayer system of Rogers 3003 laminate material can exceed up to 40 layers.
The layers determine the thickness of the printed circuit board.
The thickness of Rogers 3003 laminate material directly affects its performance.
Therefore, you need to make sure that you manufacture Rogers 3003 laminate material of accurate thickness.
What is the Mechanical Performance of Rogers 3003?
The Rogers 3003 laminate material has great mechanical, electrical and tensile strength.
The mechanical strength of the Rogers 3003 laminate material directly affects its performance.
It has the property of exhibiting great resistance when you apply thermal shock to it.
When the temperature is rapidly changing i-e thermal cycles, the Rogers 3003 laminate material withstands it very efficiently.
The type of copper foil can also affect the changes, which occurs at extreme temperature.
For example, if you use the electrodeposited copper foil, it would result in thermal cracks.
However, when you apply the same temperature to the rolled type of copper foil, it withstands the temperature effectively.
It happens because they both have a difference in their mechanical properties.
The rolled copper foil has greater elongation capacity before it permanently deforms.
On the other hand, the electrodeposited copper foil has greater tensile strength.
It also depends on the adhesion of the foil.
The strength of the bond also depends on the surface roughness of the foil side.
All these properties show that the Rogers 3003 laminate material has good mechanical strength that makes it unique.
The PCB having 3003 laminate material increasing its performance
What are the impedance stability and conductivity of roger 3003?
The impedance means that the resistance a circuit shows towards the alternating current in the circuit.
The impedance stability is important for the normal functioning of the printed circuit board.
The Rogers 3003 laminate material has an extensive range of dielectric constant compared to other laminates, which results in impedance stability.
The impedance stability depends on many factors like thickness, size, surface roughness, and coefficient of thermal expansion of the Rogers 3003 laminate material.
The conductivity of Rogers 3003 laminate material means that at how much ease current can pass through the laminate material.
It tells us about the heat conductivity of the Roger 3003 laminate material.
If you do not manage the heat conductivity properly, it would result in the loss of the functioning of the Rogers 3003 laminate material.
Therefore, the impedance stability of the Rogers 3003 laminate material is very crucial for proper functioning.
Similarly, the conductivity of the rogers 3003 is crucial.
What is the Difference between FR4 and Rogers 3003 Material?
The FR-4 material is not the material it is grade, composite material for the glass-reinforced epoxy laminate material.
You can use the Rogers 3003 for the manufacturing of the printed circuit board.
Rogers 3003 is very expensive as compare to the RF-4 material, which is affordable.
The dielectric constant of RF-4 material is 4.5, and that of Rogers 3003 is 3.
The Rogers 3003 laminate material stabilizes the charges very efficiently and has greater polarity.
On the other hand, RF-4 material has lower polarity and does not stabilize the charges.
The working quality of both is different as well; Rogers 3003 laminate material works remarkably. Contrarily, the RF-4 has normal working.
In the case of impedance stability, Roger 3003 has a greater number of Dk values as compared to the RF4 material.
In the case of frequency, Rogers 3003 has a greater frequency.
Rogers 3003 laminate material has excellent stability in the harsh environment as compare to the RF-4 material.
The FR-4 has no ideal applications in space systems because it is not tolerant against outgassing.
However, Rogers 3003 laminate material is ideal for space systems, it decreases the outgassing very efficiently.
Rogers 3003 laminate material shows lesser changes in thermal stability comparing to the RF-4 material.
The picture showing the roger 3003 laminate material
What is the Surface Roughness of Rogers 3003?
The Rogers 3003 laminate is a high-frequency laminate material that you can use for radiofrequency and microwave applications.
The surface roughness of Rogers 3003 laminate material is important for the proper functioning of the printed circuit board.
One side of the copper foil is made rough by depositing the granular dendritic, and the other side is smoother.
The roughness of the surface of copper foils of Rogers 3003 laminate directly relates to the efficient working of the printed circuit board.
Do the surface roughness of the Rogers 3003 laminate material very precisely to avoid any critical damages that can occur.
The need for roughness depends on the type and the working of the printed circuit boards.
It can vary from project to project.
In some cases, the copper foils do not need any type of surface roughness.
What is the Frequency of Rogers 3003?
The frequency of the Rogers 3003 laminate material is another important aspect that you must know.
The frequency range of the Rogers 3003 laminate material affects its performance.
Generally, you can use the Rogers 3003 laminate material in the circuits with a frequency range of 75 to 77 gigahertz.
The Rogers 3003 laminate material has high-frequency stability and has a wide range of frequencies that can go up to 500 gigahertz.
The frequency range directly affects the working of the printed circuit board.
The range of the frequency of the Rogers 3003 laminate material is preset. Therefore, that it can show the effective electrical and mechanical stability of the printed circuit board.
The Rogers 3003 laminate material is the high-frequency laminate that you can use in high-frequency circuit boards.
The Rogers 3003 laminate material has applications radiofrequency and microwave circuit boards.
The effectiveness of the frequency range of the Rogers 3003 laminate material depends on the type of material you use for its making.
The picture showing the frequency range of Roger 3003 laminate material
What are the Physical Features of Rogers 3003?
The physical features of the Rogers 3003 laminate material are of great importance for the efficient working of the printed circuit board.
Many physical features of the Rogers 3003 laminate material are worth understanding.
Let us start with the thickness of the Rogers 3003 laminate material.
The standard thickness of the Rogers 3003 laminate material is between 1.2 to 1.55 mm.
The thickness of the Rogers 3003 laminate material would directly affect the working of the printed circuit board.
The Rogers 3003 laminate material is a ceramic-filled type of PTFE material.
The size of the laminate material is 12 x 18 inches.
The volume resistivity of the Rogers 3003 laminate material is (10)7 MOhm.
One side of the copper foils has a roughness, and the other is smooth.
The moisture absorption ability of the Rogers 3003 laminate material is around 0.04%.
The thermal conductivity of the Rogers 3003 laminate material is also important, and its value is almost 0.50 W/m/K.
Similarly, the dimensional stability depicts the mechanical stability of the laminate material.
The value for the Rogers 3003 laminate material of the Rogers 3003 laminate material is -0.06 to 0.07 mm/m.
The picture showing the physical features of Rogers 3003
What is the Base Material of Rogers 3003?
The Rogers 3003 laminate material is ceramic-filled PTFE material. It has a great application in radiofrequency and microwave.
The base material would directly affect the working of the printed circuit board.
To have good functioning of the Rogers 3003 laminate material and printed circuit board, you must make sure that you do its manufacturing efficiently.
You can also use halogen-free material and an aluminum base for the printed circuit board.
The thickness of this material would also affect its efficiency working.
What is the Surface Treatment in the case of Rogers 3003?
The surface treatment of the Rogers 3003 laminate material is also another important aspect you are going to read in this article.
You can do the surface treatment to make the working of the printed circuit board better.
The most common type of surface treatment done for Rogers 3003 laminate material is gold plating.
It is one of the most efficient methods for surface treatment.
For the surface treatment of the copper foils, you can deposit the granular dendrites on one side of the copper foil.
You can also use the peel-able blue mask for the surface treatment of the Rogers 3003 laminate material.
In the same way, you can also use Tin immersion and silver immersion for the surface treatment.
How can you Test Rogers 3003?
The testing of the Rogers 3003 laminate material, is crucial for the effective working of the printed circuit board.
You must test the Rogers 3003 laminate material from time to time.
The most common type of test you can use for this laminate material is the flying probe test.
Similarly, another important test is the minimum conductive resistance of the Rogers 3003 laminate material.
You can also perform maximum insulation resistance and maximum current test for its effective functioning.
From where can you Buy Rogers 3003?
You can get your hands on the high-quality laminate material i-e Rogers 3003 from PCBMay.
They have been producing the Rogers 3003 laminate material for 10 years.
They have great experience in the PCB industry.
They are the supplier of the printed circuit board in more than sixty countries.
They have high trust and efficient products that have international acceptance.