Your Leading Rogers 4003c PCB Manufacturer in China
Your Leading Rogers 4003c PCB Manufacturer in China
SMTFAB is an experienced Rogers 4003c PCB supplier in China, we can provide one solution for your project.
- Over 12 years Rogers 4003c PCB manufacturing experience
- Full range of Rogers 4003c PCB raw material in stock
- 100% E-test and AOI inspection
- No minimum order quantity for your new order
- 24h quick-turn service for your prototype Rogers 4003c PCB
- Sales working time is following your local time
- Production Facility
- Rogers 4003c PCB Capabilities
| Property | Typical Value | Direction | Units | Condition | Test Method | |
| RO4003C | RO4350B | |||||
| Dielectric Constant, sf Process | 3.38 ± 0.05 | 3.48 ± 0.05 | Z | — | 10 GHz/23°C | IPC-TM-650 2.5.5.5 Clamped Stripline |
| (1> Dielectric Constant, s Design | 3.55 | 3.66 | Z | — | 8 to 40 GHz | Differential Phase Length Method |
| Dissipation Factor tan, 8 | 0.0027 0.0021 | 0.0037 0.0031 | z | — | 10 GHz/23°C 2.5 GHz/23°C | IPC-TM-650 2.5.5.5 |
| Thermal Coefficient of zt | 40 | 50 | z | ppm/°C | -50°C to 150°C | IPC-TM-650 2.5.5.5 |
| Volume Resistivity | 1.7 X 1010 | 1.2 X 1010 | MQ・cm | COND A | IPC-TM-650 2.5.17.1 | |
| Surface Resistivity | 4.2 X 10° | 5.7 X 10° | MQ | COND A | IPC-TM-650 2.5.17.1 | |
| Electrical Strength | 31.2 (780) | 31.2 (780) | z | KV/mm (V/mil) | 0.51mm (0.020M) | IPC-TM-650 2.5.6.2 |
| Tensile Modulus | 19,650 (2,850) 19,450 (2,821) | 16,767 (2,432) 14,153,(2,053) | X Y | MPa (ksi) | RT | ASTM D638 |
| Tensile Strength | 139 (20.2) 100 (14.5) | 203 (29.5) 130 (18.9) | X Y | MPa (ksi) | RT | ASTM D638 |
| Flexural Strength | 276 (40) | 255 (37) | MPa (kpsi) | IPC-TM-650 2.4.4 | ||
| Dimensional Stability | <0.3 | <0.5 | X,Y | mm/m (mils/inch) | after etch +E2/150°C | IPC-TM-650 2.4.39A |
| Coefficient of Thermal Expansion | 11 14 46 | 10 12 32 | X Y Z | ppm/°C | -55 to 288°C | IPC-TM-650 2.4.41 |
Releted Some Other PCBs
Why Choose SMTFAB for Your Rogers 4003c PCB
The RO4003C from Rogers Corporation is a Laminate with Dk (Dielectric Constant) 4, Tg >280 °C. The thickness are Inches 0.008” (0.203mm), 0.012 (0.305mm), 0.016”(0.406mm), 0.020” (0.508mm) 0.032”(0.813mm), 0.060”(1.524mm).
SMTFAB Rogers 4003c is a high-frequency laminate. It has superior and improved properties.
As a professional Rogers 4003c PCB manufacturer in China, we have over 500 workers in our facility. Even in the peak season, we can meet your high demand.
SMTFAB Rogers 4003c PCB is one of the types of boards we can offer for you. In fact, we can also provide Radio Frequency(RF) PCB, Teflon PCB, high-frequency circuit boards, rigid-flex PCB, ceramic PCB, aluminum PCB, and so on.
Are you looking for an experienced Rogers 4003c PCB supplier? SMTFAB is your best choice.
SMTFAB has over 12 years of Rogers 4350b PCB manufacturing experience, we can offer different rogers PCBs for you.
You can trust SMTFAB, your reliable Rogers 4003c PCB manufacturer in China.
We have been building a solid relationship with our joint-venture partners, suppliers, collagenous, and subcontractors. Just like them, you will not get disappointed in us. We ensure to build you solid partnerships and skyrocket your business in the future.
As a leading Rogers 4003c PCB supplier, we can provide the Rogers 4003c PCB in different applications including broadcast satellite, wireless communication, remote meter reader, and radar.
As an ISO-certified PCB company, SMTFAB always puts quality first. We have different test methods including material incoming inspection, AOI test, flying probe test, fixture tester, and function test.
Contact us now.
Rogers 4003c PCB: The Ultimate FAQ Guide
Integrating large multi-layered board constructions is not possible with circuit joining channels.
Not only this, but the operation of delicately designed, high performance, and high volume appliances also requires Rogers 4003c.
Considering these basic requirements for operating several appliances, we have gathered some helpful questions in the FAQ guide below.
After comprehensive research and analysis, we have compiled the most frequently asked questions.
Thus, if you want to increase your insight towards the Rogers 4003c, explore the FAQ guide as under.
So, let’s get started!
- What is Rogers 4003c?
- What are the Features of Rogers 4003c?
- What are the Benefits of Rogers 4003c?
- How is Rogers 4003c Manufactured?
- What Materials are Used in the Construction of Rogers 4003c?
- What are the Applications of Rogers 4003c?
- How to Select the Best Rogers 4003c?
- Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
- What is the Difference between Rogers 4003c and FR4 Circuit?
- What Configurations of Rogers 4003c are Available?
- How to Choose the Best Manufacturers for Rogers 4003c?
- Where to Buy Rogers 4003c?
- What Are the Uses of Rogers 4003c?
- How to Select the Best Materials for Rogers 4003c?
- What Is Rogers 4003c Data Sheet?
- What Is the Substrate for Rogers 4003c?
- What Is the Price for Rogers 4003c Substrate?
- Which Processes Are Used for the Lamination of Rogers 4003c?
- What Is the PCB Rogers 4003c Properties?
What is Rogers 4003c?
Rogers 4003c is defined as a particular type of hydrocarbon lamination made with high-grade ceramic material.
This lamination is used to offer the premium supply of frequency performance.
In addition to this, Rogers 4003c is also used in low-cost fabrication circuits. Thus, the integration of the Rogers 4003c in fabricated circuits decreases the expense of material during operation.
The decreased loss of material is then fabricated with high-quality standard epoxy or glass. These materials are offered at low competitive prices among all other laminations.
Moreover, the use of Rogers 4003c usually decreases when the operational frequencies increase up to 500MHz.
Rogers 4003c is also available with excellent high-frequency performance. They may perform well because of the low dielectric tolerance and material loss.
All variations in the Rogers 4000 series are regarded as the best options to be used with stable electrical properties.
They are an ideal solution to be used in circuits because of the low thermal coefficient of the dielectric constant present in Rogers 4003c.
Rogers 4003c
What are the Features of Rogers 4003c?
Some of the essential features of Rogers 4003c are listed as under:
- It is available with RF and Microwave performance to use in integrated circuits
- All types of Rogers 4003c are easily compatible with the FR4 fabrication circuits
- It’s also included in the construction of multi-layer PCB constructions
- Rogers 4003c is available with the highest thermal conductivity
- It comes with a lead-free solder processing
- It is cost-effective for all types of circuits
- Rogers 4003c is made up of the possible choice of high-frequency materials
- It is available with low dielectric loss characteristics
- They offer microwave point to point connectivity
All the above-mentioned features of Rogers 4003c make them the best option among all other types of circuit connecting laminations.
Features of Rogers 4003c?
What are the Benefits of Rogers 4003c?
Some of the potential benefits of Rogers 4003c are listed as under:
- The Rogers 40003c series offers the most cost-effective choice of high-frequency materials
- The high-frequency materials in Rogers 4003c are easily processable
- They reduce the material loss due to low dielectric loss
- Rogers 4003c is used in the cellular base station antennas of many devices
- Another benefit of Rogers 4003c is that they can be used in the power amplifiers
- They are used in the microwave point-to-point connectivity
- Automotive radars and sensors also use Rogers 4003c for better performance
- They are used in the high-frequency head (LNB) for integrating with direct broadcast satellites
- The raw material of Rogers 4003c has good dimensional stability
- The high performance of the lamination material increases its reliability
- They are pretty easy to process and assemble
- The whole structure of the Rogers 4003c brings substantial benefits to the multi-layer circuit
How is Rogers 4003c Manufactured?
The manufacturing process of Rogers 4003c comprises the following steps:
- Making PCB Layout
Before proceeding with the manufacturing process of Rogers 4003c, the first step is the fabrication of the PCB.
You can print the design of the PCB but the majority of the large-scale industries make a photocopy of the design and print it on a photographic film.
If you’re making a multi-layered Rogers 4003c, make sure to arrange the print copies of the design in order.
- Manufacture the Core Board
The next step is the production of the core with the manufacturing of the innermost core layers.
Make sure to clean the copper-clad layer by using a photosensitive film. After this, don’t forget to expose the copper clad layer to the light for the curing process.
Now it’s time to insert the copper clad layer in the Rogers 4003c upper layer.
- Etching of Inner Core Plate
Once you have manufactured the core board, it’s time to make the inner core plate.
A strong base like NaOH can do well in such situations. It is used to etch the unwanted copper from the cured photographic film.
- Punch and Inspect the Copper Plate
For improving the compatibility of the Rogers 4003c, the manufacturer makes small holes on the core-board to align it with the other materials.
In addition to this, an automatic machine is used to inspect the proper construction of the Rogers 4003c.
- Lamination
The lamination of the Rogers 4003c is done by using the prepreg.
The Roger 4003c core board and outer layer of the copper foil are bound together by using this core.
The fixing of the prepreg is possible by the alignment of holes on the lower iron plate.
Cover the core of the Rogers 4003c with an integrated layer of pressure-bearing aluminum plate.
You can use a machine to do so.
- Drilling of the Layers
The drilling of the core plates of Rogers 4003c is necessary for connecting it with PCB’s multiple layers.
It can be done by making a perforation hole in the PCB layer. It is done from the top to the bottom layer.
After that, metalize the hole of the core layers thereby making it conduct the electricity.
- Precipitation of the Pore Walls
This step is performed with the help of a specialized machine that uses 25-micron size copper film.
In addition to this, chemicals are deposited on the conductive layer to make a spread of about 1-micron copper film.
Manufacturing of Rogers 4003c
What Materials are Used in the Construction of Rogers 4003c?
The main materials utilized in the construction of Rogers 4003c are listed as under:
- 1080 Glass Fabric Style
The vital raw material needed in the lamination of the Rogers 4003c is regarded as 1080 fiberglass fabric.
It is mostly used in the laminates where there is a need for a high fiber content to make the circuit board plat.
Besides this, 1800 fiberglass fabric is easy to work with the Rogers 4003c.
- 1647 Glass Fabric Style
1647 fiberglass fabric is the other important material needed in the construction of the Rogers 4003c.
It is mostly used to improve the performance of the other plastic materials integrated on the board’s surface.
The majority of the film-forming materials are 70-90% consists of the 1647 fiberglass fabric.
- FR4 Material (Flame Retardant Level 4)
The circuit board of the Rogers 4003c is made up of premium quality FR4 material.
The primary reason for using it as a base of the core board of the Rogers 4003c is its composition including the glass fiber, epoxy composite, and copper lamination.
The composition of the FR4 material has made it perfect to use with the RF circuit boards.
What are the Applications of Rogers 4003c?
The majority of the applications that Rogers 4003c provides for better circuit formation is the inclusion in the high performance and high volume devices and performance-sensitive appliances.
Other than this, they are very competitively priced thus, they are considered as an ideal choice for multi-layered board constructions.
Moreover, another application of the Rogers 4003c is related to its use in the processes like FR4 at the minimal cost of fabrication.
Applications of Rogers 4003c
How to Select the Best Rogers 4003c?
Some of the potential factors that you need to keep in mind while selecting the best Rogers 4003c are given as under:
- Decomposition Temperature
One of the most important factors to keep in mind when you’re selecting the Rogers 4003c is its decomposition temperature.
Make sure to get your hands on the Rogers 4003c that comes with a decomposition temperature ranging from 200 degrees centigrade to 350 degrees centigrade.
The primary reason for choosing such kind of Rogers 4003c is to ensure the profitable soldering of the item.
- Dielectric Constant
The majority of the Rogers 4003c is made up of low-cost dielectric constant-containing materials.
Thus, making sure the Dielectric constant’s value when choosing the Rogers 4003c is also necessary.
The value of the dielectric constant must be large so that the Rogers 4003c comes with a greater operating frequency.
- Coefficient of Thermal Expansion
One more factor to determine when choosing the Rogers 4003c is to check the thermal expansion’s coefficient. It means the temperature at which a specific material starts to expand.
Thus, it is recommended to go with the Rogers 4003c which is available with a coefficient of thermal expansion of about 70pp or less.
This will make your item more substantial against prominent levels of temperature.
- Moisture Absorption
One of the main qualities to look for in Rogers 4003c is its moisture absorption ability. The Roger 4003c you’re thinking to purchase must have a moisture absorption ability of 0.01 to 0.20 percent.
Best Rogers 4003c
Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
The thermal expansion of Rogers 4003c greatly impacts its working since it operates with a soldering mechanism.
The primary reason for the concerns of the thermal expansion of Rogers 4003c is its ability to perform best in a challenging environment. The quality of the Rogers 4003c also depends on the thermal expansion.
The rise in the material of Rogers 4003c by each centigrade greatly influences its performance.
Thus, the thermal expansion of the Rogers 4003c is determined by examining the coefficient of thermal expansion.
The substrate’s thermal expansion must be lower than the copper.
The main reason for this demand of thermal expansion’s coefficient in Rogers 4003c is the increased expansion of the substrate. It will result in the copper lamination’s expansion.
This factor leads to failures in operating devices.
What is the Difference between Rogers 4003c and FR4 Circuit?
The primary differences between the Rogers 4003c and FR4 circuits and materials are listed as under:
The raw material of FR4 circuit is pretty cheaper as compared to the Rogers 4003c material.
The Rogers 4003c materials are available with high operating frequencies but FR4 material has no prominent operating frequency.
Rogers 4003c doesn’t come with significant signal catching ability since it has low DF but the DF value for the FR4 circuit is quite considering.
The Rogers 4003c materials are available with high impedance stabilities with a Dk value of 4.5 but the FR4 materials aren’t available with a durable Dk value.
The complexities of thermal expansion are not associated with the Rogers 4003c since they have high-temperature management.
But the FR4 material comes with high thermal expansion variation.
Another prominent difference between the Rogers 4003c and FR4 materials lies in the values of their dielectric constant.
Rogers 4003c dielectric constant is 6.5 to 11 whereas the dielectric constant of the FR4 material is estimated at up to 4.5.
Difference between Rogers 4003c and FR4 Circuit
What Configurations of Rogers 4003c are Available?
Many manufacturers have offered Rogers 4003c in a wide variety of configurations including the fiberglass styles 1080 and 1674.
The particular configuration of the Rogers 4003c is responsible for its properties.
However, all the configurations of Rogers 4003c have the same electrical specifications for their performance in all types of devices.
A well-known configuration of Rogers 4003c which is abbreviated as RO350B is perfect to meet the need for a higher (RTI) Relative Thermal Index.
Its RTI values exceed 105 degrees centigrade.
Other than this, many manufacturers have also launched RO4350 which is specifically designed for the drop-in replacement of the Rogers 4003c materials.
The laminate in RO4350 is considered a standard flame retardant.
This property makes it stand in the RO4000 series.
Configurations of Rogers 4003c
How to Choose the Best Manufacturers for Rogers 4003c?
The steps for choosing the best manufacturer for Rogers 4003c are given as under:
- Start Your Research
No doubt there are many options of worthy manufacturers in China when you head out to purchase Rogers 4003c, but make sure to research well on the search engines.
Shortlist the options on your end to make it easy for selecting the most efficient and reliable manufacturer of Rogers 4003c.
- Contact the Manufacturer
Contacting the manufacturer is as much important as selecting them. So when you’re done with selecting the best manufacturer, make sure to reach them out through phone or email.
- Check the Experience
The manufacturer that you’re going to choose for the processing of Rogers 4003c must be experienced in the relative field.
The experience of the manufacturers tells everything about the efficiency and reliability of the manufacturer, that’s why manufacturers with 10 or more than 10 years of experience are preferred.
- Tech Support
The manufacturer of Rogers 4003c must come with the availability of reliable tech support in case of any inconvenience from the buyers.
They should have a technical support team of workers to solve the concerns of the customers.
- Raw Materials
The production and availability of the raw materials is another factor that you need to keep in mind when selecting the best Rogers 4003c manufacturer.
The manufacturer must have a sufficient supply of the highest quality of raw materials to meet the customer demands.
Where to Buy Rogers 4003c?
Many prominent countries in the world have the best manufacturers for Rogers 4003c but China stands on the top in the industrial market.
Many reasons are responsible for ranking China as a top country for buying Rogers 4003c in the best condition.
You’ll find a long list of Chinese manufacturers who play the leading role to produce the premium quality of Rogers 4003c.
SMTFAB is regarded as one of the most efficient Chinese manufacturers since it has more than 10 years of manufacturing experience.
Ranging from the availability of all variations of the Rogers 4000 series to the best technical support, this manufacturer has covered everything.
What Are the Uses of Rogers 4003c?
Rogers 4003c has uses associated with microwave conventional laminates.
They are known for providing substantial control on the material’s dielectric constant.
In addition to this Rogers 4003c play the leading role in lowering the power loss while using the same epoxy or glass in the laminates.
It is also considered a cost-effective laminate to be used in several appliances.
How to Select the Best Materials for Rogers 4003c?
Some of the main points to keep in mind while selecting the best materials for Rogers 4003c are listed as under:
- The Rogers 4003c material should contain the cost-effective PCB fabrication properties
- The material used in the construction of Rogers 4003c should improve the impedance control in the circuits
- For space applications, the materials used in the Rogers 4003c should have the properties of low outgassing
- Moreover, Rogers 4003c materials must come with the lower dielectric loss in the operating circuits
Materials for Rogers 4003c
What Is Rogers 4003c Data Sheet?
The Rogers 4003c data mainly corresponds with the appropriately woven glass reinforced hydrocarbons.
Besides this, it also demonstrates everything about the PTFE’s electrical performance or of the woven glass.
The datasheet of the Rogers 4003c is also used to showcase the manufacturability of epoxy or glass in the laminates.
What Is the Substrate for Rogers 4003c?
The substrate for Rogers 4003c is abbreviated as 32mil, 1EDCu/1EDCu, and 12″ by 18″.
This particular substrate makes Rogers 4003c ideal for broadband applications.
In addition to this, the elevated temperatures will cause the substrate to readily deform or transform by taking a permanent set.
Rogers 4003c Data Sheet
What Is the Price for Rogers 4003c Substrate?
The average estimated price of the Rogers 4003c ranges from $1 to $10.
However, the price of the Rogers 4003c depends on the materials used in construction and the manufacturer from which you’re purchasing the Rogers 4003c.
In addition to this, the price of the Rogers 4003c is expected to subject to a change with a variation in the foreign exchange rate.
Rogers 4003c Substrate
Which Processes Are Used for the Lamination of Rogers 4003c?
Fabrication processes are usually known for the lamination of Rogers 4003c.
This process is known for keeping all the manufacturing conditions in control thereby, increasing the quality of the Rogers 4003c.
What Is the PCB Rogers 4003c Properties?
The properties of PCB Rogers 4003c are listed as under:
- They have a Dielectric constant of about 3.38+/-0.05
- PCB Rogers 4003c comes with a dissipation factor of 0.00027 at a frequency of about 10 GHz
- The Z-axis coefficient of the PCB Rogers 4003c is pretty low
- The low value of the thermal expansion’s Z-axis coefficient is observed at 46ppm/ degree centigrade
Your Leading Rogers 4003c PCB Manufacturer in China
SMTFAB is an experienced Rogers 4003c PCB supplier in China, we can provide one solution for your project.
- Over 12 years Rogers 4003c PCB manufacturing experience
- Full range of Rogers 4003c PCB raw material in stock
- 100% E-test and AOI inspection
- No minimum order quantity for your new order
- 24h quick-turn service for your prototype Rogers 4003c PCB
- Sales working time is following your local time
- Production Facility
- Rogers 4003c PCB Capabilities
| Property | Typical Value | Direction | Units | Condition | Test Method | |
| RO4003C | RO4350B | |||||
| Dielectric Constant, sf Process | 3.38 ± 0.05 | 3.48 ± 0.05 | Z | — | 10 GHz/23°C | IPC-TM-650 2.5.5.5 Clamped Stripline |
| (1> Dielectric Constant, s Design | 3.55 | 3.66 | Z | — | 8 to 40 GHz | Differential Phase Length Method |
| Dissipation Factor tan, 8 | 0.0027 0.0021 | 0.0037 0.0031 | z | — | 10 GHz/23°C 2.5 GHz/23°C | IPC-TM-650 2.5.5.5 |
| Thermal Coefficient of zt | 40 | 50 | z | ppm/°C | -50°C to 150°C | IPC-TM-650 2.5.5.5 |
| Volume Resistivity | 1.7 X 1010 | 1.2 X 1010 | MQ・cm | COND A | IPC-TM-650 2.5.17.1 | |
| Surface Resistivity | 4.2 X 10° | 5.7 X 10° | MQ | COND A | IPC-TM-650 2.5.17.1 | |
| Electrical Strength | 31.2 (780) | 31.2 (780) | z | KV/mm (V/mil) | 0.51mm (0.020M) | IPC-TM-650 2.5.6.2 |
| Tensile Modulus | 19,650 (2,850) 19,450 (2,821) | 16,767 (2,432) 14,153,(2,053) | X Y | MPa (ksi) | RT | ASTM D638 |
| Tensile Strength | 139 (20.2) 100 (14.5) | 203 (29.5) 130 (18.9) | X Y | MPa (ksi) | RT | ASTM D638 |
| Flexural Strength | 276 (40) | 255 (37) | MPa (kpsi) | IPC-TM-650 2.4.4 | ||
| Dimensional Stability | <0.3 | <0.5 | X,Y | mm/m (mils/inch) | after etch +E2/150°C | IPC-TM-650 2.4.39A |
| Coefficient of Thermal Expansion | 11 14 46 | 10 12 32 | X Y Z | ppm/°C | -55 to 288°C | IPC-TM-650 2.4.41 |
Releted Some Other PCBs
Why Choose SMTFAB for Your Rogers 4003c PCB
The RO4003C from Rogers Corporation is a Laminate with Dk (Dielectric Constant) 4, Tg >280 °C. The thickness are Inches 0.008” (0.203mm), 0.012 (0.305mm), 0.016”(0.406mm), 0.020” (0.508mm) 0.032”(0.813mm), 0.060”(1.524mm).
SMTFAB Rogers 4003c is a high-frequency laminate. It has superior and improved properties.
As a professional Rogers 4003c PCB manufacturer in China, we have over 500 workers in our facility. Even in the peak season, we can meet your high demand.
SMTFAB Rogers 4003c PCB is one of the types of boards we can offer for you. In fact, we can also provide Radio Frequency(RF) PCB, Teflon PCB, high-frequency circuit boards, rigid-flex PCB, ceramic PCB, aluminum PCB, and so on.
Are you looking for an experienced Rogers 4003c PCB supplier? SMTFAB is your best choice.
SMTFAB has over 12 years of Rogers 4350b PCB manufacturing experience, we can offer different rogers PCBs for you.
You can trust SMTFAB, your reliable Rogers 4003c PCB manufacturer in China.
We have been building a solid relationship with our joint-venture partners, suppliers, collagenous, and subcontractors. Just like them, you will not get disappointed in us. We ensure to build you solid partnerships and skyrocket your business in the future.
As a leading Rogers 4003c PCB supplier, we can provide the Rogers 4003c PCB in different applications including broadcast satellite, wireless communication, remote meter reader, and radar.
As an ISO-certified PCB company, SMTFAB always puts quality first. We have different test methods including material incoming inspection, AOI test, flying probe test, fixture tester, and function test.
Contact us now.
Rogers 4003c PCB: The Ultimate FAQ Guide
Integrating large multi-layered board constructions is not possible with circuit joining channels.
Not only this, but the operation of delicately designed, high performance, and high volume appliances also requires Rogers 4003c.
Considering these basic requirements for operating several appliances, we have gathered some helpful questions in the FAQ guide below.
After comprehensive research and analysis, we have compiled the most frequently asked questions.
Thus, if you want to increase your insight towards the Rogers 4003c, explore the FAQ guide as under.
So, let’s get started!
- What is Rogers 4003c?
- What are the Features of Rogers 4003c?
- What are the Benefits of Rogers 4003c?
- How is Rogers 4003c Manufactured?
- What Materials are Used in the Construction of Rogers 4003c?
- What are the Applications of Rogers 4003c?
- How to Select the Best Rogers 4003c?
- Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
- What is the Difference between Rogers 4003c and FR4 Circuit?
- What Configurations of Rogers 4003c are Available?
- How to Choose the Best Manufacturers for Rogers 4003c?
- Where to Buy Rogers 4003c?
- What Are the Uses of Rogers 4003c?
- How to Select the Best Materials for Rogers 4003c?
- What Is Rogers 4003c Data Sheet?
- What Is the Substrate for Rogers 4003c?
- What Is the Price for Rogers 4003c Substrate?
- Which Processes Are Used for the Lamination of Rogers 4003c?
- What Is the PCB Rogers 4003c Properties?
What is Rogers 4003c?
Rogers 4003c is defined as a particular type of hydrocarbon lamination made with high-grade ceramic material.
This lamination is used to offer the premium supply of frequency performance.
In addition to this, Rogers 4003c is also used in low-cost fabrication circuits. Thus, the integration of the Rogers 4003c in fabricated circuits decreases the expense of material during operation.
The decreased loss of material is then fabricated with high-quality standard epoxy or glass. These materials are offered at low competitive prices among all other laminations.
Moreover, the use of Rogers 4003c usually decreases when the operational frequencies increase up to 500MHz.
Rogers 4003c is also available with excellent high-frequency performance. They may perform well because of the low dielectric tolerance and material loss.
All variations in the Rogers 4000 series are regarded as the best options to be used with stable electrical properties.
They are an ideal solution to be used in circuits because of the low thermal coefficient of the dielectric constant present in Rogers 4003c.
Rogers 4003c
What are the Features of Rogers 4003c?
Some of the essential features of Rogers 4003c are listed as under:
- It is available with RF and Microwave performance to use in integrated circuits
- All types of Rogers 4003c are easily compatible with the FR4 fabrication circuits
- It’s also included in the construction of multi-layer PCB constructions
- Rogers 4003c is available with the highest thermal conductivity
- It comes with a lead-free solder processing
- It is cost-effective for all types of circuits
- Rogers 4003c is made up of the possible choice of high-frequency materials
- It is available with low dielectric loss characteristics
- They offer microwave point to point connectivity
All the above-mentioned features of Rogers 4003c make them the best option among all other types of circuit connecting laminations.
Features of Rogers 4003c?
What are the Benefits of Rogers 4003c?
Some of the potential benefits of Rogers 4003c are listed as under:
- The Rogers 40003c series offers the most cost-effective choice of high-frequency materials
- The high-frequency materials in Rogers 4003c are easily processable
- They reduce the material loss due to low dielectric loss
- Rogers 4003c is used in the cellular base station antennas of many devices
- Another benefit of Rogers 4003c is that they can be used in the power amplifiers
- They are used in the microwave point-to-point connectivity
- Automotive radars and sensors also use Rogers 4003c for better performance
- They are used in the high-frequency head (LNB) for integrating with direct broadcast satellites
- The raw material of Rogers 4003c has good dimensional stability
- The high performance of the lamination material increases its reliability
- They are pretty easy to process and assemble
- The whole structure of the Rogers 4003c brings substantial benefits to the multi-layer circuit
How is Rogers 4003c Manufactured?
The manufacturing process of Rogers 4003c comprises the following steps:
- Making PCB Layout
Before proceeding with the manufacturing process of Rogers 4003c, the first step is the fabrication of the PCB.
You can print the design of the PCB but the majority of the large-scale industries make a photocopy of the design and print it on a photographic film.
If you’re making a multi-layered Rogers 4003c, make sure to arrange the print copies of the design in order.
- Manufacture the Core Board
The next step is the production of the core with the manufacturing of the innermost core layers.
Make sure to clean the copper-clad layer by using a photosensitive film. After this, don’t forget to expose the copper clad layer to the light for the curing process.
Now it’s time to insert the copper clad layer in the Rogers 4003c upper layer.
- Etching of Inner Core Plate
Once you have manufactured the core board, it’s time to make the inner core plate.
A strong base like NaOH can do well in such situations. It is used to etch the unwanted copper from the cured photographic film.
- Punch and Inspect the Copper Plate
For improving the compatibility of the Rogers 4003c, the manufacturer makes small holes on the core-board to align it with the other materials.
In addition to this, an automatic machine is used to inspect the proper construction of the Rogers 4003c.
- Lamination
The lamination of the Rogers 4003c is done by using the prepreg.
The Roger 4003c core board and outer layer of the copper foil are bound together by using this core.
The fixing of the prepreg is possible by the alignment of holes on the lower iron plate.
Cover the core of the Rogers 4003c with an integrated layer of pressure-bearing aluminum plate.
You can use a machine to do so.
- Drilling of the Layers
The drilling of the core plates of Rogers 4003c is necessary for connecting it with PCB’s multiple layers.
It can be done by making a perforation hole in the PCB layer. It is done from the top to the bottom layer.
After that, metalize the hole of the core layers thereby making it conduct the electricity.
- Precipitation of the Pore Walls
This step is performed with the help of a specialized machine that uses 25-micron size copper film.
In addition to this, chemicals are deposited on the conductive layer to make a spread of about 1-micron copper film.
Manufacturing of Rogers 4003c
What Materials are Used in the Construction of Rogers 4003c?
The main materials utilized in the construction of Rogers 4003c are listed as under:
- 1080 Glass Fabric Style
The vital raw material needed in the lamination of the Rogers 4003c is regarded as 1080 fiberglass fabric.
It is mostly used in the laminates where there is a need for a high fiber content to make the circuit board plat.
Besides this, 1800 fiberglass fabric is easy to work with the Rogers 4003c.
- 1647 Glass Fabric Style
1647 fiberglass fabric is the other important material needed in the construction of the Rogers 4003c.
It is mostly used to improve the performance of the other plastic materials integrated on the board’s surface.
The majority of the film-forming materials are 70-90% consists of the 1647 fiberglass fabric.
- FR4 Material (Flame Retardant Level 4)
The circuit board of the Rogers 4003c is made up of premium quality FR4 material.
The primary reason for using it as a base of the core board of the Rogers 4003c is its composition including the glass fiber, epoxy composite, and copper lamination.
The composition of the FR4 material has made it perfect to use with the RF circuit boards.
What are the Applications of Rogers 4003c?
The majority of the applications that Rogers 4003c provides for better circuit formation is the inclusion in the high performance and high volume devices and performance-sensitive appliances.
Other than this, they are very competitively priced thus, they are considered as an ideal choice for multi-layered board constructions.
Moreover, another application of the Rogers 4003c is related to its use in the processes like FR4 at the minimal cost of fabrication.
Applications of Rogers 4003c
How to Select the Best Rogers 4003c?
Some of the potential factors that you need to keep in mind while selecting the best Rogers 4003c are given as under:
- Decomposition Temperature
One of the most important factors to keep in mind when you’re selecting the Rogers 4003c is its decomposition temperature.
Make sure to get your hands on the Rogers 4003c that comes with a decomposition temperature ranging from 200 degrees centigrade to 350 degrees centigrade.
The primary reason for choosing such kind of Rogers 4003c is to ensure the profitable soldering of the item.
- Dielectric Constant
The majority of the Rogers 4003c is made up of low-cost dielectric constant-containing materials.
Thus, making sure the Dielectric constant’s value when choosing the Rogers 4003c is also necessary.
The value of the dielectric constant must be large so that the Rogers 4003c comes with a greater operating frequency.
- Coefficient of Thermal Expansion
One more factor to determine when choosing the Rogers 4003c is to check the thermal expansion’s coefficient. It means the temperature at which a specific material starts to expand.
Thus, it is recommended to go with the Rogers 4003c which is available with a coefficient of thermal expansion of about 70pp or less.
This will make your item more substantial against prominent levels of temperature.
- Moisture Absorption
One of the main qualities to look for in Rogers 4003c is its moisture absorption ability. The Roger 4003c you’re thinking to purchase must have a moisture absorption ability of 0.01 to 0.20 percent.
Best Rogers 4003c
Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
The thermal expansion of Rogers 4003c greatly impacts its working since it operates with a soldering mechanism.
The primary reason for the concerns of the thermal expansion of Rogers 4003c is its ability to perform best in a challenging environment. The quality of the Rogers 4003c also depends on the thermal expansion.
The rise in the material of Rogers 4003c by each centigrade greatly influences its performance.
Thus, the thermal expansion of the Rogers 4003c is determined by examining the coefficient of thermal expansion.
The substrate’s thermal expansion must be lower than the copper.
The main reason for this demand of thermal expansion’s coefficient in Rogers 4003c is the increased expansion of the substrate. It will result in the copper lamination’s expansion.
This factor leads to failures in operating devices.
What is the Difference between Rogers 4003c and FR4 Circuit?
The primary differences between the Rogers 4003c and FR4 circuits and materials are listed as under:
The raw material of FR4 circuit is pretty cheaper as compared to the Rogers 4003c material.
The Rogers 4003c materials are available with high operating frequencies but FR4 material has no prominent operating frequency.
Rogers 4003c doesn’t come with significant signal catching ability since it has low DF but the DF value for the FR4 circuit is quite considering.
The Rogers 4003c materials are available with high impedance stabilities with a Dk value of 4.5 but the FR4 materials aren’t available with a durable Dk value.
The complexities of thermal expansion are not associated with the Rogers 4003c since they have high-temperature management.
But the FR4 material comes with high thermal expansion variation.
Another prominent difference between the Rogers 4003c and FR4 materials lies in the values of their dielectric constant.
Rogers 4003c dielectric constant is 6.5 to 11 whereas the dielectric constant of the FR4 material is estimated at up to 4.5.
Difference between Rogers 4003c and FR4 Circuit
What Configurations of Rogers 4003c are Available?
Many manufacturers have offered Rogers 4003c in a wide variety of configurations including the fiberglass styles 1080 and 1674.
The particular configuration of the Rogers 4003c is responsible for its properties.
However, all the configurations of Rogers 4003c have the same electrical specifications for their performance in all types of devices.
A well-known configuration of Rogers 4003c which is abbreviated as RO350B is perfect to meet the need for a higher (RTI) Relative Thermal Index.
Its RTI values exceed 105 degrees centigrade.
Other than this, many manufacturers have also launched RO4350 which is specifically designed for the drop-in replacement of the Rogers 4003c materials.
The laminate in RO4350 is considered a standard flame retardant.
This property makes it stand in the RO4000 series.
Configurations of Rogers 4003c
How to Choose the Best Manufacturers for Rogers 4003c?
The steps for choosing the best manufacturer for Rogers 4003c are given as under:
- Start Your Research
No doubt there are many options of worthy manufacturers in China when you head out to purchase Rogers 4003c, but make sure to research well on the search engines.
Shortlist the options on your end to make it easy for selecting the most efficient and reliable manufacturer of Rogers 4003c.
- Contact the Manufacturer
Contacting the manufacturer is as much important as selecting them. So when you’re done with selecting the best manufacturer, make sure to reach them out through phone or email.
- Check the Experience
The manufacturer that you’re going to choose for the processing of Rogers 4003c must be experienced in the relative field.
The experience of the manufacturers tells everything about the efficiency and reliability of the manufacturer, that’s why manufacturers with 10 or more than 10 years of experience are preferred.
- Tech Support
The manufacturer of Rogers 4003c must come with the availability of reliable tech support in case of any inconvenience from the buyers.
They should have a technical support team of workers to solve the concerns of the customers.
- Raw Materials
The production and availability of the raw materials is another factor that you need to keep in mind when selecting the best Rogers 4003c manufacturer.
The manufacturer must have a sufficient supply of the highest quality of raw materials to meet the customer demands.
Where to Buy Rogers 4003c?
Many prominent countries in the world have the best manufacturers for Rogers 4003c but China stands on the top in the industrial market.
Many reasons are responsible for ranking China as a top country for buying Rogers 4003c in the best condition.
You’ll find a long list of Chinese manufacturers who play the leading role to produce the premium quality of Rogers 4003c.
SMTFAB is regarded as one of the most efficient Chinese manufacturers since it has more than 10 years of manufacturing experience.
Ranging from the availability of all variations of the Rogers 4000 series to the best technical support, this manufacturer has covered everything.
What Are the Uses of Rogers 4003c?
Rogers 4003c has uses associated with microwave conventional laminates.
They are known for providing substantial control on the material’s dielectric constant.
In addition to this Rogers 4003c play the leading role in lowering the power loss while using the same epoxy or glass in the laminates.
It is also considered a cost-effective laminate to be used in several appliances.
How to Select the Best Materials for Rogers 4003c?
Some of the main points to keep in mind while selecting the best materials for Rogers 4003c are listed as under:
- The Rogers 4003c material should contain the cost-effective PCB fabrication properties
- The material used in the construction of Rogers 4003c should improve the impedance control in the circuits
- For space applications, the materials used in the Rogers 4003c should have the properties of low outgassing
- Moreover, Rogers 4003c materials must come with the lower dielectric loss in the operating circuits
Materials for Rogers 4003c
What Is Rogers 4003c Data Sheet?
The Rogers 4003c data mainly corresponds with the appropriately woven glass reinforced hydrocarbons.
Besides this, it also demonstrates everything about the PTFE’s electrical performance or of the woven glass.
The datasheet of the Rogers 4003c is also used to showcase the manufacturability of epoxy or glass in the laminates.
What Is the Substrate for Rogers 4003c?
The substrate for Rogers 4003c is abbreviated as 32mil, 1EDCu/1EDCu, and 12″ by 18″.
This particular substrate makes Rogers 4003c ideal for broadband applications.
In addition to this, the elevated temperatures will cause the substrate to readily deform or transform by taking a permanent set.
Rogers 4003c Data Sheet
What Is the Price for Rogers 4003c Substrate?
The average estimated price of the Rogers 4003c ranges from $1 to $10.
However, the price of the Rogers 4003c depends on the materials used in construction and the manufacturer from which you’re purchasing the Rogers 4003c.
In addition to this, the price of the Rogers 4003c is expected to subject to a change with a variation in the foreign exchange rate.
Rogers 4003c Substrate
Which Processes Are Used for the Lamination of Rogers 4003c?
Fabrication processes are usually known for the lamination of Rogers 4003c.
This process is known for keeping all the manufacturing conditions in control thereby, increasing the quality of the Rogers 4003c.
What Is the PCB Rogers 4003c Properties?
The properties of PCB Rogers 4003c are listed as under:
- They have a Dielectric constant of about 3.38+/-0.05
- PCB Rogers 4003c comes with a dissipation factor of 0.00027 at a frequency of about 10 GHz
- The Z-axis coefficient of the PCB Rogers 4003c is pretty low
- The low value of the thermal expansion’s Z-axis coefficient is observed at 46ppm/ degree centigrade
Your Leading Rogers 4003c PCB Manufacturer in China
SMTFAB is an experienced Rogers 4003c PCB supplier in China, we can provide one solution for your project.
- Over 12 years Rogers 4003c PCB manufacturing experience
- Full range of Rogers 4003c PCB raw material in stock
- 100% E-test and AOI inspection
- No minimum order quantity for your new order
- 24h quick-turn service for your prototype Rogers 4003c PCB
- Sales working time is following your local time
- Production Facility
- Rogers 4003c PCB Capabilities
| Property | Typical Value | Direction | Units | Condition | Test Method | |
| RO4003C | RO4350B | |||||
| Dielectric Constant, sf Process | 3.38 ± 0.05 | 3.48 ± 0.05 | Z | — | 10 GHz/23°C | IPC-TM-650 2.5.5.5 Clamped Stripline |
| (1> Dielectric Constant, s Design | 3.55 | 3.66 | Z | — | 8 to 40 GHz | Differential Phase Length Method |
| Dissipation Factor tan, 8 | 0.0027 0.0021 | 0.0037 0.0031 | z | — | 10 GHz/23°C 2.5 GHz/23°C | IPC-TM-650 2.5.5.5 |
| Thermal Coefficient of zt | 40 | 50 | z | ppm/°C | -50°C to 150°C | IPC-TM-650 2.5.5.5 |
| Volume Resistivity | 1.7 X 1010 | 1.2 X 1010 | MQ・cm | COND A | IPC-TM-650 2.5.17.1 | |
| Surface Resistivity | 4.2 X 10° | 5.7 X 10° | MQ | COND A | IPC-TM-650 2.5.17.1 | |
| Electrical Strength | 31.2 (780) | 31.2 (780) | z | KV/mm (V/mil) | 0.51mm (0.020M) | IPC-TM-650 2.5.6.2 |
| Tensile Modulus | 19,650 (2,850) 19,450 (2,821) | 16,767 (2,432) 14,153,(2,053) | X Y | MPa (ksi) | RT | ASTM D638 |
| Tensile Strength | 139 (20.2) 100 (14.5) | 203 (29.5) 130 (18.9) | X Y | MPa (ksi) | RT | ASTM D638 |
| Flexural Strength | 276 (40) | 255 (37) | MPa (kpsi) | IPC-TM-650 2.4.4 | ||
| Dimensional Stability | <0.3 | <0.5 | X,Y | mm/m (mils/inch) | after etch +E2/150°C | IPC-TM-650 2.4.39A |
| Coefficient of Thermal Expansion | 11 14 46 | 10 12 32 | X Y Z | ppm/°C | -55 to 288°C | IPC-TM-650 2.4.41 |
Releted Some Other PCBs
Why Choose SMTFAB for Your Rogers 4003c PCB
The RO4003C from Rogers Corporation is a Laminate with Dk (Dielectric Constant) 4, Tg >280 °C. The thickness are Inches 0.008” (0.203mm), 0.012 (0.305mm), 0.016”(0.406mm), 0.020” (0.508mm) 0.032”(0.813mm), 0.060”(1.524mm).
SMTFAB Rogers 4003c is a high-frequency laminate. It has superior and improved properties.
As a professional Rogers 4003c PCB manufacturer in China, we have over 500 workers in our facility. Even in the peak season, we can meet your high demand.
SMTFAB Rogers 4003c PCB is one of the types of boards we can offer for you. In fact, we can also provide Radio Frequency(RF) PCB, Teflon PCB, high-frequency circuit boards, rigid-flex PCB, ceramic PCB, aluminum PCB, and so on.
Are you looking for an experienced Rogers 4003c PCB supplier? SMTFAB is your best choice.
SMTFAB has over 12 years of Rogers 4350b PCB manufacturing experience, we can offer different rogers PCBs for you.
You can trust SMTFAB, your reliable Rogers 4003c PCB manufacturer in China.
We have been building a solid relationship with our joint-venture partners, suppliers, collagenous, and subcontractors. Just like them, you will not get disappointed in us. We ensure to build you solid partnerships and skyrocket your business in the future.
As a leading Rogers 4003c PCB supplier, we can provide the Rogers 4003c PCB in different applications including broadcast satellite, wireless communication, remote meter reader, and radar.
As an ISO-certified PCB company, SMTFAB always puts quality first. We have different test methods including material incoming inspection, AOI test, flying probe test, fixture tester, and function test.
Contact us now.
Rogers 4003c PCB: The Ultimate FAQ Guide
Integrating large multi-layered board constructions is not possible with circuit joining channels.
Not only this, but the operation of delicately designed, high performance, and high volume appliances also requires Rogers 4003c.
Considering these basic requirements for operating several appliances, we have gathered some helpful questions in the FAQ guide below.
After comprehensive research and analysis, we have compiled the most frequently asked questions.
Thus, if you want to increase your insight towards the Rogers 4003c, explore the FAQ guide as under.
So, let’s get started!
- What is Rogers 4003c?
- What are the Features of Rogers 4003c?
- What are the Benefits of Rogers 4003c?
- How is Rogers 4003c Manufactured?
- What Materials are Used in the Construction of Rogers 4003c?
- What are the Applications of Rogers 4003c?
- How to Select the Best Rogers 4003c?
- Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
- What is the Difference between Rogers 4003c and FR4 Circuit?
- What Configurations of Rogers 4003c are Available?
- How to Choose the Best Manufacturers for Rogers 4003c?
- Where to Buy Rogers 4003c?
- What Are the Uses of Rogers 4003c?
- How to Select the Best Materials for Rogers 4003c?
- What Is Rogers 4003c Data Sheet?
- What Is the Substrate for Rogers 4003c?
- What Is the Price for Rogers 4003c Substrate?
- Which Processes Are Used for the Lamination of Rogers 4003c?
- What Is the PCB Rogers 4003c Properties?
What is Rogers 4003c?
Rogers 4003c is defined as a particular type of hydrocarbon lamination made with high-grade ceramic material.
This lamination is used to offer the premium supply of frequency performance.
In addition to this, Rogers 4003c is also used in low-cost fabrication circuits. Thus, the integration of the Rogers 4003c in fabricated circuits decreases the expense of material during operation.
The decreased loss of material is then fabricated with high-quality standard epoxy or glass. These materials are offered at low competitive prices among all other laminations.
Moreover, the use of Rogers 4003c usually decreases when the operational frequencies increase up to 500MHz.
Rogers 4003c is also available with excellent high-frequency performance. They may perform well because of the low dielectric tolerance and material loss.
All variations in the Rogers 4000 series are regarded as the best options to be used with stable electrical properties.
They are an ideal solution to be used in circuits because of the low thermal coefficient of the dielectric constant present in Rogers 4003c.
Rogers 4003c
What are the Features of Rogers 4003c?
Some of the essential features of Rogers 4003c are listed as under:
- It is available with RF and Microwave performance to use in integrated circuits
- All types of Rogers 4003c are easily compatible with the FR4 fabrication circuits
- It’s also included in the construction of multi-layer PCB constructions
- Rogers 4003c is available with the highest thermal conductivity
- It comes with a lead-free solder processing
- It is cost-effective for all types of circuits
- Rogers 4003c is made up of the possible choice of high-frequency materials
- It is available with low dielectric loss characteristics
- They offer microwave point to point connectivity
All the above-mentioned features of Rogers 4003c make them the best option among all other types of circuit connecting laminations.
Features of Rogers 4003c?
What are the Benefits of Rogers 4003c?
Some of the potential benefits of Rogers 4003c are listed as under:
- The Rogers 40003c series offers the most cost-effective choice of high-frequency materials
- The high-frequency materials in Rogers 4003c are easily processable
- They reduce the material loss due to low dielectric loss
- Rogers 4003c is used in the cellular base station antennas of many devices
- Another benefit of Rogers 4003c is that they can be used in the power amplifiers
- They are used in the microwave point-to-point connectivity
- Automotive radars and sensors also use Rogers 4003c for better performance
- They are used in the high-frequency head (LNB) for integrating with direct broadcast satellites
- The raw material of Rogers 4003c has good dimensional stability
- The high performance of the lamination material increases its reliability
- They are pretty easy to process and assemble
- The whole structure of the Rogers 4003c brings substantial benefits to the multi-layer circuit
How is Rogers 4003c Manufactured?
The manufacturing process of Rogers 4003c comprises the following steps:
- Making PCB Layout
Before proceeding with the manufacturing process of Rogers 4003c, the first step is the fabrication of the PCB.
You can print the design of the PCB but the majority of the large-scale industries make a photocopy of the design and print it on a photographic film.
If you’re making a multi-layered Rogers 4003c, make sure to arrange the print copies of the design in order.
- Manufacture the Core Board
The next step is the production of the core with the manufacturing of the innermost core layers.
Make sure to clean the copper-clad layer by using a photosensitive film. After this, don’t forget to expose the copper clad layer to the light for the curing process.
Now it’s time to insert the copper clad layer in the Rogers 4003c upper layer.
- Etching of Inner Core Plate
Once you have manufactured the core board, it’s time to make the inner core plate.
A strong base like NaOH can do well in such situations. It is used to etch the unwanted copper from the cured photographic film.
- Punch and Inspect the Copper Plate
For improving the compatibility of the Rogers 4003c, the manufacturer makes small holes on the core-board to align it with the other materials.
In addition to this, an automatic machine is used to inspect the proper construction of the Rogers 4003c.
- Lamination
The lamination of the Rogers 4003c is done by using the prepreg.
The Roger 4003c core board and outer layer of the copper foil are bound together by using this core.
The fixing of the prepreg is possible by the alignment of holes on the lower iron plate.
Cover the core of the Rogers 4003c with an integrated layer of pressure-bearing aluminum plate.
You can use a machine to do so.
- Drilling of the Layers
The drilling of the core plates of Rogers 4003c is necessary for connecting it with PCB’s multiple layers.
It can be done by making a perforation hole in the PCB layer. It is done from the top to the bottom layer.
After that, metalize the hole of the core layers thereby making it conduct the electricity.
- Precipitation of the Pore Walls
This step is performed with the help of a specialized machine that uses 25-micron size copper film.
In addition to this, chemicals are deposited on the conductive layer to make a spread of about 1-micron copper film.
Manufacturing of Rogers 4003c
What Materials are Used in the Construction of Rogers 4003c?
The main materials utilized in the construction of Rogers 4003c are listed as under:
- 1080 Glass Fabric Style
The vital raw material needed in the lamination of the Rogers 4003c is regarded as 1080 fiberglass fabric.
It is mostly used in the laminates where there is a need for a high fiber content to make the circuit board plat.
Besides this, 1800 fiberglass fabric is easy to work with the Rogers 4003c.
- 1647 Glass Fabric Style
1647 fiberglass fabric is the other important material needed in the construction of the Rogers 4003c.
It is mostly used to improve the performance of the other plastic materials integrated on the board’s surface.
The majority of the film-forming materials are 70-90% consists of the 1647 fiberglass fabric.
- FR4 Material (Flame Retardant Level 4)
The circuit board of the Rogers 4003c is made up of premium quality FR4 material.
The primary reason for using it as a base of the core board of the Rogers 4003c is its composition including the glass fiber, epoxy composite, and copper lamination.
The composition of the FR4 material has made it perfect to use with the RF circuit boards.
What are the Applications of Rogers 4003c?
The majority of the applications that Rogers 4003c provides for better circuit formation is the inclusion in the high performance and high volume devices and performance-sensitive appliances.
Other than this, they are very competitively priced thus, they are considered as an ideal choice for multi-layered board constructions.
Moreover, another application of the Rogers 4003c is related to its use in the processes like FR4 at the minimal cost of fabrication.
Applications of Rogers 4003c
How to Select the Best Rogers 4003c?
Some of the potential factors that you need to keep in mind while selecting the best Rogers 4003c are given as under:
- Decomposition Temperature
One of the most important factors to keep in mind when you’re selecting the Rogers 4003c is its decomposition temperature.
Make sure to get your hands on the Rogers 4003c that comes with a decomposition temperature ranging from 200 degrees centigrade to 350 degrees centigrade.
The primary reason for choosing such kind of Rogers 4003c is to ensure the profitable soldering of the item.
- Dielectric Constant
The majority of the Rogers 4003c is made up of low-cost dielectric constant-containing materials.
Thus, making sure the Dielectric constant’s value when choosing the Rogers 4003c is also necessary.
The value of the dielectric constant must be large so that the Rogers 4003c comes with a greater operating frequency.
- Coefficient of Thermal Expansion
One more factor to determine when choosing the Rogers 4003c is to check the thermal expansion’s coefficient. It means the temperature at which a specific material starts to expand.
Thus, it is recommended to go with the Rogers 4003c which is available with a coefficient of thermal expansion of about 70pp or less.
This will make your item more substantial against prominent levels of temperature.
- Moisture Absorption
One of the main qualities to look for in Rogers 4003c is its moisture absorption ability. The Roger 4003c you’re thinking to purchase must have a moisture absorption ability of 0.01 to 0.20 percent.
Best Rogers 4003c
Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
The thermal expansion of Rogers 4003c greatly impacts its working since it operates with a soldering mechanism.
The primary reason for the concerns of the thermal expansion of Rogers 4003c is its ability to perform best in a challenging environment. The quality of the Rogers 4003c also depends on the thermal expansion.
The rise in the material of Rogers 4003c by each centigrade greatly influences its performance.
Thus, the thermal expansion of the Rogers 4003c is determined by examining the coefficient of thermal expansion.
The substrate’s thermal expansion must be lower than the copper.
The main reason for this demand of thermal expansion’s coefficient in Rogers 4003c is the increased expansion of the substrate. It will result in the copper lamination’s expansion.
This factor leads to failures in operating devices.
What is the Difference between Rogers 4003c and FR4 Circuit?
The primary differences between the Rogers 4003c and FR4 circuits and materials are listed as under:
The raw material of FR4 circuit is pretty cheaper as compared to the Rogers 4003c material.
The Rogers 4003c materials are available with high operating frequencies but FR4 material has no prominent operating frequency.
Rogers 4003c doesn’t come with significant signal catching ability since it has low DF but the DF value for the FR4 circuit is quite considering.
The Rogers 4003c materials are available with high impedance stabilities with a Dk value of 4.5 but the FR4 materials aren’t available with a durable Dk value.
The complexities of thermal expansion are not associated with the Rogers 4003c since they have high-temperature management.
But the FR4 material comes with high thermal expansion variation.
Another prominent difference between the Rogers 4003c and FR4 materials lies in the values of their dielectric constant.
Rogers 4003c dielectric constant is 6.5 to 11 whereas the dielectric constant of the FR4 material is estimated at up to 4.5.
Difference between Rogers 4003c and FR4 Circuit
What Configurations of Rogers 4003c are Available?
Many manufacturers have offered Rogers 4003c in a wide variety of configurations including the fiberglass styles 1080 and 1674.
The particular configuration of the Rogers 4003c is responsible for its properties.
However, all the configurations of Rogers 4003c have the same electrical specifications for their performance in all types of devices.
A well-known configuration of Rogers 4003c which is abbreviated as RO350B is perfect to meet the need for a higher (RTI) Relative Thermal Index.
Its RTI values exceed 105 degrees centigrade.
Other than this, many manufacturers have also launched RO4350 which is specifically designed for the drop-in replacement of the Rogers 4003c materials.
The laminate in RO4350 is considered a standard flame retardant.
This property makes it stand in the RO4000 series.
Configurations of Rogers 4003c
How to Choose the Best Manufacturers for Rogers 4003c?
The steps for choosing the best manufacturer for Rogers 4003c are given as under:
- Start Your Research
No doubt there are many options of worthy manufacturers in China when you head out to purchase Rogers 4003c, but make sure to research well on the search engines.
Shortlist the options on your end to make it easy for selecting the most efficient and reliable manufacturer of Rogers 4003c.
- Contact the Manufacturer
Contacting the manufacturer is as much important as selecting them. So when you’re done with selecting the best manufacturer, make sure to reach them out through phone or email.
- Check the Experience
The manufacturer that you’re going to choose for the processing of Rogers 4003c must be experienced in the relative field.
The experience of the manufacturers tells everything about the efficiency and reliability of the manufacturer, that’s why manufacturers with 10 or more than 10 years of experience are preferred.
- Tech Support
The manufacturer of Rogers 4003c must come with the availability of reliable tech support in case of any inconvenience from the buyers.
They should have a technical support team of workers to solve the concerns of the customers.
- Raw Materials
The production and availability of the raw materials is another factor that you need to keep in mind when selecting the best Rogers 4003c manufacturer.
The manufacturer must have a sufficient supply of the highest quality of raw materials to meet the customer demands.
Where to Buy Rogers 4003c?
Many prominent countries in the world have the best manufacturers for Rogers 4003c but China stands on the top in the industrial market.
Many reasons are responsible for ranking China as a top country for buying Rogers 4003c in the best condition.
You’ll find a long list of Chinese manufacturers who play the leading role to produce the premium quality of Rogers 4003c.
SMTFAB is regarded as one of the most efficient Chinese manufacturers since it has more than 10 years of manufacturing experience.
Ranging from the availability of all variations of the Rogers 4000 series to the best technical support, this manufacturer has covered everything.
What Are the Uses of Rogers 4003c?
Rogers 4003c has uses associated with microwave conventional laminates.
They are known for providing substantial control on the material’s dielectric constant.
In addition to this Rogers 4003c play the leading role in lowering the power loss while using the same epoxy or glass in the laminates.
It is also considered a cost-effective laminate to be used in several appliances.
How to Select the Best Materials for Rogers 4003c?
Some of the main points to keep in mind while selecting the best materials for Rogers 4003c are listed as under:
- The Rogers 4003c material should contain the cost-effective PCB fabrication properties
- The material used in the construction of Rogers 4003c should improve the impedance control in the circuits
- For space applications, the materials used in the Rogers 4003c should have the properties of low outgassing
- Moreover, Rogers 4003c materials must come with the lower dielectric loss in the operating circuits
Materials for Rogers 4003c
What Is Rogers 4003c Data Sheet?
The Rogers 4003c data mainly corresponds with the appropriately woven glass reinforced hydrocarbons.
Besides this, it also demonstrates everything about the PTFE’s electrical performance or of the woven glass.
The datasheet of the Rogers 4003c is also used to showcase the manufacturability of epoxy or glass in the laminates.
What Is the Substrate for Rogers 4003c?
The substrate for Rogers 4003c is abbreviated as 32mil, 1EDCu/1EDCu, and 12″ by 18″.
This particular substrate makes Rogers 4003c ideal for broadband applications.
In addition to this, the elevated temperatures will cause the substrate to readily deform or transform by taking a permanent set.
Rogers 4003c Data Sheet
What Is the Price for Rogers 4003c Substrate?
The average estimated price of the Rogers 4003c ranges from $1 to $10.
However, the price of the Rogers 4003c depends on the materials used in construction and the manufacturer from which you’re purchasing the Rogers 4003c.
In addition to this, the price of the Rogers 4003c is expected to subject to a change with a variation in the foreign exchange rate.
Rogers 4003c Substrate
Which Processes Are Used for the Lamination of Rogers 4003c?
Fabrication processes are usually known for the lamination of Rogers 4003c.
This process is known for keeping all the manufacturing conditions in control thereby, increasing the quality of the Rogers 4003c.
What Is the PCB Rogers 4003c Properties?
The properties of PCB Rogers 4003c are listed as under:
- They have a Dielectric constant of about 3.38+/-0.05
- PCB Rogers 4003c comes with a dissipation factor of 0.00027 at a frequency of about 10 GHz
- The Z-axis coefficient of the PCB Rogers 4003c is pretty low
- The low value of the thermal expansion’s Z-axis coefficient is observed at 46ppm/ degree centigrade
Your Leading Rogers 4003c PCB Manufacturer in China
SMTFAB is an experienced Rogers 4003c PCB supplier in China, we can provide one solution for your project.
- Over 12 years Rogers 4003c PCB manufacturing experience
- Full range of Rogers 4003c PCB raw material in stock
- 100% E-test and AOI inspection
- No minimum order quantity for your new order
- 24h quick-turn service for your prototype Rogers 4003c PCB
- Sales working time is following your local time
Your Leading Rogers 4003c PCB Manufacturer in China
SMTFAB is an experienced Rogers 4003c PCB supplier in China, we can provide one solution for your project.
- Over 12 years Rogers 4003c PCB manufacturing experience
- Full range of Rogers 4003c PCB raw material in stock
- 100% E-test and AOI inspection
- No minimum order quantity for your new order
- 24h quick-turn service for your prototype Rogers 4003c PCB
- Sales working time is following your local time
Your Leading Rogers 4003c PCB Manufacturer in China
SMTFAB is an experienced Rogers 4003c PCB supplier in China, we can provide one solution for your project.
- Over 12 years Rogers 4003c PCB manufacturing experience
- Full range of Rogers 4003c PCB raw material in stock
- 100% E-test and AOI inspection
- No minimum order quantity for your new order
- 24h quick-turn service for your prototype Rogers 4003c PCB
- Sales working time is following your local time
Your Leading Rogers 4003c PCB Manufacturer in China
SMTFAB is an experienced Rogers 4003c PCB supplier in China, we can provide one solution for your project.
- Over 12 years Rogers 4003c PCB manufacturing experience
- Full range of Rogers 4003c PCB raw material in stock
- 100% E-test and AOI inspection
- No minimum order quantity for your new order
- 24h quick-turn service for your prototype Rogers 4003c PCB
- Sales working time is following your local time
Your Leading Rogers 4003c PCB Manufacturer in China
SMTFAB is an experienced Rogers 4003c PCB supplier in China, we can provide one solution for your project.
- Over 12 years Rogers 4003c PCB manufacturing experience
- Full range of Rogers 4003c PCB raw material in stock
- 100% E-test and AOI inspection
- No minimum order quantity for your new order
- 24h quick-turn service for your prototype Rogers 4003c PCB
- Sales working time is following your local time
Your Leading Rogers 4003c PCB Manufacturer in China
Your Leading Rogers 4003c PCB Manufacturer in China
SMTFAB is an experienced Rogers 4003c PCB supplier in China, we can provide one solution for your project.
- Over 12 years Rogers 4003c PCB manufacturing experience
- Full range of Rogers 4003c PCB raw material in stock
- 100% E-test and AOI inspection
- No minimum order quantity for your new order
- 24h quick-turn service for your prototype Rogers 4003c PCB
- Sales working time is following your local time
SMTFAB is an experienced Rogers 4003c PCB supplier in China, we can provide one solution for your project.
- Over 12 years Rogers 4003c PCB manufacturing experience
- Full range of Rogers 4003c PCB raw material in stock
- 100% E-test and AOI inspection
- No minimum order quantity for your new order
- 24h quick-turn service for your prototype Rogers 4003c PCB
- Sales working time is following your local time
- Production Facility
- Rogers 4003c PCB Capabilities
| Property | Typical Value | Direction | Units | Condition | Test Method | |
| RO4003C | RO4350B | |||||
| Dielectric Constant, sf Process | 3.38 ± 0.05 | 3.48 ± 0.05 | Z | — | 10 GHz/23°C | IPC-TM-650 2.5.5.5 Clamped Stripline |
| (1> Dielectric Constant, s Design | 3.55 | 3.66 | Z | — | 8 to 40 GHz | Differential Phase Length Method |
| Dissipation Factor tan, 8 | 0.0027 0.0021 | 0.0037 0.0031 | z | — | 10 GHz/23°C 2.5 GHz/23°C | IPC-TM-650 2.5.5.5 |
| Thermal Coefficient of zt | 40 | 50 | z | ppm/°C | -50°C to 150°C | IPC-TM-650 2.5.5.5 |
| Volume Resistivity | 1.7 X 1010 | 1.2 X 1010 | MQ・cm | COND A | IPC-TM-650 2.5.17.1 | |
| Surface Resistivity | 4.2 X 10° | 5.7 X 10° | MQ | COND A | IPC-TM-650 2.5.17.1 | |
| Electrical Strength | 31.2 (780) | 31.2 (780) | z | KV/mm (V/mil) | 0.51mm (0.020M) | IPC-TM-650 2.5.6.2 |
| Tensile Modulus | 19,650 (2,850) 19,450 (2,821) | 16,767 (2,432) 14,153,(2,053) | X Y | MPa (ksi) | RT | ASTM D638 |
| Tensile Strength | 139 (20.2) 100 (14.5) | 203 (29.5) 130 (18.9) | X Y | MPa (ksi) | RT | ASTM D638 |
| Flexural Strength | 276 (40) | 255 (37) | MPa (kpsi) | IPC-TM-650 2.4.4 | ||
| Dimensional Stability | <0.3 | <0.5 | X,Y | mm/m (mils/inch) | after etch +E2/150°C | IPC-TM-650 2.4.39A |
| Coefficient of Thermal Expansion | 11 14 46 | 10 12 32 | X Y Z | ppm/°C | -55 to 288°C | IPC-TM-650 2.4.41 |
- Production Facility
- Rogers 4003c PCB Capabilities
| Property | Typical Value | Direction | Units | Condition | Test Method | |
| RO4003C | RO4350B | |||||
| Dielectric Constant, sf Process | 3.38 ± 0.05 | 3.48 ± 0.05 | Z | — | 10 GHz/23°C | IPC-TM-650 2.5.5.5 Clamped Stripline |
| (1> Dielectric Constant, s Design | 3.55 | 3.66 | Z | — | 8 to 40 GHz | Differential Phase Length Method |
| Dissipation Factor tan, 8 | 0.0027 0.0021 | 0.0037 0.0031 | z | — | 10 GHz/23°C 2.5 GHz/23°C | IPC-TM-650 2.5.5.5 |
| Thermal Coefficient of zt | 40 | 50 | z | ppm/°C | -50°C to 150°C | IPC-TM-650 2.5.5.5 |
| Volume Resistivity | 1.7 X 1010 | 1.2 X 1010 | MQ・cm | COND A | IPC-TM-650 2.5.17.1 | |
| Surface Resistivity | 4.2 X 10° | 5.7 X 10° | MQ | COND A | IPC-TM-650 2.5.17.1 | |
| Electrical Strength | 31.2 (780) | 31.2 (780) | z | KV/mm (V/mil) | 0.51mm (0.020M) | IPC-TM-650 2.5.6.2 |
| Tensile Modulus | 19,650 (2,850) 19,450 (2,821) | 16,767 (2,432) 14,153,(2,053) | X Y | MPa (ksi) | RT | ASTM D638 |
| Tensile Strength | 139 (20.2) 100 (14.5) | 203 (29.5) 130 (18.9) | X Y | MPa (ksi) | RT | ASTM D638 |
| Flexural Strength | 276 (40) | 255 (37) | MPa (kpsi) | IPC-TM-650 2.4.4 | ||
| Dimensional Stability | <0.3 | <0.5 | X,Y | mm/m (mils/inch) | after etch +E2/150°C | IPC-TM-650 2.4.39A |
| Coefficient of Thermal Expansion | 11 14 46 | 10 12 32 | X Y Z | ppm/°C | -55 to 288°C | IPC-TM-650 2.4.41 |
- Production Facility
- Rogers 4003c PCB Capabilities
| Property | Typical Value | Direction | Units | Condition | Test Method | |
| RO4003C | RO4350B | |||||
| Dielectric Constant, sf Process | 3.38 ± 0.05 | 3.48 ± 0.05 | Z | — | 10 GHz/23°C | IPC-TM-650 2.5.5.5 Clamped Stripline |
| (1> Dielectric Constant, s Design | 3.55 | 3.66 | Z | — | 8 to 40 GHz | Differential Phase Length Method |
| Dissipation Factor tan, 8 | 0.0027 0.0021 | 0.0037 0.0031 | z | — | 10 GHz/23°C 2.5 GHz/23°C | IPC-TM-650 2.5.5.5 |
| Thermal Coefficient of zt | 40 | 50 | z | ppm/°C | -50°C to 150°C | IPC-TM-650 2.5.5.5 |
| Volume Resistivity | 1.7 X 1010 | 1.2 X 1010 | MQ・cm | COND A | IPC-TM-650 2.5.17.1 | |
| Surface Resistivity | 4.2 X 10° | 5.7 X 10° | MQ | COND A | IPC-TM-650 2.5.17.1 | |
| Electrical Strength | 31.2 (780) | 31.2 (780) | z | KV/mm (V/mil) | 0.51mm (0.020M) | IPC-TM-650 2.5.6.2 |
| Tensile Modulus | 19,650 (2,850) 19,450 (2,821) | 16,767 (2,432) 14,153,(2,053) | X Y | MPa (ksi) | RT | ASTM D638 |
| Tensile Strength | 139 (20.2) 100 (14.5) | 203 (29.5) 130 (18.9) | X Y | MPa (ksi) | RT | ASTM D638 |
| Flexural Strength | 276 (40) | 255 (37) | MPa (kpsi) | IPC-TM-650 2.4.4 | ||
| Dimensional Stability | <0.3 | <0.5 | X,Y | mm/m (mils/inch) | after etch +E2/150°C | IPC-TM-650 2.4.39A |
| Coefficient of Thermal Expansion | 11 14 46 | 10 12 32 | X Y Z | ppm/°C | -55 to 288°C | IPC-TM-650 2.4.41 |
- Production Facility
- Rogers 4003c PCB Capabilities
| Property | Typical Value | Direction | Units | Condition | Test Method | |
| RO4003C | RO4350B | |||||
| Dielectric Constant, sf Process | 3.38 ± 0.05 | 3.48 ± 0.05 | Z | — | 10 GHz/23°C | IPC-TM-650 2.5.5.5 Clamped Stripline |
| (1> Dielectric Constant, s Design | 3.55 | 3.66 | Z | — | 8 to 40 GHz | Differential Phase Length Method |
| Dissipation Factor tan, 8 | 0.0027 0.0021 | 0.0037 0.0031 | z | — | 10 GHz/23°C 2.5 GHz/23°C | IPC-TM-650 2.5.5.5 |
| Thermal Coefficient of zt | 40 | 50 | z | ppm/°C | -50°C to 150°C | IPC-TM-650 2.5.5.5 |
| Volume Resistivity | 1.7 X 1010 | 1.2 X 1010 | MQ・cm | COND A | IPC-TM-650 2.5.17.1 | |
| Surface Resistivity | 4.2 X 10° | 5.7 X 10° | MQ | COND A | IPC-TM-650 2.5.17.1 | |
| Electrical Strength | 31.2 (780) | 31.2 (780) | z | KV/mm (V/mil) | 0.51mm (0.020M) | IPC-TM-650 2.5.6.2 |
| Tensile Modulus | 19,650 (2,850) 19,450 (2,821) | 16,767 (2,432) 14,153,(2,053) | X Y | MPa (ksi) | RT | ASTM D638 |
| Tensile Strength | 139 (20.2) 100 (14.5) | 203 (29.5) 130 (18.9) | X Y | MPa (ksi) | RT | ASTM D638 |
| Flexural Strength | 276 (40) | 255 (37) | MPa (kpsi) | IPC-TM-650 2.4.4 | ||
| Dimensional Stability | <0.3 | <0.5 | X,Y | mm/m (mils/inch) | after etch +E2/150°C | IPC-TM-650 2.4.39A |
| Coefficient of Thermal Expansion | 11 14 46 | 10 12 32 | X Y Z | ppm/°C | -55 to 288°C | IPC-TM-650 2.4.41 |
- Production Facility
- Rogers 4003c PCB Capabilities
| Property | Typical Value | Direction | Units | Condition | Test Method | |
| RO4003C | RO4350B | |||||
| Dielectric Constant, sf Process | 3.38 ± 0.05 | 3.48 ± 0.05 | Z | — | 10 GHz/23°C | IPC-TM-650 2.5.5.5 Clamped Stripline |
| (1> Dielectric Constant, s Design | 3.55 | 3.66 | Z | — | 8 to 40 GHz | Differential Phase Length Method |
| Dissipation Factor tan, 8 | 0.0027 0.0021 | 0.0037 0.0031 | z | — | 10 GHz/23°C 2.5 GHz/23°C | IPC-TM-650 2.5.5.5 |
| Thermal Coefficient of zt | 40 | 50 | z | ppm/°C | -50°C to 150°C | IPC-TM-650 2.5.5.5 |
| Volume Resistivity | 1.7 X 1010 | 1.2 X 1010 | MQ・cm | COND A | IPC-TM-650 2.5.17.1 | |
| Surface Resistivity | 4.2 X 10° | 5.7 X 10° | MQ | COND A | IPC-TM-650 2.5.17.1 | |
| Electrical Strength | 31.2 (780) | 31.2 (780) | z | KV/mm (V/mil) | 0.51mm (0.020M) | IPC-TM-650 2.5.6.2 |
| Tensile Modulus | 19,650 (2,850) 19,450 (2,821) | 16,767 (2,432) 14,153,(2,053) | X Y | MPa (ksi) | RT | ASTM D638 |
| Tensile Strength | 139 (20.2) 100 (14.5) | 203 (29.5) 130 (18.9) | X Y | MPa (ksi) | RT | ASTM D638 |
| Flexural Strength | 276 (40) | 255 (37) | MPa (kpsi) | IPC-TM-650 2.4.4 | ||
| Dimensional Stability | <0.3 | <0.5 | X,Y | mm/m (mils/inch) | after etch +E2/150°C | IPC-TM-650 2.4.39A |
| Coefficient of Thermal Expansion | 11 14 46 | 10 12 32 | X Y Z | ppm/°C | -55 to 288°C | IPC-TM-650 2.4.41 |
- Production Facility
- Rogers 4003c PCB Capabilities
| Property | Typical Value | Direction | Units | Condition | Test Method | |
| RO4003C | RO4350B | |||||
| Dielectric Constant, sf Process | 3.38 ± 0.05 | 3.48 ± 0.05 | Z | — | 10 GHz/23°C | IPC-TM-650 2.5.5.5 Clamped Stripline |
| (1> Dielectric Constant, s Design | 3.55 | 3.66 | Z | — | 8 to 40 GHz | Differential Phase Length Method |
| Dissipation Factor tan, 8 | 0.0027 0.0021 | 0.0037 0.0031 | z | — | 10 GHz/23°C 2.5 GHz/23°C | IPC-TM-650 2.5.5.5 |
| Thermal Coefficient of zt | 40 | 50 | z | ppm/°C | -50°C to 150°C | IPC-TM-650 2.5.5.5 |
| Volume Resistivity | 1.7 X 1010 | 1.2 X 1010 | MQ・cm | COND A | IPC-TM-650 2.5.17.1 | |
| Surface Resistivity | 4.2 X 10° | 5.7 X 10° | MQ | COND A | IPC-TM-650 2.5.17.1 | |
| Electrical Strength | 31.2 (780) | 31.2 (780) | z | KV/mm (V/mil) | 0.51mm (0.020M) | IPC-TM-650 2.5.6.2 |
| Tensile Modulus | 19,650 (2,850) 19,450 (2,821) | 16,767 (2,432) 14,153,(2,053) | X Y | MPa (ksi) | RT | ASTM D638 |
| Tensile Strength | 139 (20.2) 100 (14.5) | 203 (29.5) 130 (18.9) | X Y | MPa (ksi) | RT | ASTM D638 |
| Flexural Strength | 276 (40) | 255 (37) | MPa (kpsi) | IPC-TM-650 2.4.4 | ||
| Dimensional Stability | <0.3 | <0.5 | X,Y | mm/m (mils/inch) | after etch +E2/150°C | IPC-TM-650 2.4.39A |
| Coefficient of Thermal Expansion | 11 14 46 | 10 12 32 | X Y Z | ppm/°C | -55 to 288°C | IPC-TM-650 2.4.41 |
| Property | Typical Value | Direction | Units | Condition | Test Method | |
| RO4003C | RO4350B | |||||
| Dielectric Constant, sf Process | 3.38 ± 0.05 | 3.48 ± 0.05 | Z | — | 10 GHz/23°C | IPC-TM-650 2.5.5.5 Clamped Stripline |
| (1> Dielectric Constant, s Design | 3.55 | 3.66 | Z | — | 8 to 40 GHz | Differential Phase Length Method |
| Dissipation Factor tan, 8 | 0.0027 0.0021 | 0.0037 0.0031 | z | — | 10 GHz/23°C 2.5 GHz/23°C | IPC-TM-650 2.5.5.5 |
| Thermal Coefficient of zt | 40 | 50 | z | ppm/°C | -50°C to 150°C | IPC-TM-650 2.5.5.5 |
| Volume Resistivity | 1.7 X 1010 | 1.2 X 1010 | MQ・cm | COND A | IPC-TM-650 2.5.17.1 | |
| Surface Resistivity | 4.2 X 10° | 5.7 X 10° | MQ | COND A | IPC-TM-650 2.5.17.1 | |
| Electrical Strength | 31.2 (780) | 31.2 (780) | z | KV/mm (V/mil) | 0.51mm (0.020M) | IPC-TM-650 2.5.6.2 |
| Tensile Modulus | 19,650 (2,850) 19,450 (2,821) | 16,767 (2,432) 14,153,(2,053) | X Y | MPa (ksi) | RT | ASTM D638 |
| Tensile Strength | 139 (20.2) 100 (14.5) | 203 (29.5) 130 (18.9) | X Y | MPa (ksi) | RT | ASTM D638 |
| Flexural Strength | 276 (40) | 255 (37) | MPa (kpsi) | IPC-TM-650 2.4.4 | ||
| Dimensional Stability | <0.3 | <0.5 | X,Y | mm/m (mils/inch) | after etch +E2/150°C | IPC-TM-650 2.4.39A |
| Coefficient of Thermal Expansion | 11 14 46 | 10 12 32 | X Y Z | ppm/°C | -55 to 288°C | IPC-TM-650 2.4.41 |
Releted Some Other PCBs
Releted Some Other PCBs
Why Choose SMTFAB for Your Rogers 4003c PCB
The RO4003C from Rogers Corporation is a Laminate with Dk (Dielectric Constant) 4, Tg >280 °C. The thickness are Inches 0.008” (0.203mm), 0.012 (0.305mm), 0.016”(0.406mm), 0.020” (0.508mm) 0.032”(0.813mm), 0.060”(1.524mm).
SMTFAB Rogers 4003c is a high-frequency laminate. It has superior and improved properties.
As a professional Rogers 4003c PCB manufacturer in China, we have over 500 workers in our facility. Even in the peak season, we can meet your high demand.
SMTFAB Rogers 4003c PCB is one of the types of boards we can offer for you. In fact, we can also provide Radio Frequency(RF) PCB, Teflon PCB, high-frequency circuit boards, rigid-flex PCB, ceramic PCB, aluminum PCB, and so on.
Are you looking for an experienced Rogers 4003c PCB supplier? SMTFAB is your best choice.
SMTFAB has over 12 years of Rogers 4350b PCB manufacturing experience, we can offer different rogers PCBs for you.
You can trust SMTFAB, your reliable Rogers 4003c PCB manufacturer in China.
We have been building a solid relationship with our joint-venture partners, suppliers, collagenous, and subcontractors. Just like them, you will not get disappointed in us. We ensure to build you solid partnerships and skyrocket your business in the future.
As a leading Rogers 4003c PCB supplier, we can provide the Rogers 4003c PCB in different applications including broadcast satellite, wireless communication, remote meter reader, and radar.
As an ISO-certified PCB company, SMTFAB always puts quality first. We have different test methods including material incoming inspection, AOI test, flying probe test, fixture tester, and function test.
Contact us now.
Rogers 4003c PCB: The Ultimate FAQ Guide
Integrating large multi-layered board constructions is not possible with circuit joining channels.
Not only this, but the operation of delicately designed, high performance, and high volume appliances also requires Rogers 4003c.
Considering these basic requirements for operating several appliances, we have gathered some helpful questions in the FAQ guide below.
After comprehensive research and analysis, we have compiled the most frequently asked questions.
Thus, if you want to increase your insight towards the Rogers 4003c, explore the FAQ guide as under.
So, let’s get started!
- What is Rogers 4003c?
- What are the Features of Rogers 4003c?
- What are the Benefits of Rogers 4003c?
- How is Rogers 4003c Manufactured?
- What Materials are Used in the Construction of Rogers 4003c?
- What are the Applications of Rogers 4003c?
- How to Select the Best Rogers 4003c?
- Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
- What is the Difference between Rogers 4003c and FR4 Circuit?
- What Configurations of Rogers 4003c are Available?
- How to Choose the Best Manufacturers for Rogers 4003c?
- Where to Buy Rogers 4003c?
- What Are the Uses of Rogers 4003c?
- How to Select the Best Materials for Rogers 4003c?
- What Is Rogers 4003c Data Sheet?
- What Is the Substrate for Rogers 4003c?
- What Is the Price for Rogers 4003c Substrate?
- Which Processes Are Used for the Lamination of Rogers 4003c?
- What Is the PCB Rogers 4003c Properties?
What is Rogers 4003c?
Rogers 4003c is defined as a particular type of hydrocarbon lamination made with high-grade ceramic material.
This lamination is used to offer the premium supply of frequency performance.
In addition to this, Rogers 4003c is also used in low-cost fabrication circuits. Thus, the integration of the Rogers 4003c in fabricated circuits decreases the expense of material during operation.
The decreased loss of material is then fabricated with high-quality standard epoxy or glass. These materials are offered at low competitive prices among all other laminations.
Moreover, the use of Rogers 4003c usually decreases when the operational frequencies increase up to 500MHz.
Rogers 4003c is also available with excellent high-frequency performance. They may perform well because of the low dielectric tolerance and material loss.
All variations in the Rogers 4000 series are regarded as the best options to be used with stable electrical properties.
They are an ideal solution to be used in circuits because of the low thermal coefficient of the dielectric constant present in Rogers 4003c.
Rogers 4003c
What are the Features of Rogers 4003c?
Some of the essential features of Rogers 4003c are listed as under:
- It is available with RF and Microwave performance to use in integrated circuits
- All types of Rogers 4003c are easily compatible with the FR4 fabrication circuits
- It’s also included in the construction of multi-layer PCB constructions
- Rogers 4003c is available with the highest thermal conductivity
- It comes with a lead-free solder processing
- It is cost-effective for all types of circuits
- Rogers 4003c is made up of the possible choice of high-frequency materials
- It is available with low dielectric loss characteristics
- They offer microwave point to point connectivity
All the above-mentioned features of Rogers 4003c make them the best option among all other types of circuit connecting laminations.
Features of Rogers 4003c?
What are the Benefits of Rogers 4003c?
Some of the potential benefits of Rogers 4003c are listed as under:
- The Rogers 40003c series offers the most cost-effective choice of high-frequency materials
- The high-frequency materials in Rogers 4003c are easily processable
- They reduce the material loss due to low dielectric loss
- Rogers 4003c is used in the cellular base station antennas of many devices
- Another benefit of Rogers 4003c is that they can be used in the power amplifiers
- They are used in the microwave point-to-point connectivity
- Automotive radars and sensors also use Rogers 4003c for better performance
- They are used in the high-frequency head (LNB) for integrating with direct broadcast satellites
- The raw material of Rogers 4003c has good dimensional stability
- The high performance of the lamination material increases its reliability
- They are pretty easy to process and assemble
- The whole structure of the Rogers 4003c brings substantial benefits to the multi-layer circuit
How is Rogers 4003c Manufactured?
The manufacturing process of Rogers 4003c comprises the following steps:
- Making PCB Layout
Before proceeding with the manufacturing process of Rogers 4003c, the first step is the fabrication of the PCB.
You can print the design of the PCB but the majority of the large-scale industries make a photocopy of the design and print it on a photographic film.
If you’re making a multi-layered Rogers 4003c, make sure to arrange the print copies of the design in order.
- Manufacture the Core Board
The next step is the production of the core with the manufacturing of the innermost core layers.
Make sure to clean the copper-clad layer by using a photosensitive film. After this, don’t forget to expose the copper clad layer to the light for the curing process.
Now it’s time to insert the copper clad layer in the Rogers 4003c upper layer.
- Etching of Inner Core Plate
Once you have manufactured the core board, it’s time to make the inner core plate.
A strong base like NaOH can do well in such situations. It is used to etch the unwanted copper from the cured photographic film.
- Punch and Inspect the Copper Plate
For improving the compatibility of the Rogers 4003c, the manufacturer makes small holes on the core-board to align it with the other materials.
In addition to this, an automatic machine is used to inspect the proper construction of the Rogers 4003c.
- Lamination
The lamination of the Rogers 4003c is done by using the prepreg.
The Roger 4003c core board and outer layer of the copper foil are bound together by using this core.
The fixing of the prepreg is possible by the alignment of holes on the lower iron plate.
Cover the core of the Rogers 4003c with an integrated layer of pressure-bearing aluminum plate.
You can use a machine to do so.
- Drilling of the Layers
The drilling of the core plates of Rogers 4003c is necessary for connecting it with PCB’s multiple layers.
It can be done by making a perforation hole in the PCB layer. It is done from the top to the bottom layer.
After that, metalize the hole of the core layers thereby making it conduct the electricity.
- Precipitation of the Pore Walls
This step is performed with the help of a specialized machine that uses 25-micron size copper film.
In addition to this, chemicals are deposited on the conductive layer to make a spread of about 1-micron copper film.
Manufacturing of Rogers 4003c
What Materials are Used in the Construction of Rogers 4003c?
The main materials utilized in the construction of Rogers 4003c are listed as under:
- 1080 Glass Fabric Style
The vital raw material needed in the lamination of the Rogers 4003c is regarded as 1080 fiberglass fabric.
It is mostly used in the laminates where there is a need for a high fiber content to make the circuit board plat.
Besides this, 1800 fiberglass fabric is easy to work with the Rogers 4003c.
- 1647 Glass Fabric Style
1647 fiberglass fabric is the other important material needed in the construction of the Rogers 4003c.
It is mostly used to improve the performance of the other plastic materials integrated on the board’s surface.
The majority of the film-forming materials are 70-90% consists of the 1647 fiberglass fabric.
- FR4 Material (Flame Retardant Level 4)
The circuit board of the Rogers 4003c is made up of premium quality FR4 material.
The primary reason for using it as a base of the core board of the Rogers 4003c is its composition including the glass fiber, epoxy composite, and copper lamination.
The composition of the FR4 material has made it perfect to use with the RF circuit boards.
What are the Applications of Rogers 4003c?
The majority of the applications that Rogers 4003c provides for better circuit formation is the inclusion in the high performance and high volume devices and performance-sensitive appliances.
Other than this, they are very competitively priced thus, they are considered as an ideal choice for multi-layered board constructions.
Moreover, another application of the Rogers 4003c is related to its use in the processes like FR4 at the minimal cost of fabrication.
Applications of Rogers 4003c
How to Select the Best Rogers 4003c?
Some of the potential factors that you need to keep in mind while selecting the best Rogers 4003c are given as under:
- Decomposition Temperature
One of the most important factors to keep in mind when you’re selecting the Rogers 4003c is its decomposition temperature.
Make sure to get your hands on the Rogers 4003c that comes with a decomposition temperature ranging from 200 degrees centigrade to 350 degrees centigrade.
The primary reason for choosing such kind of Rogers 4003c is to ensure the profitable soldering of the item.
- Dielectric Constant
The majority of the Rogers 4003c is made up of low-cost dielectric constant-containing materials.
Thus, making sure the Dielectric constant’s value when choosing the Rogers 4003c is also necessary.
The value of the dielectric constant must be large so that the Rogers 4003c comes with a greater operating frequency.
- Coefficient of Thermal Expansion
One more factor to determine when choosing the Rogers 4003c is to check the thermal expansion’s coefficient. It means the temperature at which a specific material starts to expand.
Thus, it is recommended to go with the Rogers 4003c which is available with a coefficient of thermal expansion of about 70pp or less.
This will make your item more substantial against prominent levels of temperature.
- Moisture Absorption
One of the main qualities to look for in Rogers 4003c is its moisture absorption ability. The Roger 4003c you’re thinking to purchase must have a moisture absorption ability of 0.01 to 0.20 percent.
Best Rogers 4003c
Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
The thermal expansion of Rogers 4003c greatly impacts its working since it operates with a soldering mechanism.
The primary reason for the concerns of the thermal expansion of Rogers 4003c is its ability to perform best in a challenging environment. The quality of the Rogers 4003c also depends on the thermal expansion.
The rise in the material of Rogers 4003c by each centigrade greatly influences its performance.
Thus, the thermal expansion of the Rogers 4003c is determined by examining the coefficient of thermal expansion.
The substrate’s thermal expansion must be lower than the copper.
The main reason for this demand of thermal expansion’s coefficient in Rogers 4003c is the increased expansion of the substrate. It will result in the copper lamination’s expansion.
This factor leads to failures in operating devices.
What is the Difference between Rogers 4003c and FR4 Circuit?
The primary differences between the Rogers 4003c and FR4 circuits and materials are listed as under:
The raw material of FR4 circuit is pretty cheaper as compared to the Rogers 4003c material.
The Rogers 4003c materials are available with high operating frequencies but FR4 material has no prominent operating frequency.
Rogers 4003c doesn’t come with significant signal catching ability since it has low DF but the DF value for the FR4 circuit is quite considering.
The Rogers 4003c materials are available with high impedance stabilities with a Dk value of 4.5 but the FR4 materials aren’t available with a durable Dk value.
The complexities of thermal expansion are not associated with the Rogers 4003c since they have high-temperature management.
But the FR4 material comes with high thermal expansion variation.
Another prominent difference between the Rogers 4003c and FR4 materials lies in the values of their dielectric constant.
Rogers 4003c dielectric constant is 6.5 to 11 whereas the dielectric constant of the FR4 material is estimated at up to 4.5.
Difference between Rogers 4003c and FR4 Circuit
What Configurations of Rogers 4003c are Available?
Many manufacturers have offered Rogers 4003c in a wide variety of configurations including the fiberglass styles 1080 and 1674.
The particular configuration of the Rogers 4003c is responsible for its properties.
However, all the configurations of Rogers 4003c have the same electrical specifications for their performance in all types of devices.
A well-known configuration of Rogers 4003c which is abbreviated as RO350B is perfect to meet the need for a higher (RTI) Relative Thermal Index.
Its RTI values exceed 105 degrees centigrade.
Other than this, many manufacturers have also launched RO4350 which is specifically designed for the drop-in replacement of the Rogers 4003c materials.
The laminate in RO4350 is considered a standard flame retardant.
This property makes it stand in the RO4000 series.
Configurations of Rogers 4003c
How to Choose the Best Manufacturers for Rogers 4003c?
The steps for choosing the best manufacturer for Rogers 4003c are given as under:
- Start Your Research
No doubt there are many options of worthy manufacturers in China when you head out to purchase Rogers 4003c, but make sure to research well on the search engines.
Shortlist the options on your end to make it easy for selecting the most efficient and reliable manufacturer of Rogers 4003c.
- Contact the Manufacturer
Contacting the manufacturer is as much important as selecting them. So when you’re done with selecting the best manufacturer, make sure to reach them out through phone or email.
- Check the Experience
The manufacturer that you’re going to choose for the processing of Rogers 4003c must be experienced in the relative field.
The experience of the manufacturers tells everything about the efficiency and reliability of the manufacturer, that’s why manufacturers with 10 or more than 10 years of experience are preferred.
- Tech Support
The manufacturer of Rogers 4003c must come with the availability of reliable tech support in case of any inconvenience from the buyers.
They should have a technical support team of workers to solve the concerns of the customers.
- Raw Materials
The production and availability of the raw materials is another factor that you need to keep in mind when selecting the best Rogers 4003c manufacturer.
The manufacturer must have a sufficient supply of the highest quality of raw materials to meet the customer demands.
Where to Buy Rogers 4003c?
Many prominent countries in the world have the best manufacturers for Rogers 4003c but China stands on the top in the industrial market.
Many reasons are responsible for ranking China as a top country for buying Rogers 4003c in the best condition.
You’ll find a long list of Chinese manufacturers who play the leading role to produce the premium quality of Rogers 4003c.
SMTFAB is regarded as one of the most efficient Chinese manufacturers since it has more than 10 years of manufacturing experience.
Ranging from the availability of all variations of the Rogers 4000 series to the best technical support, this manufacturer has covered everything.
What Are the Uses of Rogers 4003c?
Rogers 4003c has uses associated with microwave conventional laminates.
They are known for providing substantial control on the material’s dielectric constant.
In addition to this Rogers 4003c play the leading role in lowering the power loss while using the same epoxy or glass in the laminates.
It is also considered a cost-effective laminate to be used in several appliances.
How to Select the Best Materials for Rogers 4003c?
Some of the main points to keep in mind while selecting the best materials for Rogers 4003c are listed as under:
- The Rogers 4003c material should contain the cost-effective PCB fabrication properties
- The material used in the construction of Rogers 4003c should improve the impedance control in the circuits
- For space applications, the materials used in the Rogers 4003c should have the properties of low outgassing
- Moreover, Rogers 4003c materials must come with the lower dielectric loss in the operating circuits
Materials for Rogers 4003c
What Is Rogers 4003c Data Sheet?
The Rogers 4003c data mainly corresponds with the appropriately woven glass reinforced hydrocarbons.
Besides this, it also demonstrates everything about the PTFE’s electrical performance or of the woven glass.
The datasheet of the Rogers 4003c is also used to showcase the manufacturability of epoxy or glass in the laminates.
What Is the Substrate for Rogers 4003c?
The substrate for Rogers 4003c is abbreviated as 32mil, 1EDCu/1EDCu, and 12″ by 18″.
This particular substrate makes Rogers 4003c ideal for broadband applications.
In addition to this, the elevated temperatures will cause the substrate to readily deform or transform by taking a permanent set.
Rogers 4003c Data Sheet
What Is the Price for Rogers 4003c Substrate?
The average estimated price of the Rogers 4003c ranges from $1 to $10.
However, the price of the Rogers 4003c depends on the materials used in construction and the manufacturer from which you’re purchasing the Rogers 4003c.
In addition to this, the price of the Rogers 4003c is expected to subject to a change with a variation in the foreign exchange rate.
Rogers 4003c Substrate
Which Processes Are Used for the Lamination of Rogers 4003c?
Fabrication processes are usually known for the lamination of Rogers 4003c.
This process is known for keeping all the manufacturing conditions in control thereby, increasing the quality of the Rogers 4003c.
What Is the PCB Rogers 4003c Properties?
The properties of PCB Rogers 4003c are listed as under:
- They have a Dielectric constant of about 3.38+/-0.05
- PCB Rogers 4003c comes with a dissipation factor of 0.00027 at a frequency of about 10 GHz
- The Z-axis coefficient of the PCB Rogers 4003c is pretty low
- The low value of the thermal expansion’s Z-axis coefficient is observed at 46ppm/ degree centigrade
Why Choose SMTFAB for Your Rogers 4003c PCB
The RO4003C from Rogers Corporation is a Laminate with Dk (Dielectric Constant) 4, Tg >280 °C. The thickness are Inches 0.008” (0.203mm), 0.012 (0.305mm), 0.016”(0.406mm), 0.020” (0.508mm) 0.032”(0.813mm), 0.060”(1.524mm).
SMTFAB Rogers 4003c is a high-frequency laminate. It has superior and improved properties.
As a professional Rogers 4003c PCB manufacturer in China, we have over 500 workers in our facility. Even in the peak season, we can meet your high demand.
SMTFAB Rogers 4003c PCB is one of the types of boards we can offer for you. In fact, we can also provide Radio Frequency(RF) PCB, Teflon PCB, high-frequency circuit boards, rigid-flex PCB, ceramic PCB, aluminum PCB, and so on.
Are you looking for an experienced Rogers 4003c PCB supplier? SMTFAB is your best choice.
SMTFAB has over 12 years of Rogers 4350b PCB manufacturing experience, we can offer different rogers PCBs for you.
You can trust SMTFAB, your reliable Rogers 4003c PCB manufacturer in China.
We have been building a solid relationship with our joint-venture partners, suppliers, collagenous, and subcontractors. Just like them, you will not get disappointed in us. We ensure to build you solid partnerships and skyrocket your business in the future.
As a leading Rogers 4003c PCB supplier, we can provide the Rogers 4003c PCB in different applications including broadcast satellite, wireless communication, remote meter reader, and radar.
As an ISO-certified PCB company, SMTFAB always puts quality first. We have different test methods including material incoming inspection, AOI test, flying probe test, fixture tester, and function test.
Contact us now.
Rogers 4003c PCB: The Ultimate FAQ Guide
Integrating large multi-layered board constructions is not possible with circuit joining channels.
Not only this, but the operation of delicately designed, high performance, and high volume appliances also requires Rogers 4003c.
Considering these basic requirements for operating several appliances, we have gathered some helpful questions in the FAQ guide below.
After comprehensive research and analysis, we have compiled the most frequently asked questions.
Thus, if you want to increase your insight towards the Rogers 4003c, explore the FAQ guide as under.
So, let’s get started!
- What is Rogers 4003c?
- What are the Features of Rogers 4003c?
- What are the Benefits of Rogers 4003c?
- How is Rogers 4003c Manufactured?
- What Materials are Used in the Construction of Rogers 4003c?
- What are the Applications of Rogers 4003c?
- How to Select the Best Rogers 4003c?
- Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
- What is the Difference between Rogers 4003c and FR4 Circuit?
- What Configurations of Rogers 4003c are Available?
- How to Choose the Best Manufacturers for Rogers 4003c?
- Where to Buy Rogers 4003c?
- What Are the Uses of Rogers 4003c?
- How to Select the Best Materials for Rogers 4003c?
- What Is Rogers 4003c Data Sheet?
- What Is the Substrate for Rogers 4003c?
- What Is the Price for Rogers 4003c Substrate?
- Which Processes Are Used for the Lamination of Rogers 4003c?
- What Is the PCB Rogers 4003c Properties?
What is Rogers 4003c?
Rogers 4003c is defined as a particular type of hydrocarbon lamination made with high-grade ceramic material.
This lamination is used to offer the premium supply of frequency performance.
In addition to this, Rogers 4003c is also used in low-cost fabrication circuits. Thus, the integration of the Rogers 4003c in fabricated circuits decreases the expense of material during operation.
The decreased loss of material is then fabricated with high-quality standard epoxy or glass. These materials are offered at low competitive prices among all other laminations.
Moreover, the use of Rogers 4003c usually decreases when the operational frequencies increase up to 500MHz.
Rogers 4003c is also available with excellent high-frequency performance. They may perform well because of the low dielectric tolerance and material loss.
All variations in the Rogers 4000 series are regarded as the best options to be used with stable electrical properties.
They are an ideal solution to be used in circuits because of the low thermal coefficient of the dielectric constant present in Rogers 4003c.
Rogers 4003c
What are the Features of Rogers 4003c?
Some of the essential features of Rogers 4003c are listed as under:
- It is available with RF and Microwave performance to use in integrated circuits
- All types of Rogers 4003c are easily compatible with the FR4 fabrication circuits
- It’s also included in the construction of multi-layer PCB constructions
- Rogers 4003c is available with the highest thermal conductivity
- It comes with a lead-free solder processing
- It is cost-effective for all types of circuits
- Rogers 4003c is made up of the possible choice of high-frequency materials
- It is available with low dielectric loss characteristics
- They offer microwave point to point connectivity
All the above-mentioned features of Rogers 4003c make them the best option among all other types of circuit connecting laminations.
Features of Rogers 4003c?
What are the Benefits of Rogers 4003c?
Some of the potential benefits of Rogers 4003c are listed as under:
- The Rogers 40003c series offers the most cost-effective choice of high-frequency materials
- The high-frequency materials in Rogers 4003c are easily processable
- They reduce the material loss due to low dielectric loss
- Rogers 4003c is used in the cellular base station antennas of many devices
- Another benefit of Rogers 4003c is that they can be used in the power amplifiers
- They are used in the microwave point-to-point connectivity
- Automotive radars and sensors also use Rogers 4003c for better performance
- They are used in the high-frequency head (LNB) for integrating with direct broadcast satellites
- The raw material of Rogers 4003c has good dimensional stability
- The high performance of the lamination material increases its reliability
- They are pretty easy to process and assemble
- The whole structure of the Rogers 4003c brings substantial benefits to the multi-layer circuit
How is Rogers 4003c Manufactured?
The manufacturing process of Rogers 4003c comprises the following steps:
- Making PCB Layout
Before proceeding with the manufacturing process of Rogers 4003c, the first step is the fabrication of the PCB.
You can print the design of the PCB but the majority of the large-scale industries make a photocopy of the design and print it on a photographic film.
If you’re making a multi-layered Rogers 4003c, make sure to arrange the print copies of the design in order.
- Manufacture the Core Board
The next step is the production of the core with the manufacturing of the innermost core layers.
Make sure to clean the copper-clad layer by using a photosensitive film. After this, don’t forget to expose the copper clad layer to the light for the curing process.
Now it’s time to insert the copper clad layer in the Rogers 4003c upper layer.
- Etching of Inner Core Plate
Once you have manufactured the core board, it’s time to make the inner core plate.
A strong base like NaOH can do well in such situations. It is used to etch the unwanted copper from the cured photographic film.
- Punch and Inspect the Copper Plate
For improving the compatibility of the Rogers 4003c, the manufacturer makes small holes on the core-board to align it with the other materials.
In addition to this, an automatic machine is used to inspect the proper construction of the Rogers 4003c.
- Lamination
The lamination of the Rogers 4003c is done by using the prepreg.
The Roger 4003c core board and outer layer of the copper foil are bound together by using this core.
The fixing of the prepreg is possible by the alignment of holes on the lower iron plate.
Cover the core of the Rogers 4003c with an integrated layer of pressure-bearing aluminum plate.
You can use a machine to do so.
- Drilling of the Layers
The drilling of the core plates of Rogers 4003c is necessary for connecting it with PCB’s multiple layers.
It can be done by making a perforation hole in the PCB layer. It is done from the top to the bottom layer.
After that, metalize the hole of the core layers thereby making it conduct the electricity.
- Precipitation of the Pore Walls
This step is performed with the help of a specialized machine that uses 25-micron size copper film.
In addition to this, chemicals are deposited on the conductive layer to make a spread of about 1-micron copper film.
Manufacturing of Rogers 4003c
What Materials are Used in the Construction of Rogers 4003c?
The main materials utilized in the construction of Rogers 4003c are listed as under:
- 1080 Glass Fabric Style
The vital raw material needed in the lamination of the Rogers 4003c is regarded as 1080 fiberglass fabric.
It is mostly used in the laminates where there is a need for a high fiber content to make the circuit board plat.
Besides this, 1800 fiberglass fabric is easy to work with the Rogers 4003c.
- 1647 Glass Fabric Style
1647 fiberglass fabric is the other important material needed in the construction of the Rogers 4003c.
It is mostly used to improve the performance of the other plastic materials integrated on the board’s surface.
The majority of the film-forming materials are 70-90% consists of the 1647 fiberglass fabric.
- FR4 Material (Flame Retardant Level 4)
The circuit board of the Rogers 4003c is made up of premium quality FR4 material.
The primary reason for using it as a base of the core board of the Rogers 4003c is its composition including the glass fiber, epoxy composite, and copper lamination.
The composition of the FR4 material has made it perfect to use with the RF circuit boards.
What are the Applications of Rogers 4003c?
The majority of the applications that Rogers 4003c provides for better circuit formation is the inclusion in the high performance and high volume devices and performance-sensitive appliances.
Other than this, they are very competitively priced thus, they are considered as an ideal choice for multi-layered board constructions.
Moreover, another application of the Rogers 4003c is related to its use in the processes like FR4 at the minimal cost of fabrication.
Applications of Rogers 4003c
How to Select the Best Rogers 4003c?
Some of the potential factors that you need to keep in mind while selecting the best Rogers 4003c are given as under:
- Decomposition Temperature
One of the most important factors to keep in mind when you’re selecting the Rogers 4003c is its decomposition temperature.
Make sure to get your hands on the Rogers 4003c that comes with a decomposition temperature ranging from 200 degrees centigrade to 350 degrees centigrade.
The primary reason for choosing such kind of Rogers 4003c is to ensure the profitable soldering of the item.
- Dielectric Constant
The majority of the Rogers 4003c is made up of low-cost dielectric constant-containing materials.
Thus, making sure the Dielectric constant’s value when choosing the Rogers 4003c is also necessary.
The value of the dielectric constant must be large so that the Rogers 4003c comes with a greater operating frequency.
- Coefficient of Thermal Expansion
One more factor to determine when choosing the Rogers 4003c is to check the thermal expansion’s coefficient. It means the temperature at which a specific material starts to expand.
Thus, it is recommended to go with the Rogers 4003c which is available with a coefficient of thermal expansion of about 70pp or less.
This will make your item more substantial against prominent levels of temperature.
- Moisture Absorption
One of the main qualities to look for in Rogers 4003c is its moisture absorption ability. The Roger 4003c you’re thinking to purchase must have a moisture absorption ability of 0.01 to 0.20 percent.
Best Rogers 4003c
Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
The thermal expansion of Rogers 4003c greatly impacts its working since it operates with a soldering mechanism.
The primary reason for the concerns of the thermal expansion of Rogers 4003c is its ability to perform best in a challenging environment. The quality of the Rogers 4003c also depends on the thermal expansion.
The rise in the material of Rogers 4003c by each centigrade greatly influences its performance.
Thus, the thermal expansion of the Rogers 4003c is determined by examining the coefficient of thermal expansion.
The substrate’s thermal expansion must be lower than the copper.
The main reason for this demand of thermal expansion’s coefficient in Rogers 4003c is the increased expansion of the substrate. It will result in the copper lamination’s expansion.
This factor leads to failures in operating devices.
What is the Difference between Rogers 4003c and FR4 Circuit?
The primary differences between the Rogers 4003c and FR4 circuits and materials are listed as under:
The raw material of FR4 circuit is pretty cheaper as compared to the Rogers 4003c material.
The Rogers 4003c materials are available with high operating frequencies but FR4 material has no prominent operating frequency.
Rogers 4003c doesn’t come with significant signal catching ability since it has low DF but the DF value for the FR4 circuit is quite considering.
The Rogers 4003c materials are available with high impedance stabilities with a Dk value of 4.5 but the FR4 materials aren’t available with a durable Dk value.
The complexities of thermal expansion are not associated with the Rogers 4003c since they have high-temperature management.
But the FR4 material comes with high thermal expansion variation.
Another prominent difference between the Rogers 4003c and FR4 materials lies in the values of their dielectric constant.
Rogers 4003c dielectric constant is 6.5 to 11 whereas the dielectric constant of the FR4 material is estimated at up to 4.5.
Difference between Rogers 4003c and FR4 Circuit
What Configurations of Rogers 4003c are Available?
Many manufacturers have offered Rogers 4003c in a wide variety of configurations including the fiberglass styles 1080 and 1674.
The particular configuration of the Rogers 4003c is responsible for its properties.
However, all the configurations of Rogers 4003c have the same electrical specifications for their performance in all types of devices.
A well-known configuration of Rogers 4003c which is abbreviated as RO350B is perfect to meet the need for a higher (RTI) Relative Thermal Index.
Its RTI values exceed 105 degrees centigrade.
Other than this, many manufacturers have also launched RO4350 which is specifically designed for the drop-in replacement of the Rogers 4003c materials.
The laminate in RO4350 is considered a standard flame retardant.
This property makes it stand in the RO4000 series.
Configurations of Rogers 4003c
How to Choose the Best Manufacturers for Rogers 4003c?
The steps for choosing the best manufacturer for Rogers 4003c are given as under:
- Start Your Research
No doubt there are many options of worthy manufacturers in China when you head out to purchase Rogers 4003c, but make sure to research well on the search engines.
Shortlist the options on your end to make it easy for selecting the most efficient and reliable manufacturer of Rogers 4003c.
- Contact the Manufacturer
Contacting the manufacturer is as much important as selecting them. So when you’re done with selecting the best manufacturer, make sure to reach them out through phone or email.
- Check the Experience
The manufacturer that you’re going to choose for the processing of Rogers 4003c must be experienced in the relative field.
The experience of the manufacturers tells everything about the efficiency and reliability of the manufacturer, that’s why manufacturers with 10 or more than 10 years of experience are preferred.
- Tech Support
The manufacturer of Rogers 4003c must come with the availability of reliable tech support in case of any inconvenience from the buyers.
They should have a technical support team of workers to solve the concerns of the customers.
- Raw Materials
The production and availability of the raw materials is another factor that you need to keep in mind when selecting the best Rogers 4003c manufacturer.
The manufacturer must have a sufficient supply of the highest quality of raw materials to meet the customer demands.
Where to Buy Rogers 4003c?
Many prominent countries in the world have the best manufacturers for Rogers 4003c but China stands on the top in the industrial market.
Many reasons are responsible for ranking China as a top country for buying Rogers 4003c in the best condition.
You’ll find a long list of Chinese manufacturers who play the leading role to produce the premium quality of Rogers 4003c.
SMTFAB is regarded as one of the most efficient Chinese manufacturers since it has more than 10 years of manufacturing experience.
Ranging from the availability of all variations of the Rogers 4000 series to the best technical support, this manufacturer has covered everything.
What Are the Uses of Rogers 4003c?
Rogers 4003c has uses associated with microwave conventional laminates.
They are known for providing substantial control on the material’s dielectric constant.
In addition to this Rogers 4003c play the leading role in lowering the power loss while using the same epoxy or glass in the laminates.
It is also considered a cost-effective laminate to be used in several appliances.
How to Select the Best Materials for Rogers 4003c?
Some of the main points to keep in mind while selecting the best materials for Rogers 4003c are listed as under:
- The Rogers 4003c material should contain the cost-effective PCB fabrication properties
- The material used in the construction of Rogers 4003c should improve the impedance control in the circuits
- For space applications, the materials used in the Rogers 4003c should have the properties of low outgassing
- Moreover, Rogers 4003c materials must come with the lower dielectric loss in the operating circuits
Materials for Rogers 4003c
What Is Rogers 4003c Data Sheet?
The Rogers 4003c data mainly corresponds with the appropriately woven glass reinforced hydrocarbons.
Besides this, it also demonstrates everything about the PTFE’s electrical performance or of the woven glass.
The datasheet of the Rogers 4003c is also used to showcase the manufacturability of epoxy or glass in the laminates.
What Is the Substrate for Rogers 4003c?
The substrate for Rogers 4003c is abbreviated as 32mil, 1EDCu/1EDCu, and 12″ by 18″.
This particular substrate makes Rogers 4003c ideal for broadband applications.
In addition to this, the elevated temperatures will cause the substrate to readily deform or transform by taking a permanent set.
Rogers 4003c Data Sheet
What Is the Price for Rogers 4003c Substrate?
The average estimated price of the Rogers 4003c ranges from $1 to $10.
However, the price of the Rogers 4003c depends on the materials used in construction and the manufacturer from which you’re purchasing the Rogers 4003c.
In addition to this, the price of the Rogers 4003c is expected to subject to a change with a variation in the foreign exchange rate.
Rogers 4003c Substrate
Which Processes Are Used for the Lamination of Rogers 4003c?
Fabrication processes are usually known for the lamination of Rogers 4003c.
This process is known for keeping all the manufacturing conditions in control thereby, increasing the quality of the Rogers 4003c.
What Is the PCB Rogers 4003c Properties?
The properties of PCB Rogers 4003c are listed as under:
- They have a Dielectric constant of about 3.38+/-0.05
- PCB Rogers 4003c comes with a dissipation factor of 0.00027 at a frequency of about 10 GHz
- The Z-axis coefficient of the PCB Rogers 4003c is pretty low
- The low value of the thermal expansion’s Z-axis coefficient is observed at 46ppm/ degree centigrade
Why Choose SMTFAB for Your Rogers 4003c PCB
The RO4003C from Rogers Corporation is a Laminate with Dk (Dielectric Constant) 4, Tg >280 °C. The thickness are Inches 0.008” (0.203mm), 0.012 (0.305mm), 0.016”(0.406mm), 0.020” (0.508mm) 0.032”(0.813mm), 0.060”(1.524mm).
SMTFAB Rogers 4003c is a high-frequency laminate. It has superior and improved properties.
As a professional Rogers 4003c PCB manufacturer in China, we have over 500 workers in our facility. Even in the peak season, we can meet your high demand.
SMTFAB Rogers 4003c PCB is one of the types of boards we can offer for you. In fact, we can also provide Radio Frequency(RF) PCB, Teflon PCB, high-frequency circuit boards, rigid-flex PCB, ceramic PCB, aluminum PCB, and so on.
Are you looking for an experienced Rogers 4003c PCB supplier? SMTFAB is your best choice.
SMTFAB has over 12 years of Rogers 4350b PCB manufacturing experience, we can offer different rogers PCBs for you.
You can trust SMTFAB, your reliable Rogers 4003c PCB manufacturer in China.
We have been building a solid relationship with our joint-venture partners, suppliers, collagenous, and subcontractors. Just like them, you will not get disappointed in us. We ensure to build you solid partnerships and skyrocket your business in the future.
As a leading Rogers 4003c PCB supplier, we can provide the Rogers 4003c PCB in different applications including broadcast satellite, wireless communication, remote meter reader, and radar.
As an ISO-certified PCB company, SMTFAB always puts quality first. We have different test methods including material incoming inspection, AOI test, flying probe test, fixture tester, and function test.
Contact us now.
Rogers 4003c PCB: The Ultimate FAQ Guide
Integrating large multi-layered board constructions is not possible with circuit joining channels.
Not only this, but the operation of delicately designed, high performance, and high volume appliances also requires Rogers 4003c.
Considering these basic requirements for operating several appliances, we have gathered some helpful questions in the FAQ guide below.
After comprehensive research and analysis, we have compiled the most frequently asked questions.
Thus, if you want to increase your insight towards the Rogers 4003c, explore the FAQ guide as under.
So, let’s get started!
- What is Rogers 4003c?
- What are the Features of Rogers 4003c?
- What are the Benefits of Rogers 4003c?
- How is Rogers 4003c Manufactured?
- What Materials are Used in the Construction of Rogers 4003c?
- What are the Applications of Rogers 4003c?
- How to Select the Best Rogers 4003c?
- Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
- What is the Difference between Rogers 4003c and FR4 Circuit?
- What Configurations of Rogers 4003c are Available?
- How to Choose the Best Manufacturers for Rogers 4003c?
- Where to Buy Rogers 4003c?
- What Are the Uses of Rogers 4003c?
- How to Select the Best Materials for Rogers 4003c?
- What Is Rogers 4003c Data Sheet?
- What Is the Substrate for Rogers 4003c?
- What Is the Price for Rogers 4003c Substrate?
- Which Processes Are Used for the Lamination of Rogers 4003c?
- What Is the PCB Rogers 4003c Properties?
What is Rogers 4003c?
Rogers 4003c is defined as a particular type of hydrocarbon lamination made with high-grade ceramic material.
This lamination is used to offer the premium supply of frequency performance.
In addition to this, Rogers 4003c is also used in low-cost fabrication circuits. Thus, the integration of the Rogers 4003c in fabricated circuits decreases the expense of material during operation.
The decreased loss of material is then fabricated with high-quality standard epoxy or glass. These materials are offered at low competitive prices among all other laminations.
Moreover, the use of Rogers 4003c usually decreases when the operational frequencies increase up to 500MHz.
Rogers 4003c is also available with excellent high-frequency performance. They may perform well because of the low dielectric tolerance and material loss.
All variations in the Rogers 4000 series are regarded as the best options to be used with stable electrical properties.
They are an ideal solution to be used in circuits because of the low thermal coefficient of the dielectric constant present in Rogers 4003c.
Rogers 4003c
What are the Features of Rogers 4003c?
Some of the essential features of Rogers 4003c are listed as under:
- It is available with RF and Microwave performance to use in integrated circuits
- All types of Rogers 4003c are easily compatible with the FR4 fabrication circuits
- It’s also included in the construction of multi-layer PCB constructions
- Rogers 4003c is available with the highest thermal conductivity
- It comes with a lead-free solder processing
- It is cost-effective for all types of circuits
- Rogers 4003c is made up of the possible choice of high-frequency materials
- It is available with low dielectric loss characteristics
- They offer microwave point to point connectivity
All the above-mentioned features of Rogers 4003c make them the best option among all other types of circuit connecting laminations.
Features of Rogers 4003c?
What are the Benefits of Rogers 4003c?
Some of the potential benefits of Rogers 4003c are listed as under:
- The Rogers 40003c series offers the most cost-effective choice of high-frequency materials
- The high-frequency materials in Rogers 4003c are easily processable
- They reduce the material loss due to low dielectric loss
- Rogers 4003c is used in the cellular base station antennas of many devices
- Another benefit of Rogers 4003c is that they can be used in the power amplifiers
- They are used in the microwave point-to-point connectivity
- Automotive radars and sensors also use Rogers 4003c for better performance
- They are used in the high-frequency head (LNB) for integrating with direct broadcast satellites
- The raw material of Rogers 4003c has good dimensional stability
- The high performance of the lamination material increases its reliability
- They are pretty easy to process and assemble
- The whole structure of the Rogers 4003c brings substantial benefits to the multi-layer circuit
How is Rogers 4003c Manufactured?
The manufacturing process of Rogers 4003c comprises the following steps:
- Making PCB Layout
Before proceeding with the manufacturing process of Rogers 4003c, the first step is the fabrication of the PCB.
You can print the design of the PCB but the majority of the large-scale industries make a photocopy of the design and print it on a photographic film.
If you’re making a multi-layered Rogers 4003c, make sure to arrange the print copies of the design in order.
- Manufacture the Core Board
The next step is the production of the core with the manufacturing of the innermost core layers.
Make sure to clean the copper-clad layer by using a photosensitive film. After this, don’t forget to expose the copper clad layer to the light for the curing process.
Now it’s time to insert the copper clad layer in the Rogers 4003c upper layer.
- Etching of Inner Core Plate
Once you have manufactured the core board, it’s time to make the inner core plate.
A strong base like NaOH can do well in such situations. It is used to etch the unwanted copper from the cured photographic film.
- Punch and Inspect the Copper Plate
For improving the compatibility of the Rogers 4003c, the manufacturer makes small holes on the core-board to align it with the other materials.
In addition to this, an automatic machine is used to inspect the proper construction of the Rogers 4003c.
- Lamination
The lamination of the Rogers 4003c is done by using the prepreg.
The Roger 4003c core board and outer layer of the copper foil are bound together by using this core.
The fixing of the prepreg is possible by the alignment of holes on the lower iron plate.
Cover the core of the Rogers 4003c with an integrated layer of pressure-bearing aluminum plate.
You can use a machine to do so.
- Drilling of the Layers
The drilling of the core plates of Rogers 4003c is necessary for connecting it with PCB’s multiple layers.
It can be done by making a perforation hole in the PCB layer. It is done from the top to the bottom layer.
After that, metalize the hole of the core layers thereby making it conduct the electricity.
- Precipitation of the Pore Walls
This step is performed with the help of a specialized machine that uses 25-micron size copper film.
In addition to this, chemicals are deposited on the conductive layer to make a spread of about 1-micron copper film.
Manufacturing of Rogers 4003c
What Materials are Used in the Construction of Rogers 4003c?
The main materials utilized in the construction of Rogers 4003c are listed as under:
- 1080 Glass Fabric Style
The vital raw material needed in the lamination of the Rogers 4003c is regarded as 1080 fiberglass fabric.
It is mostly used in the laminates where there is a need for a high fiber content to make the circuit board plat.
Besides this, 1800 fiberglass fabric is easy to work with the Rogers 4003c.
- 1647 Glass Fabric Style
1647 fiberglass fabric is the other important material needed in the construction of the Rogers 4003c.
It is mostly used to improve the performance of the other plastic materials integrated on the board’s surface.
The majority of the film-forming materials are 70-90% consists of the 1647 fiberglass fabric.
- FR4 Material (Flame Retardant Level 4)
The circuit board of the Rogers 4003c is made up of premium quality FR4 material.
The primary reason for using it as a base of the core board of the Rogers 4003c is its composition including the glass fiber, epoxy composite, and copper lamination.
The composition of the FR4 material has made it perfect to use with the RF circuit boards.
What are the Applications of Rogers 4003c?
The majority of the applications that Rogers 4003c provides for better circuit formation is the inclusion in the high performance and high volume devices and performance-sensitive appliances.
Other than this, they are very competitively priced thus, they are considered as an ideal choice for multi-layered board constructions.
Moreover, another application of the Rogers 4003c is related to its use in the processes like FR4 at the minimal cost of fabrication.
Applications of Rogers 4003c
How to Select the Best Rogers 4003c?
Some of the potential factors that you need to keep in mind while selecting the best Rogers 4003c are given as under:
- Decomposition Temperature
One of the most important factors to keep in mind when you’re selecting the Rogers 4003c is its decomposition temperature.
Make sure to get your hands on the Rogers 4003c that comes with a decomposition temperature ranging from 200 degrees centigrade to 350 degrees centigrade.
The primary reason for choosing such kind of Rogers 4003c is to ensure the profitable soldering of the item.
- Dielectric Constant
The majority of the Rogers 4003c is made up of low-cost dielectric constant-containing materials.
Thus, making sure the Dielectric constant’s value when choosing the Rogers 4003c is also necessary.
The value of the dielectric constant must be large so that the Rogers 4003c comes with a greater operating frequency.
- Coefficient of Thermal Expansion
One more factor to determine when choosing the Rogers 4003c is to check the thermal expansion’s coefficient. It means the temperature at which a specific material starts to expand.
Thus, it is recommended to go with the Rogers 4003c which is available with a coefficient of thermal expansion of about 70pp or less.
This will make your item more substantial against prominent levels of temperature.
- Moisture Absorption
One of the main qualities to look for in Rogers 4003c is its moisture absorption ability. The Roger 4003c you’re thinking to purchase must have a moisture absorption ability of 0.01 to 0.20 percent.
Best Rogers 4003c
Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
The thermal expansion of Rogers 4003c greatly impacts its working since it operates with a soldering mechanism.
The primary reason for the concerns of the thermal expansion of Rogers 4003c is its ability to perform best in a challenging environment. The quality of the Rogers 4003c also depends on the thermal expansion.
The rise in the material of Rogers 4003c by each centigrade greatly influences its performance.
Thus, the thermal expansion of the Rogers 4003c is determined by examining the coefficient of thermal expansion.
The substrate’s thermal expansion must be lower than the copper.
The main reason for this demand of thermal expansion’s coefficient in Rogers 4003c is the increased expansion of the substrate. It will result in the copper lamination’s expansion.
This factor leads to failures in operating devices.
What is the Difference between Rogers 4003c and FR4 Circuit?
The primary differences between the Rogers 4003c and FR4 circuits and materials are listed as under:
The raw material of FR4 circuit is pretty cheaper as compared to the Rogers 4003c material.
The Rogers 4003c materials are available with high operating frequencies but FR4 material has no prominent operating frequency.
Rogers 4003c doesn’t come with significant signal catching ability since it has low DF but the DF value for the FR4 circuit is quite considering.
The Rogers 4003c materials are available with high impedance stabilities with a Dk value of 4.5 but the FR4 materials aren’t available with a durable Dk value.
The complexities of thermal expansion are not associated with the Rogers 4003c since they have high-temperature management.
But the FR4 material comes with high thermal expansion variation.
Another prominent difference between the Rogers 4003c and FR4 materials lies in the values of their dielectric constant.
Rogers 4003c dielectric constant is 6.5 to 11 whereas the dielectric constant of the FR4 material is estimated at up to 4.5.
Difference between Rogers 4003c and FR4 Circuit
What Configurations of Rogers 4003c are Available?
Many manufacturers have offered Rogers 4003c in a wide variety of configurations including the fiberglass styles 1080 and 1674.
The particular configuration of the Rogers 4003c is responsible for its properties.
However, all the configurations of Rogers 4003c have the same electrical specifications for their performance in all types of devices.
A well-known configuration of Rogers 4003c which is abbreviated as RO350B is perfect to meet the need for a higher (RTI) Relative Thermal Index.
Its RTI values exceed 105 degrees centigrade.
Other than this, many manufacturers have also launched RO4350 which is specifically designed for the drop-in replacement of the Rogers 4003c materials.
The laminate in RO4350 is considered a standard flame retardant.
This property makes it stand in the RO4000 series.
Configurations of Rogers 4003c
How to Choose the Best Manufacturers for Rogers 4003c?
The steps for choosing the best manufacturer for Rogers 4003c are given as under:
- Start Your Research
No doubt there are many options of worthy manufacturers in China when you head out to purchase Rogers 4003c, but make sure to research well on the search engines.
Shortlist the options on your end to make it easy for selecting the most efficient and reliable manufacturer of Rogers 4003c.
- Contact the Manufacturer
Contacting the manufacturer is as much important as selecting them. So when you’re done with selecting the best manufacturer, make sure to reach them out through phone or email.
- Check the Experience
The manufacturer that you’re going to choose for the processing of Rogers 4003c must be experienced in the relative field.
The experience of the manufacturers tells everything about the efficiency and reliability of the manufacturer, that’s why manufacturers with 10 or more than 10 years of experience are preferred.
- Tech Support
The manufacturer of Rogers 4003c must come with the availability of reliable tech support in case of any inconvenience from the buyers.
They should have a technical support team of workers to solve the concerns of the customers.
- Raw Materials
The production and availability of the raw materials is another factor that you need to keep in mind when selecting the best Rogers 4003c manufacturer.
The manufacturer must have a sufficient supply of the highest quality of raw materials to meet the customer demands.
Where to Buy Rogers 4003c?
Many prominent countries in the world have the best manufacturers for Rogers 4003c but China stands on the top in the industrial market.
Many reasons are responsible for ranking China as a top country for buying Rogers 4003c in the best condition.
You’ll find a long list of Chinese manufacturers who play the leading role to produce the premium quality of Rogers 4003c.
SMTFAB is regarded as one of the most efficient Chinese manufacturers since it has more than 10 years of manufacturing experience.
Ranging from the availability of all variations of the Rogers 4000 series to the best technical support, this manufacturer has covered everything.
What Are the Uses of Rogers 4003c?
Rogers 4003c has uses associated with microwave conventional laminates.
They are known for providing substantial control on the material’s dielectric constant.
In addition to this Rogers 4003c play the leading role in lowering the power loss while using the same epoxy or glass in the laminates.
It is also considered a cost-effective laminate to be used in several appliances.
How to Select the Best Materials for Rogers 4003c?
Some of the main points to keep in mind while selecting the best materials for Rogers 4003c are listed as under:
- The Rogers 4003c material should contain the cost-effective PCB fabrication properties
- The material used in the construction of Rogers 4003c should improve the impedance control in the circuits
- For space applications, the materials used in the Rogers 4003c should have the properties of low outgassing
- Moreover, Rogers 4003c materials must come with the lower dielectric loss in the operating circuits
Materials for Rogers 4003c
What Is Rogers 4003c Data Sheet?
The Rogers 4003c data mainly corresponds with the appropriately woven glass reinforced hydrocarbons.
Besides this, it also demonstrates everything about the PTFE’s electrical performance or of the woven glass.
The datasheet of the Rogers 4003c is also used to showcase the manufacturability of epoxy or glass in the laminates.
What Is the Substrate for Rogers 4003c?
The substrate for Rogers 4003c is abbreviated as 32mil, 1EDCu/1EDCu, and 12″ by 18″.
This particular substrate makes Rogers 4003c ideal for broadband applications.
In addition to this, the elevated temperatures will cause the substrate to readily deform or transform by taking a permanent set.
Rogers 4003c Data Sheet
What Is the Price for Rogers 4003c Substrate?
The average estimated price of the Rogers 4003c ranges from $1 to $10.
However, the price of the Rogers 4003c depends on the materials used in construction and the manufacturer from which you’re purchasing the Rogers 4003c.
In addition to this, the price of the Rogers 4003c is expected to subject to a change with a variation in the foreign exchange rate.
Rogers 4003c Substrate
Which Processes Are Used for the Lamination of Rogers 4003c?
Fabrication processes are usually known for the lamination of Rogers 4003c.
This process is known for keeping all the manufacturing conditions in control thereby, increasing the quality of the Rogers 4003c.
What Is the PCB Rogers 4003c Properties?
The properties of PCB Rogers 4003c are listed as under:
- They have a Dielectric constant of about 3.38+/-0.05
- PCB Rogers 4003c comes with a dissipation factor of 0.00027 at a frequency of about 10 GHz
- The Z-axis coefficient of the PCB Rogers 4003c is pretty low
- The low value of the thermal expansion’s Z-axis coefficient is observed at 46ppm/ degree centigrade
Why Choose SMTFAB for Your Rogers 4003c PCB
The RO4003C from Rogers Corporation is a Laminate with Dk (Dielectric Constant) 4, Tg >280 °C. The thickness are Inches 0.008” (0.203mm), 0.012 (0.305mm), 0.016”(0.406mm), 0.020” (0.508mm) 0.032”(0.813mm), 0.060”(1.524mm).
SMTFAB Rogers 4003c is a high-frequency laminate. It has superior and improved properties.
As a professional Rogers 4003c PCB manufacturer in China, we have over 500 workers in our facility. Even in the peak season, we can meet your high demand.
SMTFAB Rogers 4003c PCB is one of the types of boards we can offer for you. In fact, we can also provide Radio Frequency(RF) PCB, Teflon PCB, high-frequency circuit boards, rigid-flex PCB, ceramic PCB, aluminum PCB, and so on.
Are you looking for an experienced Rogers 4003c PCB supplier? SMTFAB is your best choice.
SMTFAB has over 12 years of Rogers 4350b PCB manufacturing experience, we can offer different rogers PCBs for you.
You can trust SMTFAB, your reliable Rogers 4003c PCB manufacturer in China.
We have been building a solid relationship with our joint-venture partners, suppliers, collagenous, and subcontractors. Just like them, you will not get disappointed in us. We ensure to build you solid partnerships and skyrocket your business in the future.
As a leading Rogers 4003c PCB supplier, we can provide the Rogers 4003c PCB in different applications including broadcast satellite, wireless communication, remote meter reader, and radar.
As an ISO-certified PCB company, SMTFAB always puts quality first. We have different test methods including material incoming inspection, AOI test, flying probe test, fixture tester, and function test.
Contact us now.
Rogers 4003c PCB: The Ultimate FAQ Guide
Integrating large multi-layered board constructions is not possible with circuit joining channels.
Not only this, but the operation of delicately designed, high performance, and high volume appliances also requires Rogers 4003c.
Considering these basic requirements for operating several appliances, we have gathered some helpful questions in the FAQ guide below.
After comprehensive research and analysis, we have compiled the most frequently asked questions.
Thus, if you want to increase your insight towards the Rogers 4003c, explore the FAQ guide as under.
So, let’s get started!
- What is Rogers 4003c?
- What are the Features of Rogers 4003c?
- What are the Benefits of Rogers 4003c?
- How is Rogers 4003c Manufactured?
- What Materials are Used in the Construction of Rogers 4003c?
- What are the Applications of Rogers 4003c?
- How to Select the Best Rogers 4003c?
- Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
- What is the Difference between Rogers 4003c and FR4 Circuit?
- What Configurations of Rogers 4003c are Available?
- How to Choose the Best Manufacturers for Rogers 4003c?
- Where to Buy Rogers 4003c?
- What Are the Uses of Rogers 4003c?
- How to Select the Best Materials for Rogers 4003c?
- What Is Rogers 4003c Data Sheet?
- What Is the Substrate for Rogers 4003c?
- What Is the Price for Rogers 4003c Substrate?
- Which Processes Are Used for the Lamination of Rogers 4003c?
- What Is the PCB Rogers 4003c Properties?
What is Rogers 4003c?
Rogers 4003c is defined as a particular type of hydrocarbon lamination made with high-grade ceramic material.
This lamination is used to offer the premium supply of frequency performance.
In addition to this, Rogers 4003c is also used in low-cost fabrication circuits. Thus, the integration of the Rogers 4003c in fabricated circuits decreases the expense of material during operation.
The decreased loss of material is then fabricated with high-quality standard epoxy or glass. These materials are offered at low competitive prices among all other laminations.
Moreover, the use of Rogers 4003c usually decreases when the operational frequencies increase up to 500MHz.
Rogers 4003c is also available with excellent high-frequency performance. They may perform well because of the low dielectric tolerance and material loss.
All variations in the Rogers 4000 series are regarded as the best options to be used with stable electrical properties.
They are an ideal solution to be used in circuits because of the low thermal coefficient of the dielectric constant present in Rogers 4003c.
Rogers 4003c
What are the Features of Rogers 4003c?
Some of the essential features of Rogers 4003c are listed as under:
- It is available with RF and Microwave performance to use in integrated circuits
- All types of Rogers 4003c are easily compatible with the FR4 fabrication circuits
- It’s also included in the construction of multi-layer PCB constructions
- Rogers 4003c is available with the highest thermal conductivity
- It comes with a lead-free solder processing
- It is cost-effective for all types of circuits
- Rogers 4003c is made up of the possible choice of high-frequency materials
- It is available with low dielectric loss characteristics
- They offer microwave point to point connectivity
All the above-mentioned features of Rogers 4003c make them the best option among all other types of circuit connecting laminations.
Features of Rogers 4003c?
What are the Benefits of Rogers 4003c?
Some of the potential benefits of Rogers 4003c are listed as under:
- The Rogers 40003c series offers the most cost-effective choice of high-frequency materials
- The high-frequency materials in Rogers 4003c are easily processable
- They reduce the material loss due to low dielectric loss
- Rogers 4003c is used in the cellular base station antennas of many devices
- Another benefit of Rogers 4003c is that they can be used in the power amplifiers
- They are used in the microwave point-to-point connectivity
- Automotive radars and sensors also use Rogers 4003c for better performance
- They are used in the high-frequency head (LNB) for integrating with direct broadcast satellites
- The raw material of Rogers 4003c has good dimensional stability
- The high performance of the lamination material increases its reliability
- They are pretty easy to process and assemble
- The whole structure of the Rogers 4003c brings substantial benefits to the multi-layer circuit
How is Rogers 4003c Manufactured?
The manufacturing process of Rogers 4003c comprises the following steps:
- Making PCB Layout
Before proceeding with the manufacturing process of Rogers 4003c, the first step is the fabrication of the PCB.
You can print the design of the PCB but the majority of the large-scale industries make a photocopy of the design and print it on a photographic film.
If you’re making a multi-layered Rogers 4003c, make sure to arrange the print copies of the design in order.
- Manufacture the Core Board
The next step is the production of the core with the manufacturing of the innermost core layers.
Make sure to clean the copper-clad layer by using a photosensitive film. After this, don’t forget to expose the copper clad layer to the light for the curing process.
Now it’s time to insert the copper clad layer in the Rogers 4003c upper layer.
- Etching of Inner Core Plate
Once you have manufactured the core board, it’s time to make the inner core plate.
A strong base like NaOH can do well in such situations. It is used to etch the unwanted copper from the cured photographic film.
- Punch and Inspect the Copper Plate
For improving the compatibility of the Rogers 4003c, the manufacturer makes small holes on the core-board to align it with the other materials.
In addition to this, an automatic machine is used to inspect the proper construction of the Rogers 4003c.
- Lamination
The lamination of the Rogers 4003c is done by using the prepreg.
The Roger 4003c core board and outer layer of the copper foil are bound together by using this core.
The fixing of the prepreg is possible by the alignment of holes on the lower iron plate.
Cover the core of the Rogers 4003c with an integrated layer of pressure-bearing aluminum plate.
You can use a machine to do so.
- Drilling of the Layers
The drilling of the core plates of Rogers 4003c is necessary for connecting it with PCB’s multiple layers.
It can be done by making a perforation hole in the PCB layer. It is done from the top to the bottom layer.
After that, metalize the hole of the core layers thereby making it conduct the electricity.
- Precipitation of the Pore Walls
This step is performed with the help of a specialized machine that uses 25-micron size copper film.
In addition to this, chemicals are deposited on the conductive layer to make a spread of about 1-micron copper film.
Manufacturing of Rogers 4003c
What Materials are Used in the Construction of Rogers 4003c?
The main materials utilized in the construction of Rogers 4003c are listed as under:
- 1080 Glass Fabric Style
The vital raw material needed in the lamination of the Rogers 4003c is regarded as 1080 fiberglass fabric.
It is mostly used in the laminates where there is a need for a high fiber content to make the circuit board plat.
Besides this, 1800 fiberglass fabric is easy to work with the Rogers 4003c.
- 1647 Glass Fabric Style
1647 fiberglass fabric is the other important material needed in the construction of the Rogers 4003c.
It is mostly used to improve the performance of the other plastic materials integrated on the board’s surface.
The majority of the film-forming materials are 70-90% consists of the 1647 fiberglass fabric.
- FR4 Material (Flame Retardant Level 4)
The circuit board of the Rogers 4003c is made up of premium quality FR4 material.
The primary reason for using it as a base of the core board of the Rogers 4003c is its composition including the glass fiber, epoxy composite, and copper lamination.
The composition of the FR4 material has made it perfect to use with the RF circuit boards.
What are the Applications of Rogers 4003c?
The majority of the applications that Rogers 4003c provides for better circuit formation is the inclusion in the high performance and high volume devices and performance-sensitive appliances.
Other than this, they are very competitively priced thus, they are considered as an ideal choice for multi-layered board constructions.
Moreover, another application of the Rogers 4003c is related to its use in the processes like FR4 at the minimal cost of fabrication.
Applications of Rogers 4003c
How to Select the Best Rogers 4003c?
Some of the potential factors that you need to keep in mind while selecting the best Rogers 4003c are given as under:
- Decomposition Temperature
One of the most important factors to keep in mind when you’re selecting the Rogers 4003c is its decomposition temperature.
Make sure to get your hands on the Rogers 4003c that comes with a decomposition temperature ranging from 200 degrees centigrade to 350 degrees centigrade.
The primary reason for choosing such kind of Rogers 4003c is to ensure the profitable soldering of the item.
- Dielectric Constant
The majority of the Rogers 4003c is made up of low-cost dielectric constant-containing materials.
Thus, making sure the Dielectric constant’s value when choosing the Rogers 4003c is also necessary.
The value of the dielectric constant must be large so that the Rogers 4003c comes with a greater operating frequency.
- Coefficient of Thermal Expansion
One more factor to determine when choosing the Rogers 4003c is to check the thermal expansion’s coefficient. It means the temperature at which a specific material starts to expand.
Thus, it is recommended to go with the Rogers 4003c which is available with a coefficient of thermal expansion of about 70pp or less.
This will make your item more substantial against prominent levels of temperature.
- Moisture Absorption
One of the main qualities to look for in Rogers 4003c is its moisture absorption ability. The Roger 4003c you’re thinking to purchase must have a moisture absorption ability of 0.01 to 0.20 percent.
Best Rogers 4003c
Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
The thermal expansion of Rogers 4003c greatly impacts its working since it operates with a soldering mechanism.
The primary reason for the concerns of the thermal expansion of Rogers 4003c is its ability to perform best in a challenging environment. The quality of the Rogers 4003c also depends on the thermal expansion.
The rise in the material of Rogers 4003c by each centigrade greatly influences its performance.
Thus, the thermal expansion of the Rogers 4003c is determined by examining the coefficient of thermal expansion.
The substrate’s thermal expansion must be lower than the copper.
The main reason for this demand of thermal expansion’s coefficient in Rogers 4003c is the increased expansion of the substrate. It will result in the copper lamination’s expansion.
This factor leads to failures in operating devices.
What is the Difference between Rogers 4003c and FR4 Circuit?
The primary differences between the Rogers 4003c and FR4 circuits and materials are listed as under:
The raw material of FR4 circuit is pretty cheaper as compared to the Rogers 4003c material.
The Rogers 4003c materials are available with high operating frequencies but FR4 material has no prominent operating frequency.
Rogers 4003c doesn’t come with significant signal catching ability since it has low DF but the DF value for the FR4 circuit is quite considering.
The Rogers 4003c materials are available with high impedance stabilities with a Dk value of 4.5 but the FR4 materials aren’t available with a durable Dk value.
The complexities of thermal expansion are not associated with the Rogers 4003c since they have high-temperature management.
But the FR4 material comes with high thermal expansion variation.
Another prominent difference between the Rogers 4003c and FR4 materials lies in the values of their dielectric constant.
Rogers 4003c dielectric constant is 6.5 to 11 whereas the dielectric constant of the FR4 material is estimated at up to 4.5.
Difference between Rogers 4003c and FR4 Circuit
What Configurations of Rogers 4003c are Available?
Many manufacturers have offered Rogers 4003c in a wide variety of configurations including the fiberglass styles 1080 and 1674.
The particular configuration of the Rogers 4003c is responsible for its properties.
However, all the configurations of Rogers 4003c have the same electrical specifications for their performance in all types of devices.
A well-known configuration of Rogers 4003c which is abbreviated as RO350B is perfect to meet the need for a higher (RTI) Relative Thermal Index.
Its RTI values exceed 105 degrees centigrade.
Other than this, many manufacturers have also launched RO4350 which is specifically designed for the drop-in replacement of the Rogers 4003c materials.
The laminate in RO4350 is considered a standard flame retardant.
This property makes it stand in the RO4000 series.
Configurations of Rogers 4003c
How to Choose the Best Manufacturers for Rogers 4003c?
The steps for choosing the best manufacturer for Rogers 4003c are given as under:
- Start Your Research
No doubt there are many options of worthy manufacturers in China when you head out to purchase Rogers 4003c, but make sure to research well on the search engines.
Shortlist the options on your end to make it easy for selecting the most efficient and reliable manufacturer of Rogers 4003c.
- Contact the Manufacturer
Contacting the manufacturer is as much important as selecting them. So when you’re done with selecting the best manufacturer, make sure to reach them out through phone or email.
- Check the Experience
The manufacturer that you’re going to choose for the processing of Rogers 4003c must be experienced in the relative field.
The experience of the manufacturers tells everything about the efficiency and reliability of the manufacturer, that’s why manufacturers with 10 or more than 10 years of experience are preferred.
- Tech Support
The manufacturer of Rogers 4003c must come with the availability of reliable tech support in case of any inconvenience from the buyers.
They should have a technical support team of workers to solve the concerns of the customers.
- Raw Materials
The production and availability of the raw materials is another factor that you need to keep in mind when selecting the best Rogers 4003c manufacturer.
The manufacturer must have a sufficient supply of the highest quality of raw materials to meet the customer demands.
Where to Buy Rogers 4003c?
Many prominent countries in the world have the best manufacturers for Rogers 4003c but China stands on the top in the industrial market.
Many reasons are responsible for ranking China as a top country for buying Rogers 4003c in the best condition.
You’ll find a long list of Chinese manufacturers who play the leading role to produce the premium quality of Rogers 4003c.
SMTFAB is regarded as one of the most efficient Chinese manufacturers since it has more than 10 years of manufacturing experience.
Ranging from the availability of all variations of the Rogers 4000 series to the best technical support, this manufacturer has covered everything.
What Are the Uses of Rogers 4003c?
Rogers 4003c has uses associated with microwave conventional laminates.
They are known for providing substantial control on the material’s dielectric constant.
In addition to this Rogers 4003c play the leading role in lowering the power loss while using the same epoxy or glass in the laminates.
It is also considered a cost-effective laminate to be used in several appliances.
How to Select the Best Materials for Rogers 4003c?
Some of the main points to keep in mind while selecting the best materials for Rogers 4003c are listed as under:
- The Rogers 4003c material should contain the cost-effective PCB fabrication properties
- The material used in the construction of Rogers 4003c should improve the impedance control in the circuits
- For space applications, the materials used in the Rogers 4003c should have the properties of low outgassing
- Moreover, Rogers 4003c materials must come with the lower dielectric loss in the operating circuits
Materials for Rogers 4003c
What Is Rogers 4003c Data Sheet?
The Rogers 4003c data mainly corresponds with the appropriately woven glass reinforced hydrocarbons.
Besides this, it also demonstrates everything about the PTFE’s electrical performance or of the woven glass.
The datasheet of the Rogers 4003c is also used to showcase the manufacturability of epoxy or glass in the laminates.
What Is the Substrate for Rogers 4003c?
The substrate for Rogers 4003c is abbreviated as 32mil, 1EDCu/1EDCu, and 12″ by 18″.
This particular substrate makes Rogers 4003c ideal for broadband applications.
In addition to this, the elevated temperatures will cause the substrate to readily deform or transform by taking a permanent set.
Rogers 4003c Data Sheet
What Is the Price for Rogers 4003c Substrate?
The average estimated price of the Rogers 4003c ranges from $1 to $10.
However, the price of the Rogers 4003c depends on the materials used in construction and the manufacturer from which you’re purchasing the Rogers 4003c.
In addition to this, the price of the Rogers 4003c is expected to subject to a change with a variation in the foreign exchange rate.
Rogers 4003c Substrate
Which Processes Are Used for the Lamination of Rogers 4003c?
Fabrication processes are usually known for the lamination of Rogers 4003c.
This process is known for keeping all the manufacturing conditions in control thereby, increasing the quality of the Rogers 4003c.
What Is the PCB Rogers 4003c Properties?
The properties of PCB Rogers 4003c are listed as under:
- They have a Dielectric constant of about 3.38+/-0.05
- PCB Rogers 4003c comes with a dissipation factor of 0.00027 at a frequency of about 10 GHz
- The Z-axis coefficient of the PCB Rogers 4003c is pretty low
- The low value of the thermal expansion’s Z-axis coefficient is observed at 46ppm/ degree centigrade
Why Choose SMTFAB for Your Rogers 4003c PCB
The RO4003C from Rogers Corporation is a Laminate with Dk (Dielectric Constant) 4, Tg >280 °C. The thickness are Inches 0.008” (0.203mm), 0.012 (0.305mm), 0.016”(0.406mm), 0.020” (0.508mm) 0.032”(0.813mm), 0.060”(1.524mm).
SMTFAB Rogers 4003c is a high-frequency laminate. It has superior and improved properties.
As a professional Rogers 4003c PCB manufacturer in China, we have over 500 workers in our facility. Even in the peak season, we can meet your high demand.
SMTFAB Rogers 4003c PCB is one of the types of boards we can offer for you. In fact, we can also provide Radio Frequency(RF) PCB, Teflon PCB, high-frequency circuit boards, rigid-flex PCB, ceramic PCB, aluminum PCB, and so on.
Are you looking for an experienced Rogers 4003c PCB supplier? SMTFAB is your best choice.
SMTFAB has over 12 years of Rogers 4350b PCB manufacturing experience, we can offer different rogers PCBs for you.
You can trust SMTFAB, your reliable Rogers 4003c PCB manufacturer in China.
We have been building a solid relationship with our joint-venture partners, suppliers, collagenous, and subcontractors. Just like them, you will not get disappointed in us. We ensure to build you solid partnerships and skyrocket your business in the future.
As a leading Rogers 4003c PCB supplier, we can provide the Rogers 4003c PCB in different applications including broadcast satellite, wireless communication, remote meter reader, and radar.
As an ISO-certified PCB company, SMTFAB always puts quality first. We have different test methods including material incoming inspection, AOI test, flying probe test, fixture tester, and function test.
Rogers 4003c PCB: The Ultimate FAQ Guide
Integrating large multi-layered board constructions is not possible with circuit joining channels.
Not only this, but the operation of delicately designed, high performance, and high volume appliances also requires Rogers 4003c.
Considering these basic requirements for operating several appliances, we have gathered some helpful questions in the FAQ guide below.
After comprehensive research and analysis, we have compiled the most frequently asked questions.
Thus, if you want to increase your insight towards the Rogers 4003c, explore the FAQ guide as under.
So, let’s get started!
- What is Rogers 4003c?
- What are the Features of Rogers 4003c?
- What are the Benefits of Rogers 4003c?
- How is Rogers 4003c Manufactured?
- What Materials are Used in the Construction of Rogers 4003c?
- What are the Applications of Rogers 4003c?
- How to Select the Best Rogers 4003c?
- Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
- What is the Difference between Rogers 4003c and FR4 Circuit?
- What Configurations of Rogers 4003c are Available?
- How to Choose the Best Manufacturers for Rogers 4003c?
- Where to Buy Rogers 4003c?
- What Are the Uses of Rogers 4003c?
- How to Select the Best Materials for Rogers 4003c?
- What Is Rogers 4003c Data Sheet?
- What Is the Substrate for Rogers 4003c?
- What Is the Price for Rogers 4003c Substrate?
- Which Processes Are Used for the Lamination of Rogers 4003c?
- What Is the PCB Rogers 4003c Properties?
- What is Rogers 4003c?
- What are the Features of Rogers 4003c?
- What are the Benefits of Rogers 4003c?
- How is Rogers 4003c Manufactured?
- What Materials are Used in the Construction of Rogers 4003c?
- What are the Applications of Rogers 4003c?
- How to Select the Best Rogers 4003c?
- Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
- What is the Difference between Rogers 4003c and FR4 Circuit?
- What Configurations of Rogers 4003c are Available?
- How to Choose the Best Manufacturers for Rogers 4003c?
- Where to Buy Rogers 4003c?
- What Are the Uses of Rogers 4003c?
- How to Select the Best Materials for Rogers 4003c?
- What Is Rogers 4003c Data Sheet?
- What Is the Substrate for Rogers 4003c?
- What Is the Price for Rogers 4003c Substrate?
- Which Processes Are Used for the Lamination of Rogers 4003c?
- What Is the PCB Rogers 4003c Properties?
What is Rogers 4003c?
Rogers 4003c is defined as a particular type of hydrocarbon lamination made with high-grade ceramic material.
This lamination is used to offer the premium supply of frequency performance.
In addition to this, Rogers 4003c is also used in low-cost fabrication circuits. Thus, the integration of the Rogers 4003c in fabricated circuits decreases the expense of material during operation.
The decreased loss of material is then fabricated with high-quality standard epoxy or glass. These materials are offered at low competitive prices among all other laminations.
Moreover, the use of Rogers 4003c usually decreases when the operational frequencies increase up to 500MHz.
Rogers 4003c is also available with excellent high-frequency performance. They may perform well because of the low dielectric tolerance and material loss.
All variations in the Rogers 4000 series are regarded as the best options to be used with stable electrical properties.
They are an ideal solution to be used in circuits because of the low thermal coefficient of the dielectric constant present in Rogers 4003c.
What are the Features of Rogers 4003c?
Some of the essential features of Rogers 4003c are listed as under:
- It is available with RF and Microwave performance to use in integrated circuits
- All types of Rogers 4003c are easily compatible with the FR4 fabrication circuits
- It’s also included in the construction of multi-layer PCB constructions
- Rogers 4003c is available with the highest thermal conductivity
- It comes with a lead-free solder processing
- It is cost-effective for all types of circuits
- Rogers 4003c is made up of the possible choice of high-frequency materials
- It is available with low dielectric loss characteristics
- They offer microwave point to point connectivity
All the above-mentioned features of Rogers 4003c make them the best option among all other types of circuit connecting laminations.
Features of Rogers 4003c?
What are the Benefits of Rogers 4003c?
Some of the potential benefits of Rogers 4003c are listed as under:
- The Rogers 40003c series offers the most cost-effective choice of high-frequency materials
- The high-frequency materials in Rogers 4003c are easily processable
- They reduce the material loss due to low dielectric loss
- Rogers 4003c is used in the cellular base station antennas of many devices
- Another benefit of Rogers 4003c is that they can be used in the power amplifiers
- They are used in the microwave point-to-point connectivity
- Automotive radars and sensors also use Rogers 4003c for better performance
- They are used in the high-frequency head (LNB) for integrating with direct broadcast satellites
- The raw material of Rogers 4003c has good dimensional stability
- The high performance of the lamination material increases its reliability
- They are pretty easy to process and assemble
- The whole structure of the Rogers 4003c brings substantial benefits to the multi-layer circuit
How is Rogers 4003c Manufactured?
The manufacturing process of Rogers 4003c comprises the following steps:
Before proceeding with the manufacturing process of Rogers 4003c, the first step is the fabrication of the PCB.
You can print the design of the PCB but the majority of the large-scale industries make a photocopy of the design and print it on a photographic film.
If you’re making a multi-layered Rogers 4003c, make sure to arrange the print copies of the design in order.
- Manufacture the Core Board
The next step is the production of the core with the manufacturing of the innermost core layers.
Make sure to clean the copper-clad layer by using a photosensitive film. After this, don’t forget to expose the copper clad layer to the light for the curing process.
Now it’s time to insert the copper clad layer in the Rogers 4003c upper layer.
- Etching of Inner Core Plate
Once you have manufactured the core board, it’s time to make the inner core plate.
A strong base like NaOH can do well in such situations. It is used to etch the unwanted copper from the cured photographic film.
- Punch and Inspect the Copper Plate
For improving the compatibility of the Rogers 4003c, the manufacturer makes small holes on the core-board to align it with the other materials.
In addition to this, an automatic machine is used to inspect the proper construction of the Rogers 4003c.
The lamination of the Rogers 4003c is done by using the prepreg.
The Roger 4003c core board and outer layer of the copper foil are bound together by using this core.
The fixing of the prepreg is possible by the alignment of holes on the lower iron plate.
Cover the core of the Rogers 4003c with an integrated layer of pressure-bearing aluminum plate.
You can use a machine to do so.
- Drilling of the Layers
The drilling of the core plates of Rogers 4003c is necessary for connecting it with PCB’s multiple layers.
It can be done by making a perforation hole in the PCB layer. It is done from the top to the bottom layer.
After that, metalize the hole of the core layers thereby making it conduct the electricity.
- Precipitation of the Pore Walls
This step is performed with the help of a specialized machine that uses 25-micron size copper film.
In addition to this, chemicals are deposited on the conductive layer to make a spread of about 1-micron copper film.
Manufacturing of Rogers 4003c
What Materials are Used in the Construction of Rogers 4003c?
The main materials utilized in the construction of Rogers 4003c are listed as under:
- 1080 Glass Fabric Style
The vital raw material needed in the lamination of the Rogers 4003c is regarded as 1080 fiberglass fabric.
It is mostly used in the laminates where there is a need for a high fiber content to make the circuit board plat.
Besides this, 1800 fiberglass fabric is easy to work with the Rogers 4003c.
- 1647 Glass Fabric Style
1647 fiberglass fabric is the other important material needed in the construction of the Rogers 4003c.
It is mostly used to improve the performance of the other plastic materials integrated on the board’s surface.
The majority of the film-forming materials are 70-90% consists of the 1647 fiberglass fabric.
- FR4 Material (Flame Retardant Level 4)
The circuit board of the Rogers 4003c is made up of premium quality FR4 material.
The primary reason for using it as a base of the core board of the Rogers 4003c is its composition including the glass fiber, epoxy composite, and copper lamination.
The composition of the FR4 material has made it perfect to use with the RF circuit boards.
What are the Applications of Rogers 4003c?
The majority of the applications that Rogers 4003c provides for better circuit formation is the inclusion in the high performance and high volume devices and performance-sensitive appliances.
Other than this, they are very competitively priced thus, they are considered as an ideal choice for multi-layered board constructions.
Moreover, another application of the Rogers 4003c is related to its use in the processes like FR4 at the minimal cost of fabrication.
Applications of Rogers 4003c
How to Select the Best Rogers 4003c?
Some of the potential factors that you need to keep in mind while selecting the best Rogers 4003c are given as under:
- Decomposition Temperature
One of the most important factors to keep in mind when you’re selecting the Rogers 4003c is its decomposition temperature.
Make sure to get your hands on the Rogers 4003c that comes with a decomposition temperature ranging from 200 degrees centigrade to 350 degrees centigrade.
The primary reason for choosing such kind of Rogers 4003c is to ensure the profitable soldering of the item.
The majority of the Rogers 4003c is made up of low-cost dielectric constant-containing materials.
Thus, making sure the Dielectric constant’s value when choosing the Rogers 4003c is also necessary.
The value of the dielectric constant must be large so that the Rogers 4003c comes with a greater operating frequency.
- Coefficient of Thermal Expansion
One more factor to determine when choosing the Rogers 4003c is to check the thermal expansion’s coefficient. It means the temperature at which a specific material starts to expand.
Thus, it is recommended to go with the Rogers 4003c which is available with a coefficient of thermal expansion of about 70pp or less.
This will make your item more substantial against prominent levels of temperature.
One of the main qualities to look for in Rogers 4003c is its moisture absorption ability. The Roger 4003c you’re thinking to purchase must have a moisture absorption ability of 0.01 to 0.20 percent.
Does the Thermal Expansion of Rogers 4003c Material Impacts its Working?
The thermal expansion of Rogers 4003c greatly impacts its working since it operates with a soldering mechanism.
The primary reason for the concerns of the thermal expansion of Rogers 4003c is its ability to perform best in a challenging environment. The quality of the Rogers 4003c also depends on the thermal expansion.
The rise in the material of Rogers 4003c by each centigrade greatly influences its performance.
Thus, the thermal expansion of the Rogers 4003c is determined by examining the coefficient of thermal expansion.
The substrate’s thermal expansion must be lower than the copper.
The main reason for this demand of thermal expansion’s coefficient in Rogers 4003c is the increased expansion of the substrate. It will result in the copper lamination’s expansion.
This factor leads to failures in operating devices.
What is the Difference between Rogers 4003c and FR4 Circuit?
The primary differences between the Rogers 4003c and FR4 circuits and materials are listed as under:
The raw material of FR4 circuit is pretty cheaper as compared to the Rogers 4003c material.
The Rogers 4003c materials are available with high operating frequencies but FR4 material has no prominent operating frequency.
Rogers 4003c doesn’t come with significant signal catching ability since it has low DF but the DF value for the FR4 circuit is quite considering.
The Rogers 4003c materials are available with high impedance stabilities with a Dk value of 4.5 but the FR4 materials aren’t available with a durable Dk value.
The complexities of thermal expansion are not associated with the Rogers 4003c since they have high-temperature management.
But the FR4 material comes with high thermal expansion variation.
Another prominent difference between the Rogers 4003c and FR4 materials lies in the values of their dielectric constant.
Rogers 4003c dielectric constant is 6.5 to 11 whereas the dielectric constant of the FR4 material is estimated at up to 4.5.
Difference between Rogers 4003c and FR4 Circuit
What Configurations of Rogers 4003c are Available?
Many manufacturers have offered Rogers 4003c in a wide variety of configurations including the fiberglass styles 1080 and 1674.
The particular configuration of the Rogers 4003c is responsible for its properties.
However, all the configurations of Rogers 4003c have the same electrical specifications for their performance in all types of devices.
A well-known configuration of Rogers 4003c which is abbreviated as RO350B is perfect to meet the need for a higher (RTI) Relative Thermal Index.
Its RTI values exceed 105 degrees centigrade.
Other than this, many manufacturers have also launched RO4350 which is specifically designed for the drop-in replacement of the Rogers 4003c materials.
The laminate in RO4350 is considered a standard flame retardant.
This property makes it stand in the RO4000 series.
Configurations of Rogers 4003c
How to Choose the Best Manufacturers for Rogers 4003c?
The steps for choosing the best manufacturer for Rogers 4003c are given as under:
No doubt there are many options of worthy manufacturers in China when you head out to purchase Rogers 4003c, but make sure to research well on the search engines.
Shortlist the options on your end to make it easy for selecting the most efficient and reliable manufacturer of Rogers 4003c.
- Contact the Manufacturer
Contacting the manufacturer is as much important as selecting them. So when you’re done with selecting the best manufacturer, make sure to reach them out through phone or email.
The manufacturer that you’re going to choose for the processing of Rogers 4003c must be experienced in the relative field.
The experience of the manufacturers tells everything about the efficiency and reliability of the manufacturer, that’s why manufacturers with 10 or more than 10 years of experience are preferred.
The manufacturer of Rogers 4003c must come with the availability of reliable tech support in case of any inconvenience from the buyers.
They should have a technical support team of workers to solve the concerns of the customers.
The production and availability of the raw materials is another factor that you need to keep in mind when selecting the best Rogers 4003c manufacturer.
The manufacturer must have a sufficient supply of the highest quality of raw materials to meet the customer demands.
Where to Buy Rogers 4003c?
Many prominent countries in the world have the best manufacturers for Rogers 4003c but China stands on the top in the industrial market.
Many reasons are responsible for ranking China as a top country for buying Rogers 4003c in the best condition.
You’ll find a long list of Chinese manufacturers who play the leading role to produce the premium quality of Rogers 4003c.
SMTFAB is regarded as one of the most efficient Chinese manufacturers since it has more than 10 years of manufacturing experience.
Ranging from the availability of all variations of the Rogers 4000 series to the best technical support, this manufacturer has covered everything.
What Are the Uses of Rogers 4003c?
Rogers 4003c has uses associated with microwave conventional laminates.
They are known for providing substantial control on the material’s dielectric constant.
In addition to this Rogers 4003c play the leading role in lowering the power loss while using the same epoxy or glass in the laminates.
It is also considered a cost-effective laminate to be used in several appliances.
How to Select the Best Materials for Rogers 4003c?
Some of the main points to keep in mind while selecting the best materials for Rogers 4003c are listed as under:
- The Rogers 4003c material should contain the cost-effective PCB fabrication properties
- The material used in the construction of Rogers 4003c should improve the impedance control in the circuits
- For space applications, the materials used in the Rogers 4003c should have the properties of low outgassing
- Moreover, Rogers 4003c materials must come with the lower dielectric loss in the operating circuits
Materials for Rogers 4003c
What Is Rogers 4003c Data Sheet?
The Rogers 4003c data mainly corresponds with the appropriately woven glass reinforced hydrocarbons.
Besides this, it also demonstrates everything about the PTFE’s electrical performance or of the woven glass.
The datasheet of the Rogers 4003c is also used to showcase the manufacturability of epoxy or glass in the laminates.
What Is the Substrate for Rogers 4003c?
The substrate for Rogers 4003c is abbreviated as 32mil, 1EDCu/1EDCu, and 12″ by 18″.
This particular substrate makes Rogers 4003c ideal for broadband applications.
In addition to this, the elevated temperatures will cause the substrate to readily deform or transform by taking a permanent set.
Rogers 4003c Data Sheet
What Is the Price for Rogers 4003c Substrate?
The average estimated price of the Rogers 4003c ranges from $1 to $10.
However, the price of the Rogers 4003c depends on the materials used in construction and the manufacturer from which you’re purchasing the Rogers 4003c.
In addition to this, the price of the Rogers 4003c is expected to subject to a change with a variation in the foreign exchange rate.
Rogers 4003c Substrate
Which Processes Are Used for the Lamination of Rogers 4003c?
Fabrication processes are usually known for the lamination of Rogers 4003c.
This process is known for keeping all the manufacturing conditions in control thereby, increasing the quality of the Rogers 4003c.
What Is the PCB Rogers 4003c Properties?
The properties of PCB Rogers 4003c are listed as under:
- They have a Dielectric constant of about 3.38+/-0.05
- PCB Rogers 4003c comes with a dissipation factor of 0.00027 at a frequency of about 10 GHz
- The Z-axis coefficient of the PCB Rogers 4003c is pretty low
- The low value of the thermal expansion’s Z-axis coefficient is observed at 46ppm/ degree centigrade
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